Cogeneration & Waste Heat Recovery

COGENERATION
& WASTE HEAT RECOVERY SYSTEMS

DISRUPTIVE ENERGY SAVINGS AND DECARBONIZATION

WITH OUR SMALL SCALE & LOW-TEMPERATURE FLAGSHIP COGENERATION TECHNOLOGY

SCIVEN Cogeneration technology reaches where no other technology can reach: it enables disruptive energy savings, decarbonization, and new revenue sources for small-scale and low-temperature energy processes – that now have access to superior efficiency and sustainability standards.

Applications

– PUBLIC/PRIVATE COLLECTIVE USE BUILDINGS

– INDUSTRIAL PROCESSES

– GEOTHERMAL SITES

– RENEWABLE ENERGY COMMUNITIES

COGENERATION SYSTEMS RANGE

Comprehensive range of cogeneration appliances from 5kwe to 50 kwe per unit

Heat sources with temperatures from 70 ^oC

Fully automatic

Adaptative demand® patented technology

Applications

– PUBLIC/PRIVATE COLLECTIVE USE BUILDINGS

– INDUSTRIAL PROCESSES

– RENEWABLE ENERGY COMMUNITIES

Your hot water process can be completed by clean electricity production while saving up to 30% of your electricity bill

Improving the operational margin and decarbonizing your processes, to a more sustainable, efficient and resilient operation

WASTE HEAT RECOVERY SYSTEMS

Complete turn-key projects

Comprehensive range of cogeneration appliances from 5kwe to 50 kwe per unit

Heat sources with temperatures from 70 ^oC

Fully automatic

Adaptative demand® patented technology

Applications

– PUBLIC/PRIVATE COLLECTIVE USE BUILDINGS

– INDUSTRIAL PROCESSES

– GEOTHERMAL SITES

– RENEWABLE ENERGY COMMUNITIES

Turn low-grade wasted heat streams into clean electricity converting waste into a new revenue stream.

Improving the operational margin and decarbonizing processes for more sustainable, competitive, and resilient processes

iSENSE, AI AND REMOTE MONITORING

SCIVEN iSENSE is a comprehensive system not only for remote monitoring of our equipments but also to adapt their configuration along its operation.

Using predictive advanced algorithms, iSENSE can adjust your system configuration to achieve maximum performance, which translates to maximum savings and decarbonization for your processes.