This series of equipment can regenerate various types of activated carbon such as coal, wood, nut shell, mineral (petroleum), or powder, granule, column, or primary, extruded, and re-formed activated carbon, according to the characteristics of activated carbon fire method regeneration treatment , This series of equipment is equipped with unique flue gas treatment equipment to ensure the green and environmental protection of the activated carbon fire method regeneration process.
The device has the following characteristics:
1.Wide application field: the device can regenate various types of activated carbonon by adjusting the angle and rotational speed of furnace pipe.
2.Regeneration activated carbon in the oven retention time 40 minutes, which is applicable to the regeneration levelofall kinds of grain particles, for coal activated carbon also has good regeneration effect.
3.High degree of automation:the device operation achieves automatic control,with man-machine interface+Intelligent instrument control,reduces the operating workers and the labor intensity is low.
4.High recovery rate of Iodine value:basically returned to a new carbon levels above 90%.
5.Low carbon loss:≤1-2%(Coal carbon)But slightly higher than the JHR-O series activated carbon fuel diesel reclamation equipment
6.Easy installation, covers an area slightly larger, but the small space height requirements, large installed power.
Long service life:The core components furnace tube using thick wall (10 mm thick) 1200 ℃ high temperature resistance, corrosion resistant special stainless steel pipe.
Carbon Regeneration Kiln,Rotary Kiln Services,Carbon Regeneration Process,Chemical Regeneration Of Activated Carbon Changchun Gold Research Institute Co.LTD , https://www.changchunmachine.com
Rely on the valve itself through the valve pressure, temperature as an energy-driven valve automatically work, no external power supply and secondary instrument. This self-regulating valve is the use of the valve feedback signal output (pressure, pressure, temperature) through the signal pipe to the actuator drive valve to change the valve opening, to regulate the pressure, flow, temperature purposes. This valve is divided into direct and indirect effects of two. Direct action, also known as spring-loaded, the structure of elastic elements such as: pieces of spring, bellows, bellows-style temperature package, the use of elastic force and feedback signal balance principle. Indirect-acting control valve, an increase of a pilot (pilot valve) It plays a role in amplifying the feedback signal and then through the implementing agencies, driving the main valve disc movement to achieve the purpose of changing the valve opening. In the case of a pressure regulator, the feedback signal is the outlet pressure of the valve and is introduced into the actuator via the signal line. In the case of a flow control valve, an orifice (or other resistance device) at the outlet of the valve removes the pressure difference signal from both ends of the orifice to the actuator. If it is a thermostatic valve, there is a temperature sensor (or warm bag) at the outlet of the valve to drive the actuator through the thermal expansion and contraction of the medium in the temperature sensor.