EthosCool 2018-06-28T15:55:46+00:00

EthosCool

TRANSFORMING LOW-GRADE WASTE HEAT INTO RESILIENT, REVOLUTIONARY COOLING HVAC

EthosCool by EthosGen is next generation Compressorless HVAC system that converts available waste heat source from commercial, industrial, defense and maritime processes to generate distributed and resilient chilling and cooling HVAC.

EthosCool can effectively utilize a variety of waste heat sources including exhaust, off-gases, steam and hot water from gas/diesel generators, natural gas/biogas (methane) engines, waste incinerators as well as chemical, food/dairy and pharmaceutical plants.

SUSTAINABLE AND RENEWABLE NEXT GENERATION CARBON-FREE ENERGY

EthosCool is zero emission solution to generate the most sustainable on-site and low-cost cooling and chilling capacity. EthosCool can be paired with geothermal, solar thermal and biomass heat sources to produce the most sustainable, scalable and low-cost onsite cooling and chilling generation for commercial, industrial, maritime and defense applications.

SCALABLE, DISTRIBUTED AND RESILIENT HVAC

EthosCool is scalable and modular advanced chiller system available in 5-Ton, 10-Ton and 15-Ton capacities. EthosCool compressorless next generation HVAC capabilities leverage waste heat not electricity to meet chilling and cooling needs in most demanding situations.

HOW IT WORKS

MULTIPLE APPLICATIONS & LOCATIONS

EthosCool system has been tested and implemented for both land and sea, and applications range across
a number of industries, including: maritime military and cargo vessels, waste and wastewater treatment facilities, geothermal installations, food and dairy processing plants, metal, cement and glass manufacturing, pulp/paper biomass, and many more.

MACHINE LEARNING AND SMART IOT

EthosCool integrates IoT enabled sensors (Internet of Things) and automation to provide for optimized cooling and chilling. The system deploys state of the art machine learning for real-time data collection and optimized performance.

Advanced Materials Enabled Energy Generation