在鋼鐵、焦化等重工業領域，焦化發電機組正成為能源循環利用的核心裝備。這類機組通過捕捉焦化副產的高爐煤氣、焦爐煤氣等可燃廢氣，將其轉化為清潔電能，既緩解了工業廢氣排放壓力，又開辟了二次能源利用新路徑。

　　In heavy industries such as steel and coking, coking power generation units are becoming the core equipment for energy recycling. This type of unit captures combustible waste gases such as blast furnace gas and coke oven gas from coking by-products and converts them into clean electrical energy, which not only alleviates the pressure of industrial waste gas emissions but also opens up a new path for the utilization of secondary energy.

　　焦化過程中產生的高爐煤氣含有一氧化碳、氫氣等可燃成分，傳統處理方式多以燃燒排放為主，既浪費能源又加劇碳排放。焦化發電機組采用燃氣輪機或內燃機技術，將這類低熱值氣體引入燃燒室，通過精確控制空燃比實現穩定燃燒。燃氣輪機機組利用高溫燃氣驅動渦輪旋轉，帶動發電機產生電能；內燃機機組則通過活塞往復運動完成能量轉換，兩者均配備余熱回收裝置，將尾氣中的顯熱轉化為蒸汽或熱水，形成熱電聯產模式。

　　The blast furnace gas produced during the coking process contains combustible components such as carbon monoxide and hydrogen. Traditional treatment methods mainly rely on combustion emissions, which not only waste energy but also exacerbate carbon emissions. Coking power generation units use gas turbine or internal combustion engine technology to introduce low calorific value gases into the combustion chamber, and achieve stable combustion through precise control of air-fuel ratio. Gas turbine units use high-temperature gas to drive the turbine to rotate, driving the generator to generate electrical energy; The internal combustion engine unit completes energy conversion through the reciprocating motion of the piston, and both are equipped with waste heat recovery devices to convert the sensible heat in the exhaust into steam or hot water, forming a cogeneration mode.

　　在鋼鐵聯合企業，焦化發電機組與高爐、轉爐等工序形成能源閉環。高爐煤氣經除塵、脫硫后進入發電機組，產生的電力供廠區使用，余熱用于預熱助燃空氣或加熱原料。這種自給自足的能源模式，使企業外購電量顯著降低，能源成本得到有效控制。部分先進機組采用IGCC技術，將煤氣化合成清潔燃氣，進一步提升發電效率與環保性能。

　　In steel joint ventures, coking power generation units form an energy loop with processes such as blast furnaces and converters. After dust removal and desulfurization, blast furnace gas enters the generator set, and the generated electricity is used for the plant area. The waste heat is used to preheat the combustion air or heat the raw materials. This self-sufficient energy model significantly reduces the amount of electricity purchased by enterprises and effectively controls energy costs. Some advanced units adopt IGCC technology to synthesize clean gas through coal gasification, further improving power generation efficiency and environmental performance.

　　焦化發電機組的經濟性源于廢氣零成本與政策補貼雙重驅動。傳統處理方式需消耗大量能源進行煤氣加壓、燃燒排放，而發電機組將這部分成本轉化為電力收益。隨著碳交易市場完善，機組減排量可轉化為可交易碳資產，形成新的利潤增長點。此外，機組運行產生的蒸汽可替代燃煤鍋爐，減少企業燃料采購支出。

　　The economy of coking power generation units is driven by both zero waste gas cost and policy subsidies. The traditional processing method requires a large amount of energy for gas pressurization and combustion emissions, and the generator set converts this cost into electricity revenue. With the improvement of the carbon trading market, the emission reduction of units can be converted into tradable carbon assets, forming new profit growth points. In addition, the steam generated by the operation of the unit can replace coal-fired boilers and reduce fuel procurement expenses for enterprises.

　　環保效益是焦化發電機組的核心價值。傳統焦化煤氣燃燒排放會產生大量二氧化碳及氮氧化物，而發電機組通過高效燃燒與尾氣凈化，使污染物排放濃度顯著降低。部分機組配置SCR脫硝裝置與布袋除塵器，使氮氧化物、粉塵排放優于燃氣機組標準。這種能源化利用方式，使工業廢氣從排放源轉變為清潔能源載體。

　　Environmental benefits are the core value of coking power generation units. Traditional coking gas combustion emissions produce a large amount of carbon dioxide and nitrogen oxides, while generator sets significantly reduce pollutant emission concentrations through efficient combustion and exhaust gas purification. Some units are equipped with SCR denitrification devices and bag filters, which result in nitrogen oxide and dust emissions exceeding the standards of gas-fired units. This energy utilization method transforms industrial waste gas from an emission source into a clean energy carrier.

　　焦化發電機組通過技術創新，將工業廢氣轉化為綠色電能，重構了傳統重工業的能源利用模式。其價值不僅體現在經濟效益提升，更在于推動高耗能行業向低碳轉型，為循環經濟提供可復制的能源解決方案。隨著材料科學與控制技術的進步，這類機組將在工業領域發揮更大的節能減排作用。

　　Coking power generation units have transformed industrial waste gas into green electricity through technological innovation, reconstructing the energy utilization mode of traditional heavy industry. Its value is not only reflected in the improvement of economic benefits, but also in promoting the low-carbon transformation of high energy consuming industries and providing replicable energy solutions for the circular economy. With the advancement of materials science and control technology, such units will play a greater role in energy conservation and emission reduction in the industrial field.

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