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Review of the sanitation concessionaire's guidelines to eliminate the need for ETE and preparation of water and sewage network projects, approval and monitoring process with the sanitation concessionaire.
Change in the guideline for interconnection of the sewage network to the Sabesp concessionaire's collector, as well as the preparation, approval and successful implementation thereof.
Prepare a project for treating effluents from the Moamba Major Hydroelectric Plant site, to comply with legal projects.
IFTH operates internationally, with the development of an executive project for an Effluent Treatment Station with a treatment capacity of 447.5 m³/day, in Maputo, Mozambique.
Development of integrated projects with the prevention of environmental impacts in the area where the Moamba Major Hydroelectric Plant is located.
Prepare a project to dissipate water energy from the Vargem Grande ETA (5m³/s), with the dimensioning of emergency lagoons and infrastructure for energy dissipation, reducing and preventing environmental risks at the location of implementation.
Executive project of hydraulic structures for energy dissipation and dimensioning of the emergency lagoon, arising from the overflow/overflow of the water supply system, from the São Lourenço production system, ETA Vargem Grande 5m³/s. The executive project for waterproofing the emergency lagoon at ETA Vargem Grande was also drawn up.
Development of an integrated executive project for energy dissipation and dimensioning of the emergency lagoon. The objective of this project was to prevent risks of environmental impacts in the ETA Vargem Grande area.
Prepare an executive hydromechanical project for the drinking and non-potable water networks in Cidade de Deus, totaling 13 km of drinking water network, boosters, lifts and a new drinking water reservoir with a capacity of 500m³.
Diagnosis of water consumption in buildings, creation of a master plan to predict the density and growth of water demands in Cidade de Deus, considering a 20-year projection. Development of a calculation report, hydraulic modeling and executive project for a new water supply system, drinking and non-potable water network, boosters and reservoir for storing drinking water, totaling 13 km of network, lifts and boosters, and executive project new drinking water reservoir with a volume of 500m³, with 2 cells of 250m³.
Development of an executive project for the water supply system of the Cidade de Deus complex, to implement new water infrastructure for the project.
Preparation of the project for the sewage pumping station of the Fundação Bradesco Headquarters Building.
Checking the sizing of the piping route to the ETE. Field monitoring of maneuver tests and adaptation of existing infrastructure.
Executive as-built project for the sewage lift, proposing adjustments to the existing infrastructure.
Preparation of a micro and macro drainage project for zero impact on the basin considering a rainfall return period of 100 years, to return the amount of water relative to the pre-development condition to the source.
Preparation of the executive micro and macro drainage project considering zero impact on the basin for a return period of 100 years. A blue infrastructure was adopted, a detention reservoir with a volume of 3,000m³, the dimensioned reservoir was built in concrete staves and a hydraulic ladder was designed, in gabion blanket with an energy dissipation box to bring zero impact to the Putribu river of Up.
It is worth noting that some engineering solutions were simulated, including the adoption of green infrastructure, to evaluate the CAPEX and OPEX of the solutions to be adopted.
Support for environmental licensing.
More resilient drainage infrastructure project that will bring zero impact to the basin.
Develop a sustainable Drainage Project for zero impact on the basin, with the aim of reducing environmental impacts and meeting the maximum LEED NC score.
Preparation of integrated water management projects, including drainage projects with zero impact on the basin. Some technical solutions were simulated, based on technical and economic feasibility studies.
Project development zero water, with zero disposal in the basin, prioritizing infiltration as a solution for recharging aquifers and maintaining the hydrological cycle, obtaining LEED Platinum certification, being the building with the highest score in Latin America.
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Develop nature-based solutions with sustainable management of rainwater in residential condominiums through the sizing and executive design of rain gardens.
Development of green infrastructure solutions based on rain garden projects based on technical and economic feasibility studies, with CAPEX and OPEX of the solutions.
Construction methods and solutions for rain gardens were evaluated: integration into the landscape for sustainable management of rainwater, promoting infiltration into the soil, infiltration of rainwater into the enterprise, bringing more sustainability to the project and reducing the impact of the surrounding area .
Prepare a plan and project for a Stormwater Detention Basin in the Arysta Industrial complex in the municipality of Salto de Pirapora – SP.
The project consisted of evaluating the existing drainage infrastructure and characterizing the quality of the water that reaches the detention basin in order to guarantee the sanitary safety of the plant in terms of the quality of the effluent released into the receiving body. Characterization of the quality of rainwater runoff from multiple areas of the plant (fertilizer production) to assess the adequacy of the volume of the containment basin.
Presentation of an assessment report on the detention basin to CETESB with the characterization of water quality, sampling plan, preparation of a hydrograph and pollutogram. Minimizing the impact of first flush in the drainage receiving body.
Preparation of a micro and macro drainage project for zero impact on the basin considering a rainfall return period of 100 years to return the amount of water relative to the pre-development condition to the source.
Preparation of the executive micro and macro drainage project considering zero impact on the basin for a return period of 100 years. A blue infrastructure and a 3,000m³ volume detention reservoir were adopted. The scaled reservoir was built in concrete staves and a hydraulic ladder was designed, made of gabion blanket with an energy dissipation box to bring zero impact to the Putribu de Cima river.
It is worth noting that some engineering solutions were simulated, including the adoption of green infrastructure to evaluate the CAPEX and OPEX of the solutions to be adopted for macro and micro drainage and support for environmental licensing.
More resilient drainage infrastructure project that will bring zero impact to the basin.
Water drainage project associated with the rainwater use project to maximize the reduction of environmental impact and the diversification of the water matrix with the use of rainwater in the project.
Preparation of integrated water management projects, including building hydraulics, rainwater use, sustainable drainage and gray water reuse. Infrastructure solutions were simulated with the aim of reducing the impact on the basin and bringing environmental benefits to the project, with assessment of CAPEX and OPEX.
Project development with integration into landscaping, zero water, with zero disposal in the basin, prioritizing the use of rainwater for non-potable purposes and the infiltration of rainwater as a solution for recharging aquifers and maintaining the hydrological cycle Obtaining LEED Platinum certification, being the building with the highest score in the Latin America.
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Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency, water sustainability through the diversification of the water matrix through the use of rainwater, aiming to reduce operational costs and reduce environmental risks, in compliance with NBR's 15.527 Use of Rainwater for Non-Drinking Purposes and 16,783 Alternative sources of non-potable water, municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for rainwater harvesting systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
There are already more than 29 projects prepared – including completed and in progress – for consultancy on water conservation and rainwater use, including some already carried out by the projects. The results observed in the projects are: water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability with a vision of integrated water management.
Bring water efficiency to the enterprise through demand and supply management actions, with the executive project of the rainwater harvesting system.
Water consultancy with integrated water management, analysis of drinking water conservation actions (ABNT 16.782) and simulation of alternative sources of water for non-potable purposes, based on water balance, technical and economic financial feasibility (CAPEX, OPEX and payback). Preparation of the executive project of the rainwater use system, based on the standards NBR 15.527 – Rainwater – Use of roofs in urban areas for non-potable purposes – Requirements and NBR 16.783 Use of Alternative Sources of Non-Potable Water.
Our integrated water management methodology guided the implementation of solutions aimed at efficient water consumption, reducing consumption indicators per unit and reducing operational costs.
Bring water efficiency to the enterprise through demand and supply management actions, with the executive project of the rainwater harvesting system.
Water characterization and executive project of the rainwater harvesting system, in compliance with the laws on land use and occupation and rainwater retention. Compliance with NBR 15,527 – Rainwater – Use of roofs in urban areas for non-potable purposes – Requirements and NBR 16,783 Use of Alternative Sources of Non-Potable Water.
With a bold architecture, the Capote building's rainwater harvesting project required the adoption of smaller rainwater filtration equipment distributed along the collector lines, taking up less space within the technical area of the floors and ensuring the water quality in compliance with current standards.
The rainwater harvesting project in this project contributed to the diversification of the water matrix and reduction of drinking water consumption, thus contributing to the sustainability and water resilience of the project.
Bring water efficiency through the use of non-potable sources, reduce operational costs and operate with water security.
Integrated consultancy on water conservation and the potential for using non-potable sources with water characterization, hydromechanical projects for rainwater harvesting systems. Financial viability analysis, with scenario simulations based on CAPEX (investment) and OPEX (operation cost). Development of integrated water management projects in accordance with the new ABNT standards, NBR 16.782, NBR 15.527 and NBR 16.783. Development of projects for alternative sources of non-potable water in medium and high-end residential buildings.
There are already more than 12 consultancy projects – completed and ongoing – on water conservation and reuse of gray water and/or use of rainwater, including some already carried out by the enterprises, resulting in water efficiency, reduction of operational costs and sustainability for enterprises.
Preparation of rainwater use projects for enterprises International Plaza II, LEED Gold certified Triple “A” building, incorporated by Grupo São Joaquim.
Rainwater use project for the complex's buildings, with CAPEX and OPEX feasibility study and hydromechanical project in accordance with the premises of ABNT NBR 15.527 – Rainwater – Use of roofs in urban areas for non-potable purposes – Requirements.
Reduction of drinking water consumption in the enterprise through the use of rainwater for non-potable purposes, meeting the institution's water sustainability criteria.
Water Characterization and Assessment of water conservation solutions through demand management and simulation of alternative sources (gray and black reused water), use of rainwater and well water for non-potable purposes.
Water Characterization, simulation of alternative water sources and executive project for the use of non-potable water from the rainwater harvesting system, technical and economic feasibility study with CAPEX and OPEX.
Reduction in drinking water consumption, minimization of the impact of rainwater discharge into the urban drainage system, being the first project in the city of Belo Horizonte to use rainwater from the detention reservoir, which is integrated into the drainage of the enterprise.
Bring water efficiency through the use of non-potable sources, reduce operational costs and operate with water security.
Integrated consultancy on water conservation and the potential for using non-potable sources with water characterization, hydromechanical projects for rainwater harvesting systems. Financial viability analysis, with scenario simulations based on CAPEX (investment) and OPEX (operation cost). Development of integrated water management projects in accordance with the new ABNT standards, NBR 16.782, NBR 15.527 and NBR 16.783. Development of projects for alternative sources of non-potable water in medium and high-end residential buildings.
There are already more than 12 consultancy projects – completed and ongoing – on water conservation and reuse of gray water and/or use of rainwater, including some already carried out by the enterprises, resulting in water efficiency, reduction of operational costs and sustainability for enterprises.
Bring water efficiency through the use of non-potable sources, reduce operational costs and operate with water security.
Integrated consultancy on water conservation and the potential for using non-potable sources with water characterization, hydromechanical projects for rainwater harvesting systems. Financial viability analysis, with scenario simulations based on CAPEX (investment) and OPEX (operation cost). Development of integrated water management projects in accordance with the new ABNT standards, NBR 16.782, NBR 15.527 and NBR 16.783. Development of projects for alternative sources of non-potable water in medium and high-end residential buildings.
There are already more than 12 consultancy projects – completed and ongoing – on water conservation and reuse of gray water and/or use of rainwater, including some already carried out by the enterprises, resulting in water efficiency, reduction of operational costs and sustainability for enterprises.
Bring water efficiency through the use of non-potable sources, reduce operational costs and operate with water security.
Integrated consultancy on water conservation and the potential for using non-potable sources with water characterization, hydromechanical projects for rainwater harvesting systems. Financial viability analysis, with scenario simulations based on CAPEX (investment) and OPEX (operation cost). Development of integrated water management projects in accordance with the new ABNT standards, NBR 16.782, NBR 15.527 and NBR 16.783. Development of projects for alternative sources of non-potable water in medium and high-end residential buildings.
There are already more than 12 consultancy projects – completed and ongoing – on water conservation and reuse of gray water and/or use of rainwater, including some already carried out by the enterprises, resulting in water efficiency, reduction of operational costs and sustainability for enterprises.
Bring water efficiency through the use of non-potable sources, reduce operational costs and operate with water security.
Integrated consultancy on water conservation and the potential for using non-potable sources with water characterization, hydromechanical projects for rainwater harvesting systems. Financial viability analysis, with scenario simulations based on CAPEX (investment) and OPEX (operation cost). Development of integrated water management projects in accordance with the new ABNT standards, NBR 16.782, NBR 15.527 and NBR 16.783. Development of projects for alternative sources of non-potable water in medium and high-end residential buildings.
There are already more than 12 consultancy projects – completed and ongoing – on water conservation and reuse of gray water and/or use of rainwater, including some already carried out by the enterprises, resulting in water efficiency, reduction of operational costs and sustainability for enterprises.
Bring water efficiency through the use of non-potable sources, reduce operational costs and operate with water security.
Integrated consultancy on water conservation and the potential for using non-potable sources with water characterization, hydromechanical projects for rainwater harvesting systems. Financial viability analysis, with scenario simulations based on CAPEX (investment) and OPEX (operation cost). Development of integrated water management projects in accordance with the new ABNT standards, NBR 16.782, NBR 15.527 and NBR 16.783. Development of projects for alternative sources of non-potable water in medium and high-end residential buildings.
There are already more than 12 consultancy projects – completed and ongoing – on water conservation and reuse of gray water and/or use of rainwater, including some already carried out by the enterprises, resulting in water efficiency, reduction of operational costs and sustainability for enterprises.
Bring water efficiency through the use of non-potable sources, reduce operational costs and operate with water security.
Integrated consultancy on water conservation and the potential for using non-potable sources with water characterization, hydromechanical projects for rainwater harvesting systems. Financial viability analysis, with scenario simulations based on CAPEX (investment) and OPEX (operation cost). Development of integrated water management projects in accordance with the new ABNT standards, NBR 16.782, NBR 15.527 and NBR 16.783. Development of projects for alternative sources of non-potable water in medium and high-end residential buildings.
There are already more than 12 consultancy projects – completed and ongoing – on water conservation and reuse of gray water and/or use of rainwater, including some already carried out by the enterprises, resulting in water efficiency, reduction of operational costs and sustainability for enterprises.
Bring water efficiency through the use of non-potable sources, reduce operational costs and operate with water security.
Integrated consultancy on water conservation and the potential for using non-potable sources with water characterization, hydromechanical projects for rainwater harvesting systems. Financial viability analysis, with scenario simulations based on CAPEX (investment) and OPEX (operation cost). Development of integrated water management projects in accordance with the new ABNT standards, NBR 16.782, NBR 15.527 and NBR 16.783. Development of projects for alternative sources of non-potable water in medium and high-end residential buildings.
There are already more than 12 consultancy projects – completed and ongoing – on water conservation and reuse of gray water and/or use of rainwater, including some already carried out by the enterprises, resulting in water efficiency, reduction of operational costs and sustainability for enterprises.
Preparation of a Notice for contracting the BOT treatment system for implementing the EPAR project and providing technical support to the operation team.
Advice for contracting a Rainwater Treatment Station (ETAC) and a Well Water Treatment Station (ETAP) under a BOT regime, technical-commercial equalization of the proposals received and assistance in drafting the contract with the chosen company.
Infinitytech was hired to supervise and manage the implementation, we monitored the commissioning and supervision of the operation.
Monitoring and technical assistance to the client in the preparation of the contract. Management of the implementation and management of the contractor, throughout the entire period of the contract, including its operation phase.
Preparation of a Notice to contract the BOT treatment system for the implementation of the EPAR project and technical support for the operation team.
Advice for contracting a Rainwater Treatment Station (ETAC) and a Well Water Treatment Station (ETAP) under a BOT regime, technical-commercial equalization of the proposals received and assistance in drafting the contract with the chosen company.
Infinitytech was hired to supervise and manage the implementation, we monitored the commissioning and supervision of the operation.
Monitoring and technical assistance to the client in the preparation of the contract. Management of the implementation and management of the contractor, throughout the entire period of the contract, including its operation phase.
Bring water efficiency through the use of non-potable sources, reduce operational costs and operate with water security.
Integrated consultancy on water conservation and the potential for using non-potable sources with water characterization, hydromechanical projects for greywater treatment and reuse systems. Financial viability analysis, with scenario simulations based on CAPEX (investment) and OPEX (operation cost). Development of integrated water management projects in accordance with the new ABNT standards, NBR 16.782, NBR 15.527 and NBR 16.783. Development of projects for alternative sources of non-potable water in medium and high-end residential buildings.
There are already more than 12 consultancy projects – completed and ongoing – on water conservation and reuse of gray water and/or use of rainwater, including some already carried out by the enterprises, resulting in water efficiency, reduction of operational costs and sustainability for enterprises.
Bring water efficiency through the use of non-potable sources, reduce operational costs and operate with water security.
Integrated consultancy on water conservation and the potential for using non-potable sources with water characterization, hydromechanical projects for greywater treatment and reuse systems. Financial viability analysis, with scenario simulations based on CAPEX (investment) and OPEX (operation cost). Development of integrated water management projects in accordance with the new ABNT standards, NBR 16.782, NBR 15.527 and NBR 16.783. Development of projects for alternative sources of non-potable water in medium and high-end residential buildings.
There are already more than 12 consultancy projects – completed and ongoing – on water conservation and reuse of gray water and/or use of rainwater, including some already carried out by the enterprises, resulting in water efficiency, reduction of operational costs and sustainability for enterprises.
Bring water efficiency through the use of non-potable sources, reduce operational costs and operate with water security.
Integrated consultancy on water conservation and the potential for using non-potable sources with water characterization, hydromechanical projects for greywater treatment and reuse systems. Financial viability analysis, with scenario simulations based on CAPEX (investment) and OPEX (operation cost). Development of integrated water management projects in accordance with the new ABNT standards, NBR 16.782, NBR 15.527 and NBR 16.783. Development of projects for alternative sources of non-potable water in medium and high-end residential buildings.
There are already more than 12 consultancy projects – completed and ongoing – on water conservation and reuse of gray water and/or use of rainwater, including some already carried out by the enterprises, resulting in water efficiency, reduction of operational costs and sustainability for enterprises.
Preparation of a Basic Project for the treatment of sewage from the Catarina Fashion Outlet and neutralization of the environmental impacts of the discharge of treated effluents into water bodies, meeting the requirements of legislation and the environmental agency (CETESB), based on the self-purification study.
Preparation of the basic project for the sewage treatment plant at Shopping Catarina Fashion Outlet, including its future expansion with a design flow of 360m³/day, in compliance with effluent reuse standards and discharge standards for the receiving body.
Project preparation, self-purification study and support for environmental licensing, ensuring the neutralization of the impact of the discharge of treated effluents into receiving bodies.
Prepare a basic project for the treatment and reuse system for sewage generated in the project, bring water efficiency and sustainability, encourage the use of alternative sources of non-potable water and support environmental licensing.
Preparation of a basic project, based on the definition of CAPEX and OPEX and the self-debugging study; support for environmental licensing; hiring support; supervision of the implementation and operation of the Sewage Treatment Station with the production of reused water and disposal of surplus water in a rainwater gallery.
Solution to comply with the DPE (Declaration of Possibility of Depletion) of the water company, based on the executive project for the treatment and reuse of sanitary sewage generated in the project for disposal in the rainwater network, since there was no sewage collector. Monitoring and technical assistance to the client in the preparation of the contract and in the management of the contractor, throughout the contract period.
Develop a new ETE project and implement it with the Mall in operation, as the previous ETE did not work properly.
Deactivation plan for the previous ETE, executive project for the new treatment system, environmental licensing at the city hall and the environmental agency (INEA), implementation management and operational monitoring of commissioning.
WWTP capacity: 340 m³/day.
The ETE performed within the project parameters sized in the executive project prepared, in compliance with the operating license and the environmental requirements and standards necessary for the treated effluent.
Evaluate the technical and economic feasibility of implementing rainwater harvesting and reuse, increasing the availability of water through alternative sources to meet non-potable uses as a way of developing water sustainability and rational use of water resources in the industrial plant .
Survey of the water characterization of the project, assessment of water consumption at Gerdau Aços Longos in Cotia/SP, preparation of a water balance and assessment of water supply from alternative sources. Simulation of scenarios for implementing alternative source projects, financial analysis with CAPEX, OPEX and simulations of drinking water savings potential. Feasibility study of reusing industrial effluents (152 m³/day) and using rainwater (200 m³/day) to supply non-potable demands. Quali-quantitative characterization of raw effluents, determination of final quality, sizing of treatment units, implementation layouts, capex and opex estimation and economic study.
A report was prepared focused on integrated water management, characterization of water sources, assessment of financial viability with CAPEX and OPEX, simulations of the potential for water savings and reduction of the cost of this input in the industrial plant. Water efficiency was guaranteed through the implementation of rainwater harvesting and reuse in the unit.
Consultancy to provide technical assistance to CAGECE in the study of long-term solutions in sewage treatment in the city of Fortaleza/CE. Given the situation of stress of the Miriu and Siqueira basins and the growth of the metropolitan region of Fortaleza, it was necessary to search for technical and economic solutions to enhance the municipality's water supply in order to support the region's economic growth.
Study of solutions in effluent treatment and assessment of the feasibility of distributing reused water to large consumers, with a view to reducing water stress in the Miriu and Siqueira basins.
Minimization of water stress and impact on basins in the metropolitan region of Fortaleza, enhancing water supplies to support the region's economic growth. The project foresees the treatment of 4.3m³/s, to meet a non-potable demand of approximately 1.8m³/s.
Bring water efficiency and sustainability through the diversification of the water matrix through the reuse of gray water, aiming to reduce operational costs and reduce environmental risks, and comply with municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for greywater reuse systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
Bring water efficiency and sustainability through the diversification of the water matrix through the reuse of gray water, aiming to reduce operational costs and reduce environmental risks, and comply with municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for greywater reuse systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
Bring water efficiency and sustainability through the diversification of the water matrix through the reuse of gray water, aiming to reduce operational costs and reduce environmental risks, and comply with municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for greywater reuse systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
Bring water efficiency and sustainability through the diversification of the water matrix through the reuse of gray water, aiming to reduce operational costs and reduce environmental risks, and comply with municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for greywater reuse systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
Bring water efficiency and sustainability through the diversification of the water matrix through the reuse of gray water, aiming to reduce operational costs and reduce environmental risks, and comply with municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for greywater reuse systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
Bring water efficiency and sustainability through the diversification of the water matrix through the reuse of gray water, aiming to reduce operational costs and reduce environmental risks, and comply with municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for greywater reuse systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
Bring water efficiency and sustainability through the diversification of the water matrix through the reuse of gray water, aiming to reduce operational costs and reduce environmental risks, and comply with municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for greywater reuse systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
Bring water efficiency and sustainability through the diversification of the water matrix through the reuse of gray water, aiming to reduce operational costs and reduce environmental risks, and comply with municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for greywater reuse systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
Bring water efficiency and sustainability through the diversification of the water matrix through the reuse of gray water, aiming to reduce operational costs and reduce environmental risks, and comply with municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for greywater reuse systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
Bring water efficiency and sustainability through the diversification of the water matrix through the reuse of gray water, aiming to reduce operational costs and reduce environmental risks, and comply with municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for greywater reuse systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
Bring water efficiency and sustainability through the diversification of the water matrix through the reuse of gray water, aiming to reduce operational costs and reduce environmental risks, and comply with municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for greywater reuse systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
Bring water efficiency and sustainability through the diversification of the water matrix through the reuse of gray water, aiming to reduce operational costs and reduce environmental risks, and comply with municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for greywater reuse systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
Bring water efficiency and sustainability through the diversification of the water matrix through the reuse of gray water, aiming to reduce operational costs and reduce environmental risks, and comply with municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for greywater reuse systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
Bring water efficiency and sustainability through the diversification of the water matrix through the reuse of gray water, aiming to reduce operational costs and reduce environmental risks, and comply with municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for greywater reuse systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
Bring water efficiency and sustainability through the diversification of the water matrix through the reuse of gray water, aiming to reduce operational costs and reduce environmental risks, and comply with municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for greywater reuse systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
Bring water efficiency and sustainability through the diversification of the water matrix through the reuse of gray water, aiming to reduce operational costs and reduce environmental risks, and comply with municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for greywater reuse systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
Bring water efficiency and sustainability through the diversification of the water matrix through the reuse of gray water, aiming to reduce operational costs and reduce environmental risks, and comply with municipal standards and legislation.
Water characterization, with the evaluation of solutions for water conservation, including Water Demand and Supply Management, preparation of hydromechanical executive projects for greywater reuse systems. Preparation of financial feasibility studies, using scenario simulations based on CAPEX (investment) and OPEX (operation cost).
Preparation of a Notice to contract the BOT treatment system for the implementation of the EPAR project and technical support for the operation team.
Advice for contracting a Reuse Water Production Station (EPAR) under BOT regime, technical-commercial equalization of proposals received and assistance in drafting the contract with the chosen company.
Infinitytech was hired to supervise and manage the implementation, monitor the commissioning and supervise the operation.
Monitoring and technical assistance to the client in the preparation of the contract. management of the implementation and management of the contractor throughout the contract period, including its operation phase.
Preparation of a Notice to contract the BOT treatment system for the implementation of the EPAR project and technical support for the operation team.
Advice for contracting a Reuse Water Production Station (EPAR), Rainwater Treatment Station (ETAC) under BOT regime, technical-commercial equalization of proposals received and assistance in drafting the contract with the chosen company.
Infinitytech was hired to supervise and manage the implementation, we monitored the commissioning and supervision of the operation.
Monitoring and technical assistance to the client in the preparation of the contract. Management of the implementation and management of the contractor, throughout the entire period of the contract, including its operation phase.
Preparation of a Notice to contract the BOT treatment system for the implementation of the EPAR project and technical support for the operation team.
Infinitytech was hired to supervise and manage the implementation, we monitored the commissioning and supervision of the operation.
Monitoring and technical assistance to the client in the preparation of the contract. Management of the implementation and management of the contractor, throughout the entire period of the contract, including its operation phase.
Hiring support of the BOT treatment system for implementing a WWTP project, with the aim of reducing the K Factor.
Advice for contracting a Reuse Water Production Station (EPAR), a Sewage Treatment Station under a BOT regime, technical-commercial equalization of the proposals received and assistance in drafting the contract with the chosen company.
Infinitytech was hired to supervise and manage the implementation, we monitored the commissioning and supervision of the operation.
Monitoring and technical assistance to the client in the preparation of the contract. Management of the implementation and management of the contractor, throughout the entire period of the contract, including its operation phase.
Develop technological solutions for sewage treatment, preserving the quality of the receiving body in buildings for Residential and Educational use.
Preparation of more than 8 executive projects and more than 10 sanitary sewage collection and treatment pumping stations with design flows between 500 m³/day and 1000 m³/day, totaling more than 8 pumping stations. This includes self-purification studies of the receiving body, as well as launch grants and support for environmental licensing.
There are already more than 8 executive projects for the treatment and disposal of sewage produced in low-income residential condominiums based on self-purification studies, grants for release and neutralization of the impact of these treated effluents on the receiving bodies.
Develop technological solutions for sewage treatment, preserving the quality of the receiving body in buildings for Residential and Educational use.
Preparation of more than 8 executive projects and more than 10 sanitary sewage collection and treatment pumping stations with design flows between 500 m³/day and 1000 m³/day, totaling more than 8 pumping stations. This includes self-purification studies of the receiving body, as well as launch grants and support for environmental licensing.
There are already more than 8 executive projects for the treatment and disposal of sewage produced in low-income residential condominiums based on self-purification studies, grants for release and neutralization of the impact of these treated effluents on the receiving bodies.
Develop technological solutions for sewage treatment, preserving the quality of the receiving body in buildings for Residential and Educational use.
Preparation of more than 8 executive projects and more than 10 sanitary sewage collection and treatment pumping stations with design flows between 500 m³/day and 1000 m³/day, totaling more than 8 pumping stations. This includes self-purification studies of the receiving body, as well as launch grants and support for environmental licensing.
There are already more than 8 executive projects for the treatment and disposal of sewage produced in low-income residential condominiums based on self-purification studies, grants for release and neutralization of the impact of these treated effluents on the receiving bodies.
Develop technological solutions for sewage treatment, preserving the quality of the receiving body in buildings for Residential and Educational use.
Preparation of more than 8 executive projects and more than 10 sanitary sewage collection and treatment pumping stations with design flows between 500 m³/day and 1000 m³/day, totaling more than 8 pumping stations. This includes self-purification studies of the receiving body, as well as launch grants and support for environmental licensing.
There are already more than 8 executive projects for the treatment and disposal of sewage produced in low-income residential condominiums based on self-purification studies, grants for release and neutralization of the impact of these treated effluents on the receiving bodies.
Develop technological solutions for sewage treatment, preserving the quality of the receiving body in buildings for Residential and Educational use.
Preparation of more than 8 executive projects and more than 10 sanitary sewage collection and treatment pumping stations with design flows between 500 m³/day and 1000 m³/day, totaling more than 8 pumping stations. This includes self-purification studies of the receiving body, as well as launch grants and support for environmental licensing.
There are already more than 8 executive projects for the treatment and disposal of sewage produced in low-income residential condominiums based on self-purification studies, grants for release and neutralization of the impact of these treated effluents on the receiving bodies.
Develop technological solutions for sewage treatment, preserving the quality of the receiving body in buildings for Residential and Educational use.
Preparation of more than 8 executive projects and more than 10 sanitary sewage collection and treatment pumping stations with design flows between 500 m³/day and 1000 m³/day, totaling more than 8 pumping stations. This includes self-purification studies of the receiving body, as well as launch grants and support for environmental licensing.
There are already more than 8 executive projects for the treatment and disposal of sewage produced in low-income residential condominiums based on self-purification studies, grants for release and neutralization of the impact of these treated effluents on the receiving bodies.
Simulation of Alternative Sources of Potable and Non-Potable Water, preparation of the executive project for treatment and reuse of sewage generated in the project and compliance with the DPE given by the sanitation concessionaire.
Water Characterization, Water Balance and Simulation of Alternative Sources of drinking and non-potable water, preparation of basic projects for the Reuse Water Production Station (EPAR) and support for environmental licensing.
Solution to comply with the water company's DPE (Declaration of Possibility of Depletion), based on the project for disposal in the rainwater network, since there was no sewage collector. Preparation of the basic project for sewage treatment.
Preparation of a new ETE project, support in hiring and supervising the implementation on a turn-key basis, as well as in hiring the operating company, without stopping the current operation. The current system was not performing properly.
Deactivation plan for the previous ETE, executive project for the new treatment system, environmental licensing at the city hall and the environmental agency (INEA), management and supervision of the implementation, commissioning and operation of the implemented treatment system.
WWTP capacity: 340 m³/day.
ETE performed within the project parameters sized in the executive project prepared, in compliance with the operating license and the environmental requirements and standards necessary for the treated effluent.
Construtora Andrade Gutierrez was building the dam and needed to carry out excavations for its construction. The intention was to separate the sand fraction from the excavated material (consistent mud) to use it in making concrete and reduce the need for final disposal of the land and avoid pollution of the watercourse.
In this work, the need for research was verified and it was necessary It iscarry out thickening and filtration tests on soil processing waste, using flocculants before defining the final solution with the aim of accelerating the sedimentation of solids and ensuring water clarification. After carrying out the bench tests, the bay for solids sedimentation, the thickener and the filters for treating the waste (sludge) were dimensioned.
This work resulted in the development of an integrated and high-performance project meeting the design thinking of AG. The solution suggested was the opening of “bays” excavated in the soil for sedimentation: supernatant water would overflow, in this way, and the sedimented mud would be removed with a loader and disposed of in a suitable location. Prevention of risks of environmental impacts in the areas where the engineering solution was being implemented. IFTH’s activities at an international level.
Executive project of the well water treatment system for drinking purposes, grant request and implementation management.
Development of the executive project of the well water treatment system and management of the implementation and start-up of the system.
Executive project of the system for using well water for drinking purposes, granting, registration with health surveillance, implementation management and operational supervision, in compliance with legal requirements.
Meet the water quality standards requested by LEED WELL, at ENEL offices, located in the Aroeira Building.
Development of an executive project for drinking water treatment to meet LEED WELL certification. System budget and implementation support.
Compliance with the quality parameters required in LEED WEEL certification.
Meet the water quality standards requested by LEED WELL, at ENEL offices, located in the Aqwa Corporate Building in the state of RJ.
Development of an executive project for drinking water treatment to meet LEED WELL certification. System budget and implementation support.
Compliance with the quality parameters required in LEED WEEL certification.
Bring efficiency in the use of the artesian well, analyze the treatment system implemented in the enterprise, analyze the contract for the well water treatment service provider under a BOT regime.
Well analysis and solutions for improving infrastructure with the preparation of the project to adapt the well and comply with Ordinance 888, accounting standard.
Implementation of a water treatment system project and well systematized maintenance and operation program to improve operational management, thus ensuring the adequate supply of drinking water in compliance with the legal requirements of Ordinance 888.
Bring water efficiency and environmental compliance in the use of groundwater (deep artesian well), analyze the treatment system implemented in the enterprise, analyze the well water treatment service provider contract under BOT and propose improvements.
Well analysis and solutions for improving infrastructure, adapting the well in compliance with Ordinance 888, compliance with NBR 16,782 and the adoption of best operational practices.
Implementation of a water treatment system project and systematized well maintenance and operation program. Improvement of operational management, thus ensuring the adequate supply of drinking water in compliance with the legal requirements of Ordinance 888.
Bring water efficiency and environmental compliance in the use of groundwater (deep artesian well), analyze the treatment system implemented in the enterprise, analyze the well water treatment service provider contract under BOT and propose improvements.
Well analysis and solutions for improving infrastructure, adapting the well in compliance with Ordinance 888, complying with NBR 16,782, preparing adjustments to the water supply system, including a new project for the existing ETA and the adoption of best operational practices.
Review of the water supply system project, including the water treatment system and maintenance program and systematic operation of the well. Improvement of operational management, thus ensuring the adequate supply of drinking water in compliance with the legal requirements of Ordinance 888 and best practices for water management and compliance in the enterprise.
Preparation of a Notice to contract the BOT treatment system for the implementation of the EPAR project and technical support for the operation team.
Infinitytech was hired to supervise and manage the implementation, monitor the commissioning and supervise the operation.
Monitoring and technical assistance to the client in the preparation of the contract. Management of the implementation and management of the contractor, throughout the entire period of the contract, including its operation phase.
Preparation of a Notice for contracting the BOT treatment system for implementing the EPAR project and providing technical support to the operation team.
Advice for contracting a Rainwater Treatment Station (ETAC) and a Well Water Treatment Station (ETAP) under a BOT regime, technical-commercial equalization of the proposals received and assistance in drafting the contract with the chosen company.
Infinitytech was hired to supervise and manage the implementation, we monitored the commissioning and supervision of the operation.
Monitoring and technical assistance to the client in the preparation of the contract. Management of the implementation and management of the contractor, throughout the entire period of the contract, including its operation phase.
Preparation of rainwater use projects for enterprises International Plaza I, which is a Triple “A” building, certified LEED Gold and incorporated by Grupo São Joaquim.
Executive project of the water table lowering system for the project, with CAPEX and OPEX feasibility study and hydromechanical project, in accordance with ABNT 16,782 Water Conservation in Buildings and 16,783 Use of Alternative Sources of Non-Potable Water in Buildings.
Reduction of drinking water consumption in the enterprise through the use of water from lowering the table for non-potable purposes, meeting the institution's water sustainability criteria.
Develop solutions for the 8 lakes based on nature and with sustainable management of rainwater from residential condominiums, avoiding the contribution of rainwater to the lakes.
Economic feasibility simulation, with CAPEX and OPEX studies, development of green infrastructure solutions on the edge of the lakes. With the solution developed, the lakes were designed in geocells filled with concrete, bidim and grass on the edges of gentle slopes.
Construction methods and solutions in lakes were evaluated: integration into the landscape, quantification of the water balance of reservoirs according to local climatic and environmental conditions, use of well water and lowering of water table through drains with water treatment to direct to lakes, drainage side of lakes in rain gardens, wetlands and triangular ditches.
Preparation of a Master Plan for Water Efficiency and health security for the Bradesco group, covering 4689 branches located in Brazil and 164 administrative buildings.
First strategic water plan for a developer in Brazil covering risk analysis, actions to reduce water consumption, methodology for calculating the water footprint and identifying opportunities for Camargo Corrêa Desenvolvimento Imobiliário's business.
Challenge
Study of Alternative Sources and Water Conservation at Copel's forest hub, in Curitiba – PR, to meet the indicators required for AQUA (High Environmental Quality) certification.
IFTH’s activities
Optimization of the project's water management, also aiming to obtain ENCE and meeting the concerns of RT AQUA. Carrying out a technical and economic feasibility study for alternative non-potable water source systems.
Results
Technical and economic viability in terms of reducing the project's water demand with the use of efficient hydro-sanitary metals and the use of an alternative source of rainwater to meet non-potable demands.
Challenge
Prepare the water balance for demand management, water supply network projects and sewage collection for the enterprise, well water treatment project and preparation of a BOT notice for a well water treater.
IFTH’s activities
Development of water and sewage network projects, preparation of an approval and monitoring process with the sanitation concessionaire, definition of the premises for the use of an alternative source of drinking water from a well, preparation of the well water treatment project and the notice of BOT for well water treatment company contract.
Results
Monitoring the execution of BOTista's well water installations in order to avoid non-conformities, approval of projects with the sanitation concessionaire for large water consumers, guarantee of compliance environmental and technical.
Challenge
Prepare a study of alternative water sources for the construction of Localiza's headquarters in Belo Horizonte – MG, to define the management of potable and non-potable supplies, an effluent reuse project and the use of rainwater. Assessment of water conservation solutions, simulation of alternative sources (gray and black reused water), use of rainwater and well water for non-potable purposes.
IFTH’s activities
Executive project of alternative sources of non-potable water for reuse of effluents and use of rainwater, technical and economic feasibility study with CAPEX and OPEX.
Results
Reduction of consumption of potable sources for non-potable demands, minimization of the impact of rainwater discharge into the receiving body.
Challenge
Water Audit and proposal of Solutions and Improvement Points for seven Itaú centers (CAT, CAB, CEIC, FL3500, etc.) in the city of São Paulo/SP; study of alternative sources for the Faria Lima headquarters in accordance with the new ABNT standards, NBR 16.782 – Water Conservation in Buildings, NBR 15.527 – Rainwater – Use of roofs in urban areas for non-potable purposes – Requirements and NBR 16.783 – Use of Alternative Non-Drinking Water Sources; support in the preparation and monitoring of grants with DAEE and water table lowering water treatment project.
IFTH’s activities
Diagnosis of building infrastructure, preparation of water balance and evaluation of operational KPIs and consumption indicators, study of alternative sources of reuse and use of rainwater, with adaptation of existing infrastructure, executive project of water treatment facilities for water table lowering with support for granting the use of alternative non-potable sources.
Results
Integrated water management and water conservation at Itaú centers, with projects focused on the use of alternative non-potable sources, with technical and economic feasibility, implemented in buildings.
Challenge
Carrying out a study of alternative sources of non-potable water in accordance with the new ABNT standards, NBR 16.782 Water Conservation in Buildings, NBR 15.527 – Rainwater – Use of roofs in urban areas for non-potable purposes – Requirements and NBR 16.783 Use of Alternative Non-Potable Water Sources for Banco Bradesco branches in Lapa, Osasco and Panamericana and administrative buildings at Núcleo Alphaville, Itapeva and Avenida Paulista in the city of São Paulo/SP.
IFTH’s activities
Preparation of studies regarding the use of alternative non-potable sources in Banco Bradesco branches, managing water supply and demand, calculating consumption indicators, estimating CAPEX and OPEX for rainwater harvesting systems.
Results
The study of alternative sources was viable and payback for the implementation of a water utilization system in agencies and administrative buildings and, with demand management and the use of water-saving devices, there was the possibility of reducing water time. payback for this solution.
Challenge
Prepare a project for treating water, effluents and mining waste from the Jannah Dam dams, for works in Brazil, Mozambique and Lebanon.
IFTH’s activities
Preparation of Effluent Treatment Station projects in Maputo in Mozambique, Thickening Tests for Dam projects at Jannah Dam in Lebanon, Hydraulic Energy Dissipation Structures for water treatment stations and Lagoon Waterproofing Specifications in the municipality of Vargem Grande in Sao Paulo.
Results
Development of integrated and high-performance projects taking into account the design thinking of AG. Prevention of risks of environmental impacts in areas where engineering solutions are being implemented. IFTH’s activities at an international level.
Development of a methodology for estimating economic potential through the use of geographic information (GIS), crossing external databases, using statistics to define the economic potential of – Sabesp – MN (Metropolitana Norte)
Consultancy for statistical treatment of Sabesp/SAEE databases, spatialization of connections, quantification of the economic potential (EP) of large consumers. Correlation of links with records of abstraction and/or release grants to detect opportunities to offer treated water supply services and/or collection and treatment of effluents and spatial analysis and aggregation by territorial unit (census sector, neighborhoods, sub- basins, etc.) to generate auxiliary cartographic products.
Challenge
Consultancy to provide technical assistance to CAGECE in the study of long-term solutions in sewage treatment in the city of Fortaleza/CE. Due to the situation of stress water supply in the region of the Miriu and Siqueira basins and the growth of the metropolitan region of Fortaleza, it was necessary to search for technical and economic solutions to enhance the municipality's water supply in order to support the region's economic growth.
IFTH’s activities
Study of solutions in effluent treatment and assessment of the feasibility of distributing reused water to large consumers with a view to reducing stress of the Miriu and Siqueira basins.
Results
Minimization of stress water supply and the impact on basins in the metropolitan region of Fortaleza, enhancing water supplies to support the area's economic growth. The project foresees the treatment of 4.3m3/s to meet a non-potable demand of approximately 1.8m3/s.
Challenge
Diagnose points and solutions for improving the drinking water system and the HVAC system, reducing the cost of water management and opportunities for improving it.
IFTH’s activities
Carrying out a water audit at the industrial plant, data and documentation analysis, field survey to identify the drinking water supply system and the HVAC system. Assessment of the drinking water treatment system and the HVAC management and treatment system. Prognosis with the identification of opportunities associated with improving the efficiency of managing these systems in the industrial plant.
Results
Through water diagnosis, systematization of information collected, solutions and points of improvement associated with the existing infrastructure, we proposed solutions to improve continuous management and reduce spending on drinking water in the industrial plant. A high, medium and low investment action plan was proposed, bringing significant improvements to more efficient and sustainable water management at the industrial plant, with a consequent reduction in operating costs and qualitative water security at the plant.
Challenge
Help the client understand the use and paths of water in the plant, including its use in the production process, and diagnose Improvement Points and Solutions, opportunities to improve water management in the plant. Carry out water diagnosis and propose improvement solutions for water management in the industrial plant with a view to reducing water costs, reducing waste and improving water efficiency in the industrial plant.
IFTH’s activities
Carrying out a water audit at the industrial plant, data and documentation analysis, field survey to identify water consumption points, diagnosis of water use and water consumption and the current management system implemented. Prognosis with the identification of opportunities associated with reducing water consumption and improving the efficiency of managing this resource in the industrial plant.
Results
Through the water diagnosis and systematization of the information collected, solutions and points of improvement associated with the existing infrastructure, solutions for water conservation and solutions for water management were identified. The solutions were implemented based on a high, medium and low investment action plan, bringing significant improvements to more efficient and sustainable water management at the industrial plant, with a consequent reduction in operating costs.
Challenge
Evaluate the technical and economic feasibility of implementing rainwater harvesting and reuse, increasing the availability of water through alternative sources to meet non-potable uses as a way of developing water sustainability and the rational use of water resources in the industrial plant.
IFTH’s activities
Survey of the water characterization of the project, assessment of water consumption at Gerdau Aços Longos in Cotia/SP, preparation of a water balance and assessment of water supply from alternative sources. Simulation of scenarios for implementing alternative source projects, financial analysis with CAPEX, OPEX and simulations of drinking water savings potential. Feasibility study of reusing industrial effluents (152 m³/day) and using rainwater (200 m³/day) to supply non-potable demands. Quali-quantitative characterization of raw effluents; determination of final quality; sizing of treatment units; deployment layouts; CAPEX and OPEX estimation; economic study.
Results
A report was prepared focused on integrated water management, characterization of water sources, assessment of financial viability with CAPEX and OPEX, simulations of the potential for water savings and reduction of the cost of this input in the industrial plant. Water efficiency was guaranteed through the implementation of rainwater harvesting and reuse in the unit.
Challenge
Bring procedures to mitigate fines and environmental liabilities, by defining procedures for operational management and licensing of brMalls group projects.
IFTH’s activities
Preparation of an Environmental Management and Efficiency Manual within the bRMalls group, defining instructions for identifying irregularities and anticipating risks.
Results
Preparation of the environmental management and efficiency manual, contributing to safer, more sustainable and efficient operational management, with the consequent reduction of operational costs and minimization of liabilities for the group's shopping malls.
Challenge
Drainage network design with zero impact on the receiving basin and flood dampening capacity with a return period of 100 years, as required for LEED Platinum certification, use of rainwater, development of a gray water reuse project and solutions nature-based solutions for sustainable drainage.
IFTH’s activities
Preparation of integrated water management projects, including building hydraulics, rainwater use, sustainable drainage and gray water reuse. Green infrastructure solutions were simulated, in order to reduce the impact on the basin and bring environmental benefits to the project, with assessment of CAPEX and OPEX.
Results
Project development with integration into landscaping, zero water, with zero disposal in the basin, prioritizing infiltration as a solution for recharging aquifers and maintaining the hydrological cycle, obtaining LEED Platinum certification, being the building with the highest score in Latin America.
Challenge
Prepare a project for the treatment and reuse of sewage generated in the project, bring water efficiency and sustainability with the use of alternative sources of non-potable water, reduce the cost of drinking water and advise on the BOT contracting of the treatment system to be implemented.
IFTH’s activities
Preparation of basic project, self-purification study, support for environmental licensing and assistance for contracting a Reuse Water Production Station (EPAR), Rainwater Treatment Station (ETAC) and Well Water Treatment Station (ETAP ) under a BOT regime, technical-commercial equalization of the proposals received and assistance in drafting the contract with the chosen company.
Results
Solution to comply with the water company's DPE (Declaration of Possibility of Depletion), based on the project for disposal in the rainwater network, since there was no sewage collector. Monitoring and technical assistance to the client in the preparation of the contract and in the management of the contractor throughout the contract period.
Challenge
Bring efficiency in the use of the artesian well, analyze the treatment system implemented in the enterprise, analyze the contract for the well water treatment service provider under a BOT regime.
IFTH’s activities
Well analysis and solutions for improving infrastructure with the preparation of the project to adapt the well and comply with Ordinance 888, accounting standard.
Results
Implementation of a water treatment system project and well systematized maintenance and operation program to improve operational management, thus ensuring the adequate supply of drinking water in compliance with the legal requirements of Ordinance 888.
Challenge
Bring efficiency in the use of the artesian well, analyze the treatment system implemented in the enterprise, analyze the contract for the well water treatment service provider under a BOT regime.
IFTH’s activities
Well analysis and solutions for improving infrastructure with the preparation of the project to adapt the well and comply with Ordinance 888, accounting standard.
Results
Implementation of a water treatment system project and well systematized maintenance and operation program to improve operational management, thus ensuring the adequate supply of drinking water in compliance with the legal requirements of Ordinance 888.
Challenge
Bring sustainability, water efficiency, reducing drinking water costs to the enterprise.
IFTH’s activities
Water audit with a focus on meeting technical standards NBR 16,782 Water Conservation in Buildings and NBR 16,783 Use of alternative sources of non-potable water. Analysis of reducing drinking water consumption through simulation and use of alternative sources, with a view to implementing an integrated water management system.
Results
Solutions and Improvement Points (SPM) for water infrastructure, with increased efficiency in water management, proposing solutions for water conservation and the use of alternative sources of non-potable water for the existing building and for expansion.
Challenge
Prepare a project for the treatment and reuse of sewage generated in the enterprise, bring water efficiency through the use of alternative sources of non-potable water, reduce the cost of drinking water, contract the implementation of the treatment system under a BOT regime, to meet discharge standards in the water body and reuse (according to NBR 16,783:2019).
IFTH’s activities
Preparation of basic project, self-purification study, support for environmental licensing and assistance for contracting a Reuse Water Production Station (EPAR), Rainwater Treatment Station (ETAC) and Well Water Treatment Station (ETAP ) under a BOT regime, technical-commercial equalization of the proposals received and assistance in drafting the contract with the chosen company.
Results
Solution for internal reuse and meeting environmental licensing requirements, for release into bodies of water.
Challenge
Bring sustainability, water efficiency, reducing drinking water costs to the enterprise.
IFTH’s activities
Water audit with a focus on meeting technical standards NBR 16,782 Water Conservation in Buildings and NBR 16,783 Use of alternative sources of non-potable water. Analysis of reducing drinking water consumption through simulation and use of alternative sources, with a view to implementing an integrated water management system.
Results
Solutions and Improvement Points (SPM) for water infrastructure, with increased efficiency in water management, proposing solutions for water conservation and the use of alternative sources of non-potable water for the existing building and for expansion.
Challenge
Bring sustainability, water efficiency and reduced drinking water costs to the enterprise.
IFTH’s activities
Water audit with a focus on meeting technical standards NBR 16,782 Water Conservation in Buildings and NBR 16,783 Use of alternative sources of non-potable water. Analysis of reducing drinking water consumption through simulation and use of alternative sources, with a view to implementing an integrated water management system.
Results
Solutions and Improvement Points (SPM) for water infrastructure, with increased efficiency in water management, proposing solutions for water conservation and the use of alternative sources of non-potable water for the existing building and for expansion.
Challenge
Develop nature-based solutions with sustainable management of rainwater in residential condominiums, through the dimensioning and executive design of rain gardens.
IFTH’s activities
Development of green infrastructure solutions, through rain garden projects, based on technical and economic feasibility studies, with CAPEX and OPEX of the solutions.
Results
Construction methods and solutions for rain gardens were evaluated: integration into the landscape for sustainable management of rainwater, promoting infiltration into the soil, promoting infiltration of rainwater in the enterprise, bringing more sustainability to the project and reducing the impact of surroundings.
Challenge
Develop solutions for the 8 lakes, with nature-based solutions with sustainable management of rainwater from residential condominiums, avoiding the contribution of rainwater to the lakes.
IFTH’s activities
Economic feasibility simulation, with CAPEX and OPEX studies, development of green infrastructure solutions on the edge of the lakes. With the developed solution, the lakes were designed in geocells filled with concrete, bidim and grass on the edges on gentle slopes.
Results
Construction methods and solutions in lakes were evaluated: integration into the landscape, quantification of the water balance of reservoirs according to local climatic and environmental conditions, use of well water and lowering of water table through drains with water treatment to direct to lakes, drainage side of lakes in rain gardens, wetlands and triangular ditches.
Challenge
Develop technological solutions for sewage treatment, preserving the quality of the receiving body in buildings for residential and educational use.
IFTH’s activities
Water consultancy and integrated water management, with assessment of sewage production, preparation of more than 8 executive projects for sewage treatment systems, designed for flows from 500 m3/day to 1000 m3/day, including more than 8 pumping stations. Preparation of self-purification studies of the receiving body, as well as granting launch and supporting environmental licensing.
Results
There are already more than 8 executive projects for treating sewage generated in residential condominiums. All projects were prepared based on self-purification studies, granted for release, to neutralize the impact of these treated effluents on the receiving bodies.
Challenge
Bring water efficiency to the enterprise, analyze the use of non-potable sources, reduce operational costs and reduce environmental risks related to water management.
IFTH’s activities
Preparation of consultancy evaluating water conservation and the potential for using non-potable sources in an integrated manner, carrying out a simulation of alternative water sources, with an estimate of CAPEX and OPEX for each scenario. Based on the study, the best solutions with greater technical and economic viability to be adopted for the project were indicated.
Results
Maximizing the use of alternative sources of non-potable water to supply the project's non-potable demands, generating financial returns for the building. Implementation of water-saving devices, ensuring the building's water efficiency and reducing the generation of effluents.
Challenge
Bring water efficiency, water sustainability, reduce operational costs and reduce environmental risks.
IFTH’s activities
Water consultancy focused on residential developments. Integrated assessment of water conservation and simulations of the potential for using alternative sources of non-potable water, based on financial feasibility studies on CAPEX (investment) and OPEX (operation cost) of possible solution arrangements to be studied.
Including water characterization of new buildings, preparation of basic and executive projects for greywater treatment and reuse systems and rainwater use. In compliance with NBR 16,782 Water Conservation in Buildings and NBR 16,783 Use of Alternative Non-Potable Water Sources.
Results
There are already more than 38 consultancy projects on water conservation and reuse of gray water and use of rainwater prepared, including completed, ongoing and already implemented, resulting in water savings, water resilience and compliance with LEED and AQUA certifications, increasing sustainability in these with a vision of integrated water management.
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