E&A Associates
  • Home
  • Principals
  • Products
    • CHP Units
    • Smith's EP Ltd
    • Flues
    • Heat Pumps
    • Pre-Packaged Plantrooms
    • Underfloor Heating
  • Case Studies
  • Contact Us
  • More
    • Home
    • Principals
    • Products
      • CHP Units
      • Smith's EP Ltd
      • Flues
      • Heat Pumps
      • Pre-Packaged Plantrooms
      • Underfloor Heating
    • Case Studies
    • Contact Us
E&A Associates
  • Home
  • Principals
  • Products
    • CHP Units
    • Smith's EP Ltd
    • Flues
    • Heat Pumps
    • Pre-Packaged Plantrooms
    • Underfloor Heating
  • Case Studies
  • Contact Us

Everest R290 Modular ASHP

Emicon Everest R290 ASHP - 4 Pipe Version

Emicon Everest R290 ASHP - Chiller Version

Emicon Everest R290 ASHP - 4 Pipe Version

 Modular 4 pipe ASHP, up to 88Kw Heating per module and configurations upto 10 modules as a single unit. 

These modular Everest Heat Pumps use natural refrigerant R290 (propane) which has a GWP of just 3. Flow temperatures of up to 70°C. Operational down to -20°C ambient air temperature. 


 EASY MAINTENANCE thanks to the ‘slide in – slide ou

 Modular 4 pipe ASHP, up to 88Kw Heating per module and configurations upto 10 modules as a single unit. 

These modular Everest Heat Pumps use natural refrigerant R290 (propane) which has a GWP of just 3. Flow temperatures of up to 70°C. Operational down to -20°C ambient air temperature. 


 EASY MAINTENANCE thanks to the ‘slide in – slide out’ system   

With the ‘Master in rotation’ logic that allows one of the modules to be excluded for maintenance or for any other customer requirement, with no interruption to the operation of all other units 


Learn more

Emicon Everest R290 ASHP - 2 Pipe Version

Emicon Everest R290 ASHP - Chiller Version

Emicon Everest R290 ASHP - 4 Pipe Version

 Modular 2 pipe ASHP, up to 88Kw Heating per module and configurations upto 10 modules as a single unit. 

These modular Everest Heat Pumps use natural refrigerant R290 (propane) which has a GWP of just 3. Flow temperatures of up to 70°C. Operational down to -20°C ambient air temperature. 


 EASY MAINTENANCE thanks to the ‘slide in – slide ou

 Modular 2 pipe ASHP, up to 88Kw Heating per module and configurations upto 10 modules as a single unit. 

These modular Everest Heat Pumps use natural refrigerant R290 (propane) which has a GWP of just 3. Flow temperatures of up to 70°C. Operational down to -20°C ambient air temperature. 


 EASY MAINTENANCE thanks to the ‘slide in – slide out’ system   

With the ‘Master in rotation’ logic that allows one of the modules to be excluded for maintenance or for any other customer requirement, with no interruption to the operation of all other units 


Learn more

Emicon Everest R290 ASHP - Chiller Version

Emicon Everest R290 ASHP - Chiller Version

Emicon Everest R290 ASHP - Chiller Version

Cooling capacity from 80 kW

EMICON’s Everest290 packaged air-to-water scroll propane chiller for outdoor use, incorporates a fully modular concept that ensures an extremely low charge of highly sustainable R290 refrigerant per circuit, providing maximum safety. 


Suitable for all HVAC applications and capable of producing hot water up to 48°

Cooling capacity from 80 kW

EMICON’s Everest290 packaged air-to-water scroll propane chiller for outdoor use, incorporates a fully modular concept that ensures an extremely low charge of highly sustainable R290 refrigerant per circuit, providing maximum safety. 


Suitable for all HVAC applications and capable of producing hot water up to 48°C. The latest generation scroll compressors guarantee outstanding efficiencies and wide operating limits, down to -20°C outdoor ambient in heating mode. Heating-optimized and cooling-optimized versions.


Learn more

Copyright © 2026 E&A Associates - All Rights Reserved.

  • Home
  • CHP Units
  • Smith's EP Ltd
  • Flues
  • Heat Pumps
  • Pre-Packaged Plantrooms
  • Underfloor Heating
  • Case Studies
  • Contact Us
  • Downloads

Powered by

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

DeclineAccept