Making the world
a better place.
Maximizing the contribution to Sustainable development.
Making the world
a better place.
Maximizing the contribution to Sustainable development.
Building better cities for a net-zero carbon future
Population and economic growth induce changes in consumption habits in society. This promotes excessive consumption of resources, which can have a negative impact on the environment in the short term.
2.4%
of treated wastewater is reused, representing 1 billion cubic meters of treated water from urban areas
44%
of domestic wastewater is not treated safely worldwide
40%
of increased demand for water in a context of rapid urbanization by 2030, according to the prospects
13.5%
of the produced waste was directly recycled
22.1%
represents the amount Europe consumed of energy from renewable sources in 2020
4.8%
increase in global CO2 emissions in 2021, reaching 34.9 GtCO2. These 2021 emissions consumed 8.7% of the remaining carbon budget to limit anthropogenic warming to 1.5°C
Building better cities for a net-zero carbon future
Population and economic growth induce changes in consumption habits in society. This promotes excessive consumption of resources, which can have a negative impact on the environment in the short term.
2.4%
of treated wastewater is reused, representing 1 billion cubic meters of treated water from urban areas
44%
of domestic wastewater is not treated safely worldwide
40%
of increased demand for water in a context of rapid urbanization by 2030, according to the prospects
13.5%
of the produced waste was directly recycled
22.1%
represents the amount Europe consumed of energy from renewable sources in 2020
4.8%
increase in global CO2 emissions in 2021, reaching 34.9 GtCO2. These 2021 emissions consumed 8.7% of the remaining carbon budget to limit anthropogenic warming to 1.5°C
Our Solutions
Diagnosis
State “0” in line with circular assessment and resource recovery.
Consultancy
Environment, sustainability, circular economy.
Specialized monitoring
Definition of technical requirements and inspection of execution
Engineering Studies
Environmental Factors - Water Resources, Waste, Energy and Air
Start-up projects
New facilities or existing Re-Design
Products and Solutions
Water and Wastewater Solutions and Treatment
Sustainability Plan
Improvement of service quality, including the circular aspects of reuse, recycling, resource recovery, and reduction of raw material consumption.
Innovation Plan
Implementation of 4.0 devices in performing the service, providing data digitalization
Our
Solutions
Diagnosis
State “0” in line with circular assessment and resource recovery.
Consultancy
Environment, sustainability, circular economy.
Specialized monitoring
Definition of technical requirements and inspection of execution
Engineering Studies
Environmental Factors - Water Resources, Waste, Energy and Air
Start-up projects
New facilities or existing Re-Design
Products and Solutions
Water and Wastewater Solutions and Treatment
Sustainability Plan
Improvement of service quality, including the circular aspects of reuse, recycling, resource recovery, and reduction of raw material consumption.
Innovation Plan
Implementation of 4.0 devices in performing the service, providing data digitalization.
Diagnosis
State “0” in line with circular assessment and resource recovery.
Consultancy
Environment, sustainability, circular economy.
Specialized monitoring
Definition of technical requirements and inspection of execution
Engineering Studies
Environmental Factors - Water Resources, Waste, Energy and Air
Start-up projects
New facilities or existing Re-Design
Products and Solutions
Water and Wastewater Solutions and Treatment
Sustainability Plan
Improvement of service quality, including the circular aspects of reuse, recycling, resource recovery, and reduction of raw material consumption.
Innovation Plan
Implementation of 4.0 devices in performing the service, providing data digitalization.
We have solutions for today’s challenges
Sustanaibility
Problems
Environmental and Sustainability Issues
Recovery
and Resilience
Business, Industry, Government and Society with sustainable recovery needs
Innovation
Answers in the logic of optimising expenses and sustainability with solutions that allow the potential incorporation of the existing infrastructures.
Legal Updating
Adaptation of the response to new legal requirements and expectations of improvement, that the European Commission will release in the field of water resources, waste, energy and air.
We have solutions for today’s challenges
Sustanaibility Problems
Environmental and Sustainability Issues
Recovery and Resilience
Business, Industry, Government and Society with sustainable recovery needs
Innovation
Answers in the logic of optimising expenses and sustainability with solutions that allow the potential incorporation of the existing infrastructures.
Legal Updating
Adaptation of the response to new legal requirements and expectations of improvement, that the European Commission will release in the field of water resources, waste, energy and air.
Projects
Projects
What drives us
Maximizing the contribution to Sustainable development
In society, the linear economy model symptoms persist, as about 75% of natural resource consumption occurs in large cities, and these cities produce 50% of global waste and 60-80% of gas emissions. The change of behaviour has been centred on renewable energies, forgetting, of course, the emissions resulting from around 45% of industrial production.
A radical change in behaviour and habits will have to happen to achieve the goal of zero emissions by 2050 to meet the 1.5˚C target set in the Paris Agreement. And if this happens, the expense will be enormous by 2100 and will increase with every degree of temperature increase.
The approach to solving the problems must incorporate circular economy principles to contribute to reducing emissions by transforming the way we make and use products and conceptualising economic activity and environmental well-being sustainably.
What drives us
Maximizing the contribution to Sustainable development
In society, the linear economy model symptoms persist, as about 75% of natural resource consumption occurs in large cities, and these cities produce 50% of global waste and 60-80% of gas emissions. The change of behaviour has been centred on renewable energies, forgetting, of course, the emissions resulting from around 45% of industrial production.
A radical change in behaviour and habits will have to happen to achieve the goal of zero emissions by 2050 to meet the 1.5˚C target set in the Paris Agreement. And if this happens, the expense will be enormous by 2100 and will increase with every degree of temperature increase.
The approach to solving the problems must incorporate circular economy principles to contribute to reducing emissions by transforming the way we make and use products and conceptualising economic activity and environmental well-being sustainably.