A continuous charcoal production line is a set of equipment used to convert biomass materials such as wood, straw, and plant waste into biochar. It is an industrial manufacturing system used for large-scale production of carbonized products. Typical continuous charcoal production line may include the following key components: Raw material processing system, carbonizing furnace, cooling and collection system, refining and packaging, control system. Continuous biomass charcoal production lines can vary depending on the type and scale of carbonized products. They play a crucial role in sustainable resource utilization, environmental protection, and energy production because they can convert biomass materials into efficient energy and valuable by-products while reducing biomass waste and dependence on traditional energy resources.

Solar panel processing equipment utilizes physical crushing and sorting to extract highly marketable silicon powder, copper powder, and plastic. The general process for recycling photovoltaic modules involves three main stages:
1.Disassembly of components through machinery or manual labor to remove the back panel, wires, and aluminum frame.
2.Crushing the components to eliminate toughened glass.
3.Crushing and sorting the remaining solar panel to extract metals and plastics.
Discarded solar panels enter a shredder for tearing, and the shredded materials go through a specialized crusher for further breakdown, dispersing EVA film and monocrystalline silicon wafers. The dispersed materials, propelled by a fan, enter a collecting device, and after sorting, silicon is separated. The remaining mixed materials then go through a specialized grinder, followed by entry into an air flow screening device through a closed air system. Through a combination of airflow and vibration, non-ferrous metals and plastics are collected, and the dust generated by the airflow separation machine is also collected.

A pyrolysis oil distillation plant is a kind of equipment that uses the principle of pyrolysis and distillation to recycle waste materials into useful products. More specifically, this plant is often used to convert pyrolysis oil, which is produced from waste tires, plastics, rubber, or other sources, into diesel or gasoline that can be reused for industrial or commercial purposes.
The process generally involves heating the waste material in a reactor where it undergoes a chemical breakdown in the absence of oxygen. This breakdown produces a mixture of oil (pyrolysis oil), gases, and char. The oil and gases can then be condensed into a liquid which is then further processed in the distillation plant to produce a fuel similar to diesel or gasoline.
This plant plays a significant role in reducing environmental pollution, as it provides a way to reuse waste materials that are otherwise difficult to dispose of, and it also produces a renewable source of energy in the form of diesel or gasoline.