Technology
Ultra-high temperature heat pump delivering 300-550ºC with coefficients of performance (COP) between 2 and 6.
Malta AHP Addresses Key Challenges Decarbonizing Industry
The only commercially available heat pump delivering 300-550ºC to replace gas furnaces and electric heaters at these temperatures.
Most energy-intensive industries still rely on gas-fired boilers, furnaces, and less efficient electric heating to deliver high-temperature process heat. These systems expose operators to fuel price volatility, rising emissions costs, and limited pathways to reduce CO₂ emissions.
What Sets Malta Advanced Heat Pump Apart
Lowest LCOH (300-550ºC range)
Temperature (delivers 300-550ºC process heat
Performance (COP 2-6)
Waste heat utilization (>120°C)
Base-load or flexible integration
How Malta AHP Supports Industrial Operations
Malta AHP enables industrial facilities to recover and upgrade waste heat into high-temperature steam and process heat, reducing fuel consumption while improving operational efficiency and lowering CO₂ emissions. Designed for deployment across energy-intensive industries, Malta AHP delivers 300–550°C process heat beyond the operating range of conventional heat pump technologies.
Benefits
- Waste heat recovery and upgrade
- 300–550°C process heat delivery
- Reduced natural gas consumption
- Lower CO₂ emissions
- Reduced exposure to fuel price volatility
- Improved operational efficiency
Malta AHP Overview
Heat Inputs
Waste Heat >~120ºC
- Possible configurations:
- Direct steam utilisation
- Indirect evaporation
- Multiple heat input streams
Heat Outputs
Process heat 300 – 550°C
- Process heat flow >1 MWth (minimum thermal power depends on process conditions)
Possible configurations:
- One or more process streams
- Process streams with different temperatures
- Process steam + process heat
Optional Heat Storage
- Intermittent or unsteady waste or process heat
- Volatile electricity prices
- Non-dispatchable electricity from renewable generation