Exhaust Gas (Waste Heat) Heat Exchanger

Innovative Solution for Energy Recovery

TANPERA Exhaust Gas (Waste Heat) Heat Exchangers offer hot water production and energy savings by recovering energy from the exhaust gases of systems running on fuels such as diesel, coal and biogas.

Description

Exhaust Gas (Waste Heat) Heat Exchanger

Innovative Solution for Energy Recovery

Tanpera Exhaust Gas Heat Exchangers are designed to efficiently recover the energy of high-temperature exhaust gases from engine and boiler systems. These exchangers help reduce environmental impact while increasing energy savings. They are ideal for applications ranging from biogas plants, where exhaust gas temperatures can reach up to 180°C, to high heat generating systems for coal and natural gas boilers.

Working Principle

Exhaust Gas Heat Exchangers are based on the principle that the exhaust gas from engines transfers heat by contacting the heat exchanger surfaces:

  • Gas Flow: Exhaust gases are directed to the heat exchanger surface to recover energy.
  • Temperature Drop: While the exhaust gases are cooled, the energy generated is used in hot water production or heating processes.
  • Material Compatibility: High temperature and corrosion resistant materials ensure long-lasting performance.

Advantages

  1. Energy Savings: Energy recovered from exhaust gases reduces operating costs.
  2. Low Contamination: Thanks to its special design, it provides efficiency by minimizing pollution.
  3. Low Contamination: Thanks to its special design, it provides efficiency by minimizing pollution.
  4. Environment Friendly: Carbon emissions are reduced by utilizing waste heat.
  5. Long Lifetime: It offers durability with structure and material selection in accordance with industrial standards.

Tanpera Exhaust Gas Heat Exchangers offer innovative solutions in energy recovery and sustainability, reducing the carbon footprint of businesses and lowering energy costs.

Technical Specifications

Technical Specifications

  • Operating Temperature: Durability up to 180°C.
  • Material: AISI 304 and AISI 316 stainless steel, carbon steel.
  • Application Areas: Engines, boilers, biogas plants.
  • Corrosion Resistance: Optimized surface design for combusted gas and condensed liquids.

Product Video

Areas of Use

Application Areas

  • Biogas Plants: Energy recovery and hot water production from waste gas.
  • Natural Gas and Coal Boilers: Heat recovery from exhaust gas.
  • Industrial Engines: Improving the energy efficiency of diesel and gas engines.
  • Chemical and Petrochemical Plants: Utilization of waste gases in processes.
  • Power Plants: Solutions for waste heat utilization to increase efficiency.

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