Dushanzi Petrochemical Company's polypropylene plant employees put energy conservation and consumption reduction at the top of the list. Through in-depth technical research, process optimization, and device compliance, the technological level of polypropylene devices has been continuously improved, and the availability of equipment and equipment remains high. The production capacity of the device has also been continuously improved, and the output has been successively updated. According to statistics on October 31, energy consumption has dropped by 7.25 percentage points.
At the beginning of this year, polypropylene workshop staff relied on scientific and technological progress to optimize the installation process, and in the full implementation of the “safety, stability, long, full, and excellent†operation of the device, deepened the standard work, carefully compared the advanced equipment level, actively looking for gaps, and thinking about countermeasures. The implementation of a number of energy-saving techniques, pay close attention to energy saving work. In the work, the workshop focuses on management and technical energy conservation, clarifying management responsibilities, clearly stipulating energy-saving targets, and increasing assessment of energy conservation and consumption reduction to ensure the smooth progress of energy conservation and consumption reduction. The workshop focused on the actual conditions of the circulating water and steam consumption of the condensate recovery tank. After the demonstration of the technical renovation of the condensate recovery tank, the workshop decided to reconstruct the condensate recovery tank from the outlet of the condensate pump to the steam tracer. The pipeline of the plate, in place of the low-pressure steam of the steam tracing plate, can reduce the condensate temperature of the condensate recovery tank and reduce the amount of circulating water. On the other hand, it can reduce the amount of steam and reduce the energy consumption of the device. After the successful technological transformation, the hourly steam consumption drops by more than 200 kilograms, and more than 1,700 tons of steam can be saved annually. This measure can reduce the overall energy consumption of the device by 0.93 kilograms of standard oil per ton of polypropylene. For this reason, according to the production conditions of the polypropylene device, the workshop decided to disable one set of steam tracing trays with unit No. 700 in isolation. At the same time, 10 sets of high-efficiency steam traps were replaced on the site for one set and two sets. The energy-saving effect reaches the best condition.
At the beginning of this year, polypropylene workshop staff relied on scientific and technological progress to optimize the installation process, and in the full implementation of the “safety, stability, long, full, and excellent†operation of the device, deepened the standard work, carefully compared the advanced equipment level, actively looking for gaps, and thinking about countermeasures. The implementation of a number of energy-saving techniques, pay close attention to energy saving work. In the work, the workshop focuses on management and technical energy conservation, clarifying management responsibilities, clearly stipulating energy-saving targets, and increasing assessment of energy conservation and consumption reduction to ensure the smooth progress of energy conservation and consumption reduction. The workshop focused on the actual conditions of the circulating water and steam consumption of the condensate recovery tank. After the demonstration of the technical renovation of the condensate recovery tank, the workshop decided to reconstruct the condensate recovery tank from the outlet of the condensate pump to the steam tracer. The pipeline of the plate, in place of the low-pressure steam of the steam tracing plate, can reduce the condensate temperature of the condensate recovery tank and reduce the amount of circulating water. On the other hand, it can reduce the amount of steam and reduce the energy consumption of the device. After the successful technological transformation, the hourly steam consumption drops by more than 200 kilograms, and more than 1,700 tons of steam can be saved annually. This measure can reduce the overall energy consumption of the device by 0.93 kilograms of standard oil per ton of polypropylene. For this reason, according to the production conditions of the polypropylene device, the workshop decided to disable one set of steam tracing trays with unit No. 700 in isolation. At the same time, 10 sets of high-efficiency steam traps were replaced on the site for one set and two sets. The energy-saving effect reaches the best condition.
Push-out Metal Baler machine is mainly suitable for steel recovering and processing industries, ferrous and non-ferrous smelt industries:
1) lining plate--Hardox500.
2) bale discharging way is side push-out.
3) designed with quick unit that can improve work efficiency substantially.
4) A new integration design: Avoid secondary installation, convenient for transporation.
5) Hydraulic transmission, compact design, great sealing property.
6) Hydraulic driven with hand-value or PLC, use diesel engine when electrical motor is unavailable.
Push-out Baler, Push-out Baling Machine, Push-out Baling Press, Push-out Baler Equipment, Push-out Metal Compactor
Jiangyin Metallurgy Hydraulic Machinery Factory , https://www.eco-metalsrecycling.com