Decarbonising Waste-to-Energy with CCUS technologies

Ambitious EU climate goals are delivering unprecedented momentum to Carbon Capture, Utilisation and Storage (CCUS). By implementing CCUS, the Waste-to-Energy…


Municipal Waste Treatment in the EU in 2019

Eurostat data show once again that recycling and Waste-to-Energy are growing hand-in-hand to reduce landfills and improve EU waste management….


How do we manage non-recyclable waste?

Check out what is non-recyclable waste and what are the options to treat it.  In 2019, Europeans generated around 220…


Can Waste-To-Energy Become Carbon Negative? – ESWET Webinar

The development of CCS in Waste-to-Energy plants can turn waste into a negative emitter. What is still needed to make…


Waste-to-Energy is more than just burning waste

From the combustion of non-recyclable waste, Waste-to-Energy plants recover electricity, heat, steam, and secondary raw materials.  Do you like this…


Energy, Heat, Steam and Materials from Waste

Waste incineration is commonly known as the technique of combustion of nonrecyclable waste. Not everyone knows that in exchange, Waste-to-Energy…


The Treatment of Non-Recyclable Waste

In Europe in 2018, out of a total of around 220 million tons of municipal waste generated, 116 million tons…


Four Reasons To Support Waste-to-Energy

Highlighting the key benefits of Waste-to-Energy (WtE) as a circular, low-carbon and low-polluting waste management option. Click here for the…


Municipal Waste Treatment in the EU in 2018

An overview of how municipal waste is generated and treated in the EU with the support of EUROSTAT figures. Click…


Waste-to-Energy explained .. in 2 minutes!

Not everything is recyclable. That’s why Waste-to-Energy is so important for sustainable waste management. This video by the International Recovery…


Waste-to-Energy Handbook

A handbook with comprehensive information on Waste-to-Energy Click here to open the pdf version.