Corporate Social Responsibility

Climate change

To contain global warming to 2°C, global emissions of greenhouse gases will need to decrease by 70% by 2050[1] . In all our areas of activity we are working to reduce greenhouse gas emissions and invent solutions to avoid them.

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COMMITMENT

CSR performance
This document sets out the key data on Veolia’s Corporate Social Responsibility (CSR) performance.

Contribute to combating climate change 
 

2020 OBJECTIVES

  • Capture more than 60% of methane[2] in the waste disposal facilities we manage.
  • 100 million CO2 equivalent tons of emissions reduced over the period 2015- 2020
  • 50 million CO2 equivalent tons of emissions avoided over the period 2015- 2020 
 
 The company has at its disposal a number of tools to help reduce its overall greenhouse gas emissions: firstly by reducing emissions from the facilities it manages (energy efficiency, optimizing operational performance, using renewable energy, methane destruction, through some of the Group’s operating methods), secondly through its activities (including recovery of energy or materials) helping third parties avoid emissions.




2016 PERFORMANCE 

Protocol for the Measurement and Reporting of Environment In...
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  • 53% of methane captured
  • CO2 equivalent emissions reduced by 29.4 million tonnes
  • 12.4 million tonnes of CO2 emissions avoided

Avoided emissions refer to measures to recover energy and materials from waste. 

2016 co2-emissions-avoided


Reduced emissions refer to methane emissions avoided in waste storage centers, the use of renewable and alternative energy, combined heat and power, thermal and electrical efficiency, anaerobic digestion, etc.

 

2016 reduction-greenhouse-gas-emissions

Veolia provides global solutions for cities and industry through its integrated water-energy-waste expertise:
  • Mitigation solutions based on the circular economy:

    ► Recycling and recovery of waste, to reduce GHG emissions associated with the extraction of raw materials
    ► ​Renewable energy production (heat and electricity from waste or biomass to fuel energy installations)
    ► Energy efficiency and heat networks (optimization of large district heating networks in for example in Warsaw, Poland and Harbin, China)

     
  • Adaptation and resilience solutions: for example, recycling of water to limit pressure on resources and conflicts of use in water-stressed areas; control of sanitation systems during rainfall to prevent flooding, and continuity plans for the provision of essential services when extreme events occur. Our new partnership with Swiss Re also illustrates our offering in relation to mitigating the consequences of climate change.
 
 

Reduced emissions: 29.4 million metric tons of CO2 equivalent

Emissions avoided: 12.4 million metric tons of CO2 equivalent

53% 
of methane captured 


[1] According to the last IPCC report 2014.
[2] Methane is a greenhouse gas with a significant global warming potential in the waste storage centers.