WTENERGY INNOVATIVE TECHNOLOGY BLOG
Sustainable solutions
Europe will only be able to decarbonize its industry if it sees waste as a resource
As capital drives waste valorization, innovative technologies are accelerating the transition to net zero.
Gasification to decarbonize industrial heat
Gasification makes it possible to decarbonize industrial heat by transforming waste into circular, competitive energy.
WtEnergy raises €10 million to scale its gasification technology
WtEnergy has closed a €10 million funding round to accelerate the deployment of its gasification technology for industrial waste and biomass.
Syngas-to-kiln: a global first
Spain has commissioned the world’s first industrial-scale Syngas-to-Kiln waste-to-energy gasifier, marking a breakthrough for cement decarbonisation.
The Catalan startup turning waste into renewable energy
WtEnergy Advanced Solutions converts waste and biomass into renewable Syngas to replace fossil fuels in industry.
Syngas: key to industrial decarbonization and energy cost reduction
Advanced gasification to transform waste into clean and competitive energy
From waste to green hydrogen: breaking barriers
Despite its potential as a clean and versatile energy carrier, green hydrogen remains limited limited in its adoption due to two significant challenges: high production costs and complex distribution logistics.
From bio-waste to green hydrogen
WtEnergy’s HYIELD project turns bio-waste into green hydrogen, reducing the cement industry’s carbon footprint. The plant at Cemex’s Alcanar uses gasification technology, supporting sustainability. Published in CEMNET.COM.
WtEnergy Advanced Solutions transforms bio-waste into green hydrogen: the HYIELD Project
WTENERGY transforms bio-waste into green hydrogen, driving sustainability and energy innovation. This project demonstrates how advanced technologies can be used to convert waste into clean energy sources.