Yangzi Petrochemical's quantitative energy-saving index raises the energy-saving and consumption-reducing level of the device

China Petrochemical News Network reported that Yangzi Petrochemical carried out the energy-saving publicity work throughout the year, and each set of devices quantified the energy-saving and consumption-reducing indicators according to their own characteristics
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According to the production needs, the organization personnel adjust the process procedures in accordance with the changes in the production line load, and strive to create the maximum output value with the minimum investment

In terms of reducing the energy consumption of public works, Yangzi Petrochemical Plastics Plant focused on leak detection and replacement of steam traps, improved steam traps, and made the steam traps more than 95% intact; further improved the steam system insulation to reduce steam heat loss.
Improve steam utilization to reduce steam consumption; adjust the steam condensate system of the device to improve the operation effect of the steam cooling system to reduce steam consumption.
From January to July, reduce the steam consumption by 15,000 tons; optimize the operation of the exhaust gas cooling system of the device, Improve the stability of the frozen brine of the device, save 80,000 tons of desalinated water; reduce catalyst pre-polymerization and hexane washing, etc.
, reduce hexane consumption by more than 200 tons compared with the same period last year, and save nearly 2 million yuan in costs
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Yangzi Petrochemical Storage and Transportation Plant optimized the system operation to ensure the efficient operation of the equipment
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Through scientific analysis, according to the content of the components of the flare gas in each path, the corresponding recovery strategy is formulated to avoid the excessive difference in the light and heavy components of the recovered flare gas, which will affect the stable operation of the compressor

Yangzi Petrochemical’s polyolefin product packaging area has strengthened the management and control of the consumption of liquefied gas by forklifts for product transportation.