Hidden emissions from waste incineration: new case study reveals dangerous breaches
Janek Vahk, Development and Policy Coordinator, Zero Waste Europe
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— Zero Waste Europe (@zerowasteeurope) November 28, 2018
FOR IMMEDIATE RELEASE: Brussels, 28/11/18
Zero Waste Europe released today a new case study on the Reststoffen Energie Centrale (REC) in the Netherlands, revealing how even state of the art incinerators emit dangerous pollutants far beyond EU toxic emissions limits.
The study run by ToxicoWatch  shows emissions of dioxin, furans and persistent toxic pollutants in breach of EU air pollution limits. These excess emissions are not exceptional, and rather constitute a regular feature for the plant.
Analysis of backyard chicken eggs sampled within a 2 km radius from the plant show dioxin and furan contamination exceeding the limits for consumption .
The study also exposes how breaches have been hidden thanks to non-reliable testing which seriously underestimates the emissions level .
Janek Vahk, Development and Policy Coordinator at Zero Waste Europe, said: “The short term sampling of emissions currently required by the EU shows serious shortcomings and allows hidden emissions. We must urgently revise the rules for emissions monitoring for waste incineration, to protect people’s health and safety”.
For Zero Waste Europe, the study confirms the need to move away from waste incineration, a practice which puts public health and the environment at stake while exacerbating climate change , and to end public subsidies to incineration plants.
To read the case study, click here.
 ToxicoWatch is a NGO dedicated to creating a safer and healthier world by advancing the science of toxicology and raising awareness about toxic hazards in the environment. More information on: www.toxicowatch.org
 Commission’s recommendation on the reduction of the presence of dioxins, furans and PCBs in feed and food : https://eur-lex.europa.eu/legal-content/EN/TXT/PDF/?uri=CELEX:32013H0711&rid=1
 The mandatory system for emission testing relies on pre-announced short-term sampling of 6-8 hours twice a year, which seriously underestimates the actual levels of dioxin emission. When short- and long-term sampling are carried out in the same period, remarkable differences become visible. The study run by ToxicoWatch is based on long-term sampling.
 UKWIN Climate Change Report 2018: http://ukwin.org.uk/climate/