走稳节能降碳“小步骤”| 大家谈 如何当好“碳路先锋”

Group 1 - The core idea emphasizes that energy-saving and carbon reduction in the chemical industry can be achieved through manageable "small steps" rather than large-scale projects [1][2] - Technological upgrades are crucial for implementing these small steps effectively, often requiring only minor modifications to existing equipment [1] - For instance, the addition of an oil scraper ring to compressors at Lu'an Chemical Fengxi Group's Linyi branch has led to a reduction of over 2 tons of lubricating oil consumption monthly [1] Group 2 - Technological upgrades also facilitate measurable carbon reduction, transforming vague goals into data-driven actions [1][2] - The implementation of a waste heat recovery project at Lu'an Chemical Fengxi Group's Wenxi Fertilizer branch has resulted in a reduction of 5,400 tons of CO2 emissions annually and saved 30,000 cubic meters of water [1] - The chemical production process is interconnected, where small adjustments in one segment can lead to significant energy savings across the board [2] Group 3 - An example of effective technological upgrade is the replacement of direct injection disturbance technology with a patented circumferential tangential disturbance technology, which increased ammonium sulfate production by 916 tons annually while reducing SO2 and particulate emissions by 108 tons [2] - The overall message is that energy-saving and carbon reduction efforts do not need to be overwhelming; instead, they can be systematically approached through technological improvements [2] - The value of technological upgrades lies in breaking down large goals into actionable steps, making energy-saving and carbon reduction a routine part of operations [2]