HICLOVER Solution for Fighting COVID-19, with ISO9001/CE Certification.
Air emission standards establish limits on the amount of contaminants that can be released into the atmosphere. These standards are expressed as a concentration in the exhaust gases leaving the stack and are capable of being achieved using generally available incineration technology and waste diversion practices. The following emission standards1 apply to existing, new or…
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Complete combustion converts waste into inert bottom ash with minimal creation of smoke, fly ash and hazardous gases. Several factors influence this process including the heating value, wetness and chemical composition of the waste itself, operating conditions in the burn chamber (i.e. temperature, holding time and turbulence) and operator skill. The method used is important…
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Biomedical Waste Any solid or liquid waste which may present a threat of infection to humans including non-liquid tissue, body parts, blood or blood products and body fluids, laboratory and veterinary waste which contains human disease- causing agents, and discarded sharps (i.e. syringes, needles, scalpel blades). Bottom Ash The course non-combustible and unburned material…
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30 August 2013 Last updated at 21:18 BST Five councils in south east Wales have formed a partnership to deal with black bag waste in a bid to cut down on rubbish going to landfill. The authorities aim to incinerate waste which cannot be recycled and convert it into power in a new project which…
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Australian combustion engineering proprietary LTD MK 5 25kg/hour dual chamber(LPG) incinerator or equal approved. incinerator casing to be mild steel with 125mm refractory lining including primary and secondary chamber, insulated draft section above secondary chamber, package burners, digital temperature control systems, ash rake and poke, second door in primary chamber, manual loading chute, semi automated…
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Bid Bond (2%) : should be submitted (mandatory condition) Prices: should be itemized based on FOB, CFR Annaba seaport, Algeria Payment Condition: 100% Bank transfer (CAD) or Letter of Credit (L/C) against presentation of shipping documents 10% Performance Bond unconditioned & confirmed from 1st class Egyptian bank should be submitted (mandatory condition) Delivery Time is…
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Waste incineration technology sprouted in the late 1800s. Since the 20th century, with the development of greatly improved and incineration of municipal waste production, waste incineration has become in many countries to develop waste treatment technology. Garbage incinerator waste incineration is the core technology. Early incinerators by coal-fired boiler manufacturing factory, does not apply to…
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The idea is good . There toss volcano every day, it appears to be an ideal natural elimination of garbage incinerator. However, I know you want to, but that there is kind of the center of the crater lake of lava lovely. Like some of the shield volcano in Hawaii, they will spray lava slowly…
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Biomedical Waste Incinerator, 10-15 kg Manufacturer: Brand: Type / Model: Country of Origin: Description of Function The Biomedical Waste Incinerator is used for Incineration of each type of Biomedical Waste. The Disposal of such Biomedical waste is a very important as it is a dangerous wastes for human life, and It is only possible with a perfect incinerator. Operational Requirements It shall be operated by manual and automated mode. The combustion efficiency (CE) shall be at least 99.00%. The combustion efficiency is computed as follows: C.E.= __%CO2______ x 100 %CO2 + %CO Emission Standards: Lower emission rates are preferred. Parameters Concentration in mg/Nm3 (12% CO2 correction Max total dust 30mg/m3 Max Sulphur Dioxide 200mg/m3 Max Nitrogen dioxide 400mg/m3 Max Carbon 100mg/m3 Monoxide Minimum stack height shall be 30 metres above ground. Volatile organic compounds in ash shall not be more than 0.01%. System Configuration Biomedical Waste Incinerator, complete unit. Technical Specifications Incinerator: It shall be Electrical or Diesel Fired Incinerator or Controlled Air & pyrolytic. Type of Waste: Biomedical Waste It shall have burning capacity 10-15 kg/hr. Fuel: Diesel Burner: Monoblock fully automatic burners. Temperature: Primary Chamber 800 ± 50 oC, Secondary Chamber 1050 ± 50 oC. Type of Waste: Biomedical waste with moisture content up to 85%. Destruction Efficiency: 99%. It shall have separate digital display of temperature for both chambers. It shall have provision for measuring primary & secondary chamber temperatures using external thermo coupler. Secondary chamber gas residence time shall be minimum 1 second at 1050 oC. Primary Chamber: Type: Static Solid Hearth Material of Construction: Mild Steel, 5mm thick Refractory thickness: approx.115mm thick Material: Refractory bricks confirming to international standard. Temperature resistance: 1400 oC Insulation thickness: approx.115mm thick Material: Insulation bricks confirming to international standard. Waste Charging: Manual & Automatic waste charging. Ash Removal: Manual/automatic Secondary Chamber: Type : Static Solid Hearth Material of Construction: Mild Steel, 5mm thick Refractory thickness: approx.115mm thick Material: Refractory bricks confirming to international standard.…
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Items/Model TS30(PLC) TS50(PLC) Burn Rate 30 kg/hour 50 kg/hour Feed Capacity 60kg 100kg Control Mode PLC PLC Combustion Chamber 330L 560L Internal Dimensions 75x75x60cm 100x80x70cm Secondary Chamber 180L 280L Smoke Filter Chamber Yes Yes Feed Mode Manual Manual Voltage 220V 220V Power 0.5Kw 0.7Kw Oil Consumption (kg/hour) 10.2–20 12.1–24 Gas Consumption (m3/hour) 9.8–20 9.9–26.1 Temperature…
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