09,05,2026 7 views
Recently, there has been good news from a pulp production line of Chemical Machinery Pulp! Through process optimization, equipment technological transformation, and refined control, the steam consumption has hit a new historical low, laying a solid foundation for low-cost and high-quality production in the workshop.
Steam consumption is the core energy consumption indicator of chemical pulp production, which runs through the entire production process. The level of unit consumption directly determines the effectiveness of production cost control and is a key bottleneck affecting the improvement of workshop quality and cost reduction. For a long time, due to factors such as fluctuations in production conditions, heat loss, and equipment operation deviations, it has been difficult to reduce steam energy consumption pressure drop, and it is extremely difficult to break through at a low level. The achievement of ultra-low unit consumption this time fully reflects the comprehensive leap of production line process optimization strength, equipment technological transformation effectiveness, and lean control level.
To tackle the key and difficult tasks of reducing steam consumption, the workshop adheres to a problem oriented and targeted approach, and comprehensively explores energy-saving potential. In terms of technological transformation, the technical team has carried out special optimizations for high consumption links such as steam heat exchange, waste heat recovery, and pipeline transportation. By accurately adjusting temperature, pressure, and flow matching parameters, the operation mode of the waste heat recovery system has been upgraded to maximize the recovery of secondary waste heat and significantly reduce ineffective heat energy loss. At the same time, a comprehensive inspection and rectification of old steam pipelines and valve drainage points will be carried out to eliminate energy consumption shortcomings such as leakage and heat dissipation, effectively improving the utilization rate of thermal energy.
In terms of on-site control, the workshop has established a closed-loop control mechanism for steam energy consumption throughout the entire period, relying on real-time energy consumption monitoring data to dynamically adjust equipment operating loads and prevent waste phenomena such as equipment idling and waste heat air discharge. Strictly implement the post energy-saving responsibility system, refine the energy consumption assessment standards for teams, standardize equipment start stop operations, daily inspections, and maintenance standards, ensure that each equipment and process is in the optimal energy-saving operation state, and create a good production atmosphere with full participation, full process control, and comprehensive consumption reduction.
The record low steam consumption this time is a fruitful result of technological innovation empowerment, fine management implementation, and collaborative efforts among all staff. The breakthrough of this indicator not only significantly reduces production and operation costs, effectively improves the economic efficiency of production lines, but also significantly reduces energy consumption and carbon emissions, which is deeply in line with the enterprise's green and low-carbon development concept.
Grades represent the past, and improvement is endless. Next, the Huayi pulp production line will take this breakthrough as a new starting point, continuously tap into the potential of the process, fill in the energy consumption gap, solidify mature consumption reduction experience, promote lean production and technological optimization on a regular basis, continuously stabilize the optimal energy consumption indicators, and fully promote the company's cost reduction and efficiency improvement, high-quality and efficient development to a new level.
