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Experience a world with a highly reduced carbon emission Experience a world with a highly reduced carbon emission Experience a world with a highly reduced carbon emission Experience a world with a highly reduced carbon emission Experience a world with a highly reduced carbon emission Experience a world with a highly reduced carbon emission Experience a world with a highly reduced carbon emission

We assists you in analyzing your projects by providing a list of opportunities for different industries. This helps in acquiring carbon benefits and enables you to contribute to environment protection.

Sectors Covered Include:
1. Cement Industry
  • Waste heat recovery power generation
  • Use of alternative fuels such as MSW, RDF, biomass, tires, etc in cement kilns
  • Energy efficiency improvements
  • Use of blends in cement production: Fly ash, blast iron slag, non-carbonated calcium sources in the raw mix for cement processing, etc.
2. Sugar Industry
  • High pressure boilers and cogeneration: Bagasse based cogeneration in sugar industries with high pressure boilers
  • Waste water treatment and biogas recovery
  • Biogas power generation
3. Textile Industry
  • Energy efficiency improvements
  • Fossil fuel switch from high carbon intensive fuel to low carbon intensive fuel (e.g. from HFO/Diesel to Gas)
  • Use of alternative fuels (Rice husk, cotton waste, etc)
4. Paper and Pulp Industry
  • Gas turbine cogeneration with Waste Heat Recovery for boiler replacement
  • Energy efficiency improvements
  • Methane avoidance by waste water treatment
  • Use of biomass waste as feedstock
  • Use of alternative fuels
5. Power Sector
  • Wind Power
  • Hydro Power
  • Solar Power
  • Biomass based cogeneration: Biomass based (agriculture residue such as rice husk) power generation, and replacement of electrical power being imported from national electricity grid, and dispatch of surplus power supply to the grid.
  • Biogas Power generation
  • Conversion from open cycle to combined cycle power plant
  • Rehabilitation of boilers to increase efficiency of steam generation
  • Fossil fuel switch from high carbon intensive fuel to low carbon intensive fuel
  • Renewing Increasing efficiency in the bagasse (a renewable fuel source, residue from sugarcane processing) cogeneration facility avoiding that fossil-fuelled thermal plants dispatch the same amount of energy to that grid.
6. Oil and Petrochemical Industry
  • Energy efficiency improvements
  • Recovery and utilization of gas from oil wells that would have flared
  • Leak reduction from Natural Gas pipeline and compressors
7. Iron Steel Industry
  • Energy Efficiency improvement of thermal and electrical energy systems.
  • Waste heat recovery power generation
  • Use of alternative fuels
8. Transport Industry
  • Energy efficiency improvements
  • Mass transit substitution for private transport
  • Bus Rapid Transport System (BRTS)
  • Fossil fuel switch
  • Implementation of cleaner engine technologies
  • Traffic flow controls