Coal mine gas power generation can effectively solve coal mine gas accidents, improve coal mine safety production conditions, increase clean energy supply, reduce greenhouse gas emissions, and achieve multiple goals of protecting life, resources, and environment.

對于瓦斯發(fā)電機組，燃氣燃料的能量只有約35%被發(fā)電機組轉(zhuǎn)化為電能，30%—35%隨高溫煙氣排出（排煙溫度達550℃），20%—25%被發(fā)電機冷卻水帶走，通過機身散熱等其他損失占10%，排氣余熱和冷卻水損失的能量比有用能量還多。占燃氣發(fā)電機燃料近35%熱能的煙氣余熱資源基本上被白白浪費掉。我公司針對這一工況，充分利用瓦斯發(fā)電機組煙氣余熱，安裝炫風節(jié)能RGZFQ-X-X瓦斯發(fā)電機組配套的余熱鍋爐，產(chǎn)生的蒸汽可以帶動汽輪機組二次發(fā)電，或者供暖及礦山坑道井口保溫等。

For gas generator sets, only about 35% of the energy of gas fuel is converted into electrical energy by the generator set, 30-35% is discharged with high-temperature flue gas (exhaust temperature reaches 550 ℃), 20-25% is taken away by generator cooling water, and other losses such as heat dissipation through the body account for 10%. Exhaust waste heat and cooling water lose more energy than useful energy. The waste heat resources of flue gas, which account for nearly 35% of the thermal energy of gas generator fuel, are basically wasted in vain. Our company aims to fully utilize the waste heat from the flue gas of the gas generator set in this working condition, and install a waste heat boiler that is matched with the RGZFQ-X-X gas generator set. The generated steam can drive the steam turbine set for secondary power generation, or for heating and insulation of the mine tunnel wellhead.

傳熱效率高，節(jié)能效果顯著。由于熱管內(nèi)部是真空的，管內(nèi)工質(zhì)汽、液相變傳熱的熱阻很小，具有很高的導(dǎo)熱能力。

High heat transfer efficiency and significant energy-saving effect. Due to the vacuum inside the heat pipe, the thermal resistance of the vapor liquid phase change heat transfer of the working fluid inside the pipe is very small, and it has high thermal conductivity.

安全可靠可長期連續(xù)運行。常規(guī)余熱回收設(shè)備一般都是間壁式換熱，冷熱流體分別在器壁的兩側(cè)流過，任何一根管壁損壞都會造成泄漏，甚至停產(chǎn)。而由熱管組成的熱管余熱回收裝置，則是二次間壁換熱，即熱流體的熱量要通過熱管的加熱段的管壁和冷凝段的管壁才能傳到冷流體，而熱管一般不可能在加熱段和冷凝段同時破壞，所以，大大增強了設(shè)備運行的可靠性。

Safe and reliable for long-term continuous operation. Conventional waste heat recovery equipment generally uses wall to wall heat exchange, with cold and hot fluids flowing through both sides of the wall. Any damage to the wall of a pipe can cause leakage or even shutdown. The heat pipe waste heat recovery device composed of heat pipes is a secondary wall heat exchange, which means that the heat of the hot fluid can only be transferred to the cold fluid through the wall of the heating section and the condensing section of the heat pipe. However, the heat pipe is generally impossible to be damaged in both the heating and condensing sections, greatly enhancing the reliability of equipment operation.

管壁溫度可調(diào)，通過調(diào)整熱管冷熱段換熱面積改變熱管表面工作溫度，避免酸露點腐蝕。

The temperature of the pipe wall can be adjusted, and the surface working temperature of the heat pipe can be changed by adjusting the heat exchange area of the cold and hot sections of the heat pipe to avoid acid dew point corrosion.

清灰方便。該裝置兩側(cè)設(shè)有快開清灰門，清灰方便。

Easy to clean ash. The device is equipped with quick opening ash cleaning doors on both sides, making ash cleaning convenient.

熱管余熱回收器單支熱管可更換。

The single heat pipe of the heat pipe waste heat recovery device can be replaced.

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