Solid waste plastic pyrolysis production is a continuous industrial operation scenario. Long-term equipment operation is prone to subtle problems such as condition drift and parameter fluctuations; if not detected and handled in time, these gradually accumulate and affect the overall production rhythm. Traditional manual inspection has observation blind spots and can hardly monitor equipment status around the clock. An intelligent early-warning system enables proactive screening of equipment hazards and improves the refinement of production control. Henan Yongle Group optimizes the intelligent monitoring and early-warning modules of plastic refining equipment, covering core operating parameters, helping plants identify abnormal conditions in advance and ensuring smooth production.

Plastic refining equipment is equipped with a multi-dimensional intelligent monitoring unit that collects core data such as furnace temperature, system pressure, oil-gas flow, equipment rotation speed, and cooling water temperature in real time, recording equipment status 24 hours a day without interruption, filling the time blind spots of manual inspection, and achieving all-weather condition monitoring.

With the proactive early-warning control model, the probability of sudden equipment downtime is greatly reduced, continuous production line operation is guaranteed, component wear from fault repairs is reduced, equipment aging is slowed, and the overall service life of equipment is effectively extended.

Energy consumption control is an important part of the operation and management of solid waste plastic treatment projects, and the rationality of heat supply directly relates to daily production investment and project cost-effectiveness. Traditional heating methods suffer large heat losses and poor adaptability, easily causing energy waste. Optimizing the supporting combustion and heating structure can effectively regularize heat supply logic and meet energy-saving production needs. Based on the heating patterns of plastic pyrolysis, Henan Yongle Group optimizes the combustion support structure of plastic refining equipment and adjusts heat output to match actual heat demand in pyrolysis production.

The heating system has stable heat conduction efficiency and high heat utilization; most heat directly acts on material pyrolysis, with a low proportion of ineffective heat lost to the outside. While ensuring thorough material cracking, energy consumption per production run is controlled, suiting long-term large-scale production scenarios.