Interactive engineering tools
Fast thermal screening before detailed feasibility.
Estimate order-of-magnitude COP, gas savings, CO2 reduction, OPEX impact, ROI and indicative CapEx for industrial heat transformation concepts.
Engineering screening
Industrial heat pump calculator
Estimate COP, gas displacement, CO2 reduction and indicative ROI from source and sink temperatures.
Order-of-magnitude output
Modeled COP
3.22
Useful heat
6,240 MWh/y
CO2 reduction
1,187 t/y
OPEX delta
139,248 EUR/y
Indicative CapEx
1,200,000 EUR
Simple ROI
8.6 years
These values are screening estimates. Industrial feasibility requires measured loads, operating profiles, integration constraints, supplier data and sensitivity analysis.
Engineering screening
Waste heat recovery calculator
Estimate recoverable heat from a water-like stream and the corresponding fossil heat displacement.
Order-of-magnitude output
Recovered capacity
783 kW
Recovered heat
3,915 MWh/y
CO2 reduction
879 t/y
Fuel savings
239,229 EUR/y
Indicative CapEx
393,831 EUR
Simple ROI
1.6 years
These values are screening estimates. Industrial feasibility requires measured loads, operating profiles, integration constraints, supplier data and sensitivity analysis.
Engineering screening
Steam-to-hot-water conversion estimator
Screen the value of converting historical steam users to a hot-water loop compatible with recovered or heat pump heat.
Order-of-magnitude output
Convertible heat
4,343 MWh/y
Gas displaced
4,935 MWh/y
CO2 reduction
997 t/y
Fuel savings
271,440 EUR/y
Indicative CapEx
690,496 EUR
Simple ROI
2.5 years
These values are screening estimates. Industrial feasibility requires measured loads, operating profiles, integration constraints, supplier data and sensitivity analysis.
Engineering screening
MVR / RMV business case estimator
Screen steam reduction and electricity demand for mechanical vapor recompression on evaporation duties.
Order-of-magnitude output
Evaporated water
43,400 t/y
Steam avoided
32,550 MWh/y
MVR electricity
1,649 MWh/y
CO2 reduction
7,124 t/y
Indicative CapEx
3,940,000 EUR
Simple ROI
2.1 years
These values are screening estimates. Industrial feasibility requires measured loads, operating profiles, integration constraints, supplier data and sensitivity analysis.
From screening to FEL
Convert a rough estimate into a decision-grade industrial study.
Share the process context, temperature levels and operating constraints. Exergia can develop the thermal architecture, model economics and define the project pathway.