Best Solution For Waste Heat Recovery By Enrecover.

Waste heat is heat, which is generated in a process by way of fuel combustion or chemical reaction, and then “dumped” into the environment even though it could still be reused for some useful and economic purpose. The essential quality of heat is not the amount but rather its “value”. The strategy of how to recover this heat depends in part on the temperature of the waste heat gases and the economics involved. .

WHR Advantages

Low Temperature Waste Heat Recovery

“WHR” can be acclimated to describe utilization of any heat typically thrown away to the environment. There are huge viable sources such as incineration plants, industrial heat processes, IC engines, chimney exhaust and steam boiler return flow.

WHR TECHNOLOGY COMPARISION
01

Waste Heat Recovery Through ORC

  • Application : Low & Medium temperature heat recovery
  • End Use : Power Generation
  • Advantages :
    • ✓ Low grade waste heat recovery
    • ✓ Reduction in utility consumption
    • ✓ Smaller footprint
    • ✓ Low maintenance cost
    • ✓ Long service life (> 25 years)
    • ✓ +Payback within 3 years
  • Disadvantages :
    • ✓ Higher initial cost (Similar to Cogeneration)

02

KALINA CYCLE

  • Application : Electricity
  • End Use : Power Generation
  • Disadvantages :
    • ✓ Toxic fluid as working media (Ammonia)
    • ✓ Immature technology
    • ✓ Complexity
    • ✓ High maintenance & Downtime
    • ✓ Investment cost is comparatively higher than ORC

03

COGENERATION

  • Application : Heating & Electricity
  • End Use : Power generation & Process heating
  • Disadvantages :
    • ✓ High temperature required (> 350oC)
    • ✓ High utility consumption

04

THERMO ELECTRICAL POWER GENERATION

  • Application : Electricity
  • End Use : Power generation
  • Disadvantages :
    • ✓ Available in smaller capacity
    • ✓ Huge investment cost
    • ✓ Immature technology

05

SCRUBBERS

  • Application : Process Heating, Room heating, District heating
  • End Use : Heating
  • Power : No power Generation
  • Disadvantages :
    • ✓ Frequent maintenance and suffer from corrosion quite severely

Why Enrecover ORC Technology
  • Modular Design
  • Development ORC Product with R&D for the future and other components (special design of heat exchangers along with package arrangements)
  • Design validation and analyse through expertise consultants
  • High reliability and simple maintenance means low cost and high operating hours during the year
  • No need of make-up water for the cycle operation
  • Design, manufacturing and assembly of the ORC turbine and packaging
  • Selection of the most appropriate working organic fluid to get the best heat recovery, enviornmental requirements and conversion efficiency
  • Engineering and project management - Tailor-made solutions to all customers
  • Simple and compact plant design with fully automated system, enables to check performance from any place
  • ORC Product at lower temperatures (>85oC) and pressures compared to commercial systems
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