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Thorough exhaust gas heat recovery heat exchanger Thorough low-temperature heat recovery design for city gas/LP gas combustion exhaust gas DTF Titania-DTF Titania
Thorough exhaust gas heat recovery heat exchanger Thorough low-temperature heat recovery design for city gas/LP gas combustion exhaust gas DTF Titania-MDI Co., Ltd.

Thorough exhaust gas heat recovery heat exchanger Thorough low-temperature heat recovery design for city gas/LP gas combustion exhaust gas DTF Titania
MDI Co., Ltd.

MDI Co., Ltd.'s Response Status

Response Rate

100.0%

Response Time

47.3hours


About This Product

It offers overwhelming benefits precisely because it is in the thoroughly low-temperature latent heat region of combustion exhaust gas, where corrosion exists.

■Titanium + simple design

Adopts a proven titanium tube for heat exchangers (ultra-thin tube/titanium φ19, t0.6mm). We have completed a heat exchanger dedicated to waste heat recovery that is resistant to dirt and corrosive environments. It can be used for heat recovery of combustion exhaust gas from city gas, LPG, fryers, etc. with improved cleaning performance, no fins, large surface area, and space-saving design.

■Acid rain countermeasures

Conventionally, due to the corrosive gas contained in the exhaust gas, it is difficult to achieve this in the low temperature range below 100℃ where exhaust gas begins to condense, and generally the high temperature exhaust gas of 110℃ to 130℃ or higher is exhausted from the chimney. was common. With DTF Titania, it is possible to obtain overwhelming heat of condensation in the region where exhaust gas condenses (latent heat region), and furthermore, by keeping the exhaust gas temperature to the atmosphere below 20 to 60 degrees Celsius, the exhaust gas is less likely to warm the earth. It becomes. Furthermore, by condensing, large amounts of strong sulfuric acid and nitric acid can be recovered, contributing to the prevention of air pollution.

■Measures against dirt with bare tubes

DTF/Titania is a pure titanium material with excellent corrosion resistance and a unique shape, which has succeeded in dramatically improving heat exchange performance.In order to prevent exhaust gas, which is also a dirty environment, by arranging bare tubes with a large transmission surface. The design philosophy is to minimize performance decline. Conventional fin tube designs can become clogged and clogged in dirty environments, leading to performance degradation and crevice corrosion problems over time. Even during maintenance, dirt adhering to the outer surface of the DTF/Titania tube can be easily cleaned by removing the tube bundle. Furthermore, by adopting a modular design, it can handle large volumes of exhaust gas. By collecting exhaust gas at 140℃ and converting it into clean exhaust gas at 40℃, it is possible to significantly reduce the cost of gas consumption. It can also be used as a heat source for absorption chillers. It can also be used to utilize waste heat such as biomass power generation waste heat.

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    Thorough exhaust gas heat recovery heat exchanger Thorough low-temperature heat recovery design for city gas/LP gas combustion exhaust gas DTF Titania

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1 Models of Thorough exhaust gas heat recovery heat exchanger Thorough low-temperature heat recovery design for city gas/LP gas combustion exhaust gas DTF Titania

Image Part Number Price (excluding tax) Surface area Composition Material Exhaust gas air volume Exhaust gas temperature
Thorough exhaust gas heat recovery heat exchanger Thorough low-temperature heat recovery design for city gas/LP gas combustion exhaust gas DTF Titania-Part Number-DTF Titania

DTF Titania

Available upon quote

13.1m2

Bundle + shell

Titanium tube/SUS shell

1,800~3,000m3/h
Capacity can be increased by connecting module header

80~150℃→40~60℃ (reference)

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About Company Handling This Product

Response Rate

100.0%


Response Time

47.3hrs

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