Waste heat recovery across industries

• Automobiles & auto components 

• Cement

• Chemicals, petrochem & pharma

• Commercial sectors such as restaurants, hotels & hospitals

• Consumer durables manufacturing

• Cosmetics, toiletries and consumer products

• Data centers

• Engineering goods & machinery

• Food & beverages

• Healthcare services & equipment

• Mining & metals

• Oil & gas

• Packaging & plastics

• Pharmaceuticals

• Printing & publishing

• Paper & forest products

• Textile & apparel

High temperature sectors

• Waste heat recovery from boilers

  • Cogeneration

• Industries

  • Cement

  • Metals

  • Chemicals

  • Glass

Low temperature heat recovery

• Low temperature waste heat from internal combustion engines

• Waste heat recovery from chillers & air conditioners

• Waste heat recovery from compressors

• Stirling engine

• Seebeck effect

• Organic Rankine cycle

• Kalina cycle

• Pre-heating for industrial processes

Industrial waste heat for district heating

Use of heat pumps for waste heat recovery and use

Producing hydrogen from waste heat

Heat storage for low temperature heating

Heat exchangers for low temperature heating

Heat pumps

Awareness creation

Training/capacity building

Collaboration & partnerships

Use of IT & digital tools

Case studies

Business models

• ESCO

Financing