- PID
- 3094286
Heat Exchange System for the Recovery of Waste Heat
incinerators.
Therefore, there is an urgent need for the government to reduce fine dust and harmful substances present in exhaust gas from these facilities. To date, for reducing micro-dust, SOx and white smoke in exhaust gas, the low-temperature, high-efficiency condensable heat exchange system for recovery of
waste heat is applied, whereby cooling water fed at a temperature below 20℃ is heated up to about 60℃ with high-temperature exhaust gas through the water-cooled heat exchanger, resulting in hot water being recovered and reused to heat water and supply
heating for building, agriculture and aquaculture, which in turn contributes to energy conservation and reducing air pollution.
- Certification
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- Award
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- Shipping
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- Lead Time30 ~ 50days
- Modes of Transport CFR,CIF,FOB
- Products Shipped From Incheon
- Payment
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- Quantity
- MOQ : 1 SET
Product Summary
Heat
• Brand name (Company/Brand name) DAEMYUNG ESCO CO.,LTD
• Type (Type) Custom production
• Condition ( Status) Always ready
• Size/Dimension (Size) Depending on current conditions
• Weight (Weight) 3-100 TON
• Applicable Industries (Target industries) Heat generating equipment Waste heat recovery device
• Warranty (Warranty period) 2 years
• Certification ISO 140001 ISO 9001
Detailed Description
By using the low-temperature, high-efficiency condensable heat exchange system for the recovery of waste heat, high-temperature exhaust gas from heat-generating facilities (i.e. industrial boilers, incinerators, co-generation plant, thermal power plant, etc.) is converted to low-temperature exhaust gas, thereby preventing atmospheric warming. And then, heated water is reused for co-generation heating, water boilers and supply heating for buildings, as well as agriculture and aquaculture. SOx, dust, moisture etc. are condensed (condensed water) and reduced in the heat exchange system, resulting in reducing air pollutants, preventing white smoke as well as recovering and reusing waste energy.
The temperature of exhaust gas from the heat-generating facilities that burn fuels containing sulfuric components could not be lowered below 150℃ due to low-temperature corrosiveness caused by SOx. Meanwhile, not affected at all by low-temperature corrosion, the heat exchange system for the recovery of waste heat is capable of lowering the exhaust gas temperature below 50℃, an exclusive pioneering technology worldwide.
- Energy Saving Capable of recovering latent heat Emitting exhaust gas at a temperature of 50℃ or lower.
Effect of preventing low-temperature corrosion High heat transfer surface density
- Eco-Friendliness Removal of air pollutants (SOx, dust, moisture) Preventing white smoke (moisture condensation) Greenhouse gas reduction
- Economy Energy cost can be saved by more than 8~15 percent depending on the temperature of waste heat.
Payback period: within 1~3 years. Depending on the amount of energy saving, the operation time of thermal generating facilities is shortened and the life span is extended.
