Pyramp: Transforming Industrial Waste Heat into Electricity

Pyramp: Transforming Industrial Waste Heat into Electricity

Pyramp is an innovative project from the Technological University of Dublin, focused on converting industrial waste heat into electricity using advanced thermophotovoltaic technology. This solution targets high-temperature industries like cement, steel, and glass, aiming to improve energy efficiency and reduce carbon emissions significantly. With a modular design and impressive efficiency, Pyramp is set to make a substantial impact on sustainability in industrial processes.

HrimTron Energy: Transforming Waste Heat into Clean Electricity

HrimTron Energy: Transforming Waste Heat into Clean Electricity

HrimTron Energy is dedicated to transforming low-to-medium temperature waste heat into clean electricity using advanced Organic Rankine Cycle technology. Their innovative solutions not only enhance energy efficiency but also significantly reduce carbon emissions, making a positive impact on sustainability. With a focus on simplicity and scalability, HrimTron Energy is paving the way for a cleaner industrial future.

CARBIOX: Generating Clean Electricity from Industrial Thermal Waste

CARBIOX: Generating Clean Electricity from Industrial Thermal Waste

The CARBIOX project focuses on generating clean electricity from low-temperature industrial thermal waste using a unique CO₂ power cycle. This innovative approach not only enhances energy efficiency but also contributes to sustainability by reducing reliance on fossil fuels. With applications across various sectors, CARBIOX is set to make a significant impact in the energy landscape.

ToCircle Industries: Transforming Waste Heat into Usable Energy

ToCircle Industries: Transforming Waste Heat into Usable Energy

ToCircle Industries is a Norwegian cleantech company focused on recovering waste heat from industrial processes. Their innovative technology converts excess heat into usable energy, significantly improving energy efficiency and reducing CO2 emissions. With a commitment to sustainability, ToCircle is addressing one of the biggest challenges in energy-intensive industries. Their solutions are designed to help facilities optimize energy use while contributing to global climate goals. Learn how ToCircle is making a difference in the energy landscape.

RANK®: Efficient Heat Recovery and Renewable Energy Solutions

RANK®: Efficient Heat Recovery and Renewable Energy Solutions

RANK® specializes in harnessing low-temperature heat sources through innovative ORC technology, providing efficient heating solutions that contribute to sustainability. Their systems convert waste heat and renewable sources into high-temperature energy, promoting economic and environmental benefits. With a focus on cogeneration and trigeneration, RANK® is adaptable for various applications, from industrial to commercial settings. Their commitment to sustainable development aligns with global goals, making them a key player in the clean technology sector.

ENOGIA: Transforming Waste Heat into Green Electricity for a Sustainable Future

ENOGIA: Transforming Waste Heat into Green Electricity for a Sustainable Future

ENOGIA specializes in micro-turbomachinery that converts waste heat into green electricity. With a focus on sustainability, the company develops innovative solutions for energy transition, including customized Organic Rankine Cycle systems and hydrogen compressors. Their commitment to local production and technological advancement positions them as a key player in the clean energy sector.

Energy Valorization Solutions: Transforming Industrial Waste Heat into Sustainable Energy

Energy Valorization Solutions: Transforming Industrial Waste Heat into Sustainable Energy

Energy Valorization Solutions focuses on converting industrial waste heat into useful electricity and hot water, addressing critical energy challenges while promoting sustainability. With significant potential for CO₂ reduction and energy efficiency, this initiative is vital for modern industries. By implementing advanced technologies, the project aims to transform lost energy into valuable resources, contributing to a cleaner environment and a sustainable future.