40kg/h-3000kg/h Capacity Regeneration Furnace For Industrial

Active Carbon Production Line.pdf

Electric activated carbon Introduction

Electric activated carbon regeneration furnace is a highly automated rotary kiln used to restore the adsorption performance of activated carbon. It consists of a feeding system, rotary kiln drum, heating and insulation body, discharging and dust collecting system, and center control cabinet. The furnace features adjustable feeding and rotary drum speeds, high-accurate PID intelligent thermal controller, touch screen controller with intelligent PID thermal control technology, high recovery rate of iodine value, low carbon loss in production, and superior quality Silicon Carbide (SiC) heating element.

Electric activated carbon Plant Applications

• Environmental protection: Regeneration of activated carbon used in wastewater treatment, air purification, and soil remediation.
• Metallurgy: Removal of impurities from activated carbon used in metal processing and refining.
• Chemical industry: Regeneration of activated carbon used in chemical production and purification processes.
• Medicine: Regeneration of activated carbon used in pharmaceutical manufacturing and medical applications.
• Food industry: Regeneration of activated carbon used in food processing and beverage production.

Electric activated carbon Plant Principle

Electric activated carbon regeneration furnace is a type of electric external heating rotary furnace that utilizes a high-speed electric heating system to reduce furnace stopping and starting time. It consists of a feeding system, rotary kiln drum, drum support and drive system, furnace heating and insulation body, discharging and dust collecting system, and a center control cabinet. The furnace employs touch screen control with intelligent PID thermal control technology, allowing for precise temperature regulation and monitoring. It also features a high recovery rate of iodine value, economical steam inert atmosphere to prevent carbon oxidation, low carbon loss in production, and advanced dynamic sealing technology to prevent carbon burn loss.

Electric activated carbon Plant Features

Electric activated carbon regeneration furnace features high automation, adjustable feeding speed and rotary drum speed, high-precision PID intelligent thermal controller, and three independently controlled heating zones to optimize the temperature gradient of the drying, calcining, and activating stages. It also boasts a high recovery rate of iodine value, economical steam inert atmosphere to prevent carbon oxidation, and advanced dynamic sealing technology capable of bearing high positive pressure working, avoiding carbon burn loss. Additionally, the furnace utilizes a nickel-based alloy furnace tube for high temperature and corrosion resistance, and a superior quality Silicon Carbide (SiC) heating element for a long service life and trouble-free heating element maintenance.

Electric activated carbon Plant Advantages

• High recovery rate of iodine value, economical steam inert atmosphere to prevent carbon oxidization, and promote the development of activated carbon porosity, increase the iodine value and improve the regenerated carbon adsorption rate
• Low carbon loss in the production, scientific feeding and discharging system to prevent the carbon breakage, advanced dynamic sealing technology capable to bear high positive pressure working, avoid the carbon burn loss
• Nickel based alloy furnace tube, high temperature and corrosion resistant, no deformation happen in the continuous working temperature at 1100 ℃
• Superior quality Silicon Carbide (SiC) hearing element, long service life and trouble free heating element maintenance
• Smokeless thermal efficiency can also be achieved and there would be no storage equipment for fuel or fuel transport costs
• Energy-saving function, automatically switch over to a stand-by mode to save up to 40% energy

Electric activated carbon Plant Technical specifications

Electric activated carbon plant Standard models