Making decarbonization easy and profitable
Upload your data to our platform via a quick questionnaire. Instant visualization of your heat use and decarbonization needs.
< 5min
Use our AI-powered engineering module to simulate, compare and review low carbon opportunities. Tailored to your factory unique needs.
Select an opportunity and add details. Next automatically create a detailed request for proposals (RFP).
Post your RFP to our marketplace connect with top-rated suppliers and receive competitive offers.
Collaborate with top/preferred suppliers, integrators and financial partners to design a comprehensive, cost effective project proposal.
Seamlessly move from planning to execution with ongoing support from Entropic and performance tracking.
Assess factory
Start with a quick questionnaire to assess your factory's heat potential and identify key decarbonization opportunities.
Identify potential in under 5 minutes
Visualize your energy use and needs
Spot projects instantly
Add data to further refine results
Digital Mapping
Create a digital map of your factory using satellite imagery
Map heat users and consumers
Assess viability of project
Improve cost engineering with precise layout
Add data to further refine results
Scoping of solutions
Simulate and scope the best decarbonization solutions for your factory.
Simulate low carbon technologies
Star top solutions for detailed analysis
Add photos and more data for RFP
Calculate business case and explore financing options
Marketplace
Easily connect with top suppliers to fast-track your decarbonization projects.
Automated generation of RFP
Post RFP to marketplace
Receive competitive bids
Support during negotiation process
Build your project team
Assemble the right team to bring your decarbonization project to life, with access to top suppliers and experts.
Invite suppliers, engineers, or partners to collaborate.
Use preferred integrators or let us match you with best-fit experts
Develop together with partners via our platform
Finalize project proposal with expert advice from our team.
Features in detail
End-to-end support for your project
Assess factory
Start with a quick questionnaire to assess your factory's heat potential and identify key decarbonization opportunities.
Identify potential in under 5 minutes
Visualize your energy use and needs
Spot decarbonization projects instantly
Add data to further refine results
Digital mapping
Create a digital map of your factory using satelite imagery
Map heat users and consumers
Assess viability based on space and piping
Improve cost accuracy with precise layouts.
Marketplace
Easily connect with top suppliers to fast-track your decarbonization projects.
Generate RFPs based on your starred solution.
Instantly share RFPs with top-tier suppliers
Receive competitive bids maximizing value
Handle everything in one place
Build your project team
Assemble the right team to bring your decarbonization project to life, with access to top suppliers and experts.
Invite suppliers, engineers, or partners to collaborate.
Use your preferred suppliers or let us match you with the best-fit experts
Receive integration quotes from your project team.
Finalize the project plan with expert guidance from our team.
Technology suggestions? Please let us know!
Heat exchanger
Re-use
A heat exchanger transfers heat between a user and consumer this is the most efficient way to recover heat and increase energy efficiency. There are no temperature limits for heat exchangers.
Heat pump
Power2Heat
A heat pump upgrades your waste heat. It operates between 20-300°C. The COP (coefficient of performance) of up to 10.
(COP = thermal output / electrical input)
Thermal energy storage
Store
Thermal storage uses waste heat or electricity. Waste heat causes supply-demand imbalance, while electricity storage leverages low prices to store heat and high prices to use it.
E-boiler
Power2Heat
An E-boiler heats fluids up to 300°C for steam, ideal with a gas boiler. It switches between electricity and gas based on real-time prices, cutting energy costs by up to 60% in our simulations.
Adsorption cooling
Cooling
Adsorption cooling uses heat to cycle refrigerants (NH3, LiBr, silica gel) for cooling between -40 and 10°C. It efficiently converts waste heat (>70°C) into cooling with minimal electricity.
Organic Rankine Cycle
Heat2Power
The Organic Rankine Cycle (ORC) generates electricity by vaporizing an organic fluid to drive a turbine, operating between 80°C and 300°C. It's ideal for factories needing extra power when electricity is hard or costly to secure.
Carbon capture
CCUS
CO₂ is separated from flue gases using chemical absorption, adsorption, or membranes. Payback time varies with technology, CO₂ concentration, plant size, and incentives.