Sustainability based on engineering and results

Sustainability at teCH4+ is not an added objective, but a direct consequence of its technology. Thermal hydrolysis achieves advanced anaerobic digestion that makes it possible to recover value from organic waste, increase renewable energy production, reduce the biosolids volume and improve the overall energy efficiency of the water cycle.

This approach, based on engineering and real operational data, makes a measurable contribution to the circular economy, decarbonization and the responsible management of resources, without resorting to generic statements.

Contribution to the Sustainable Development Goals (SDG)

teCH4+ technology contributes directly and measurably to several Sustainable Development Goals, especially those related to water, energy and the circular economy. This contribution is not based on declarative commitments, but on the technical impact derived from the design and operation of thermal hydrolysis applied to anaerobic digestion.

The Sustainable Development Goals are part of the 2030 Agenda adopted by the United Nations.


This website uses its own and third-party cookies to enable technical website functionality, compile statistics and analyze browsing traffic, personalize user preferences, and deliver advertisements. We also allow the use of features to interact with social networks. Read cookie policy

Reject all Configure Accept