Industrial Heat Pumps & Thermal Electrification
Megawatt-Scale Process Heat — 60°C to 300°C — Engineered to Replace Gas
We electrify process heat for heavy industry.
Our ammonia-based industrial heat pump systems generate hot water, high-temperature heat and steam-equivalent output without combustion, while recovering waste heat and reducing energy consumption by 3–8× vs gas boilers.
This is not HVAC — this is industrial thermal infrastructure.
Why Electrify Heat?
Gas boilers are limited by combustion efficiency (~55–85%).
Heat pumps are driven by thermodynamics — they move heat instead of burning fuel.
1 unit of electricity → 3–8 units of usable heat.
Combustion can never do that.
Heat Pump Temperature & Power Capability
Temperature Output:
60–120°C hot water, sanitation, CIP
120–200°C pasteurisation, cooking, rendering
200–250°C steam replacement & high-grade heat
Up to 300°C staged MVR-assisted systems
Plant size:
We design systems large enough to replace boilers, not supplement them.
How an Industrial Heat Pump Works
Moving heat is cheaper and more efficient than burning fuel.
Multi-Stage High Temperature Architecture (to 300°C)
Trying to jump from 25°C to 200–300°C in one step kills efficiency.
We stage temperature lifts for thermodynamic gain:
Multiple smaller lifts outperform one large lift —
This is how high-temperature electrification becomes viable.
Waste Heat Recovery (WHR)
We reclaim heat sources your site already generates:
Refrigeration condensing heat
Hot glycol/brine returns
Cook/smoke exhaust
Pasteuriser discharge
Boiler blowdown
Warm effluent streams
Recovered heat becomes free fuel for the compressor.
Mechanical Vapour Recompression (MVR)
High-temperature vapour contains latent energy.
MVR recovers, compresses and returns it as usable heat.
Ideal for:
Rendering & tallow plants
Smokehouses & cook rooms
Dryers & dehydrators
Milk evaporation & concentration
Distillation and fermentation
Starch/sugar drying
Chemical & concrete heating processes
MVR is the gateway to 200–300°C electrification.
Thermal Energy Storage (TES)
Heat pumps like stability.
Production lines have peaks & valleys. TES bridges them.
TES enables:
Off-peak operation
Shift buffering
Smaller heat pump sizing
Maintenance continuity
Flat energy curves
Massive SCOP uplift
TES is not optional — it is the SCOP multiplier.
Controls & Redundancy Architecture
Industrial uptime is non-negotiable.
We design:
Multi-compressor parallel loops
N+1 redundancy pathways
Independent staging circuits
SCADA/PLC integration
Remote optimisation
TES-assisted continuity
A boiler crack = total outage.
A heat pump circuit trip = reduced output, not shutdown.
Industries We Electrify
Food, Meat & Agri-Processing
Lamb, beef, poultry, dairy, cheese, processing lines, smokehouses, rendering, drying.
Beverage & Fermentation
Breweries, wineries, distillation, carbonation, pasteurisation.
Cold Storage + Industrial Refrigeration
WHR integration delivers highest SCOP uplift.
Manufacturing & Heavy Industry
• Concrete curing
• Cement drying & pre-heat
• Asphalt plant heating
• Chemical reactors
• Paper/pulp processes
• Textile dyeing & drying
• Kilning support & pre-heat
• Process steam replacement up to 300°C
If it burns gas to make heat — it is electrifiable.
Why Choose Us
