The huge impacts of climate change cannot be prevented by reducing carbon dioxide alone. Our The environment needs a fast and massive reduction of methane gas emissions since as methane is 28 times more harmful than carbon dioxide.
Our free online seminar will give you valuable insights on methane emissions at WWTPs, its negative impacts and how you can achieve economic benefits by preventing them.
As a key sponsor for the Net Zero Carbon Virtual Conference to be held on the 13th July 2021, ELIQUO HYDROK will be giving a talk and hosting a virtual booth with Maria Dittman and Neil Willoughby.
Reducing the ecological footprint by capturing methane gas emissions in the sludge: EloVac® can avoid a CO2 equivalent of up to 3,200 car kilometres a day
Operators of sewage treatment plants can find out about advantages of installing a full scale EloVac-P® demonstration unit at their WwTP - better dewatering of sewage sludge with less methane emissions. Only two testing periods still available in 2021.
EloVac® is a compact system for the degassing of liquids such as digested sludge. It significantly improves the ecological footprint of a treatment plant by avoiding uncontrolled methane emissions. In addition, it improves sludge dewatering and so reduces disposal costs.
Hias has awarded ELIQUO TECHNOLOGIES with a new contract to build an EloVac®-P for its anaerobic digestion treatment plant in Ottestad, Norway. The EloVac®-P will have a treatment capacity of 10 m³ /hour of anaerobically digested sludge and it will be integrated post digestion and prior to dewatering.
ELIQUO’s number one priority is the well-being and safety of our people, clients, partners and their families, not only during these unprecedented and challenging times, but always. Over the last weeks, the management teams in Germany, the United Kingdom and the Netherlands have implemented measures to protect the health of our employees, customers and suppliers and to do everything we can to slow the spread of the Coronavirus.
EloVac®-P allows water companies to prevent diffuse methane emissions and reduce their carbon footprint, while avoiding struvite problems and improving dewatering of digested sludge.
