Items/Model CA100 Photo Concept Medical Waste Incineration Therapy Burn Rate Standard 100 kg/hour Feed Capacity Average 200kg/feeding Control Setting PLC( Programmable Reasoning Controller Incinerator) Burning Chamber 1200L Internal Dimensions 120x100x100cm
Pre-assembled, containerized type Incinerator Design CA100 Picture Waste Treatment Medical Waste Incineration Treatment Feed Capacity Average 100-200 kgs per feed Burning Price Ordinary 100-120 kgs per hr Burning Time per
BIOHAZARD DISPOSAL: CONTAINER GENERAL INCINERATOR, SUITABLE FOR INCINERATION OF VARIOUS KINDS OF WASTE, ABSOLUTELY CONTAINERISED IN A 20 FT CONTAINER, TO CONSIST OF BUILT-IN FUEL CONTAINER As Well As GENERATOR.
Items/Model CA100 Image Concept Medical Waste Incineration Treatment Burn Price Average 100 kg/hour Feed Capability Standard 200kg/feeding Control Mode PLC( Programmable Logic Controller Burner) Burning Chamber 1200L Internal Measurements 120x100x100cm
HICLOVER – Medical Environmental Model YD-20 Photo Burning Rate Typical 20 kgs/hour Feed Capability Ordinary 60 kgs/feeding Main Burning Chamber 360 Litres Secondary Burning Chamber 200 Liters Mix Combustion Chamber
HICLOVER – Containerized Mobile Incinerator Medical Waste Incinerator Model CA50 Design CA50 Picture Waste Therapy Medical Waste Incineration Treatment Feed Capacity Typical 100 kgs per feeding Burning Rate Average 50 kgs
Coronavirus Disease 2019 (COVID-19) pandemic continues all over the world, clinics,hospitals,goverment may need to consider on-site disposal for the infectious medical waste. The medical waste incinerators that has been effectively
Light Weight Small-Scale Medical, Mobile Optional Type Related Large General waste incinerator Burn Rate up to 250kg per hour Incinerator capable of treating between 300 & 500 kgs fitted with
3 Medical Waste Incinerator of 20 kg/hr capacity with twin burner.Medical Waste Incineration Equipments. Our purpose for this task is to establish a plant in order to blaze Medical waste
• A burn rate of 25 – 30kg/hr. • Consists of two chambers to ensure significant reduction of emissions and be capable of temperatures in the range of 800-1000˚c. •