10.A ready built fabricated room shall be supplied for housing the incinerator. The room will be designed in such a way that free space is available on all sides and heat radiation kept at minimum and giving the operators an easy workable environment and ventilation. The materials will be sufficient structural thickness of mild steel angles neatly coated with metal primer and epoxy paint to withstand sea corrosion Smoke less burner unit with all accessories:-Oil flow rate range (100-2500) B/D.-GOR range (200-1000) SCF/D.-API range (14-30).-AIR supply: pressure (50-150) psi, flow rate (350) ft3/min.-Water supply: maximum pressure (300) psi, flow rate water (1800) B/D.-Pilot light: propane gas or gas & oil.-Ignition: supply (400 V, 3 phase +N +T, 50 Hz) & (work at 55 c).-Rotation device: one swivel joint allowing rotation of (75) each side of boom center line.-Connections: (oil 2 in-L.P.) & (air 2 in-L.P. equipped with WECO hammer union fig. 602 – (water 2 in-L.P. equipped union fig. 602). -Pilot gas 1/2 in-L.P. • Installing a readymade concrete base (Precast) with Height 30 cm above the ground and 20 cm below the surface of the earth. • The dimensions of the base are increased by (2 meters) from the edge of incinerators • The rest of the accessories in all the trends even allows the worker directly feeding and maintenance work, cleaning and move easily taking into account the tendencies of the base toward the door for drainage of water.• The floor coating must be high-quality epoxy paint.• Install anti-rust and heat Umbrella of brick and steel (pyramid shape) of (5) meters height above the ground which installed with the edge of the concrete base by thick galvanized columns • This umbrella Cover the site furnace and allow bringing the chimney• The site is surrounded by an iron fence (sheet metal) 3 meters height from the surface of the earth in order to protect the incinerators from dust storms • The iron fence must have a 5 meters Width gate • Automatic anti-rust and heat electrical circuit must be provided • The furnaces are highly efficient, emissions-free, safe, and environmentally friendly and have capacity of not less than 3,000 kg of materials and the rate of burning at least 400 kg / h• The method of feeding the furnace through a side slot or from the top and the emission of the smoke is completely prevented.• a furnace Must have two rooms, one of them is the main room of not less than the “5” stoves to the process of burning materials and other secondary room of not less “2” stoves to burn resulting gas from the first process as well as the chimney• The main component of the body of the furnace is stainless steel box, the thickness of not less than 7 mm with a layer of zinc phosphate plated with aluminium reflector to heat• the thickness of the door of 150 mm and a hardness of not less than 170 kg / m 3 to be burnt, automatic comprehensive remote system.• Furnaces must be destructive enough to burn and incinerate the material which mentioned previously • furnaces must have certificates are supported global enterprises and government competent for environmental protection In the country of origin or the General Presidency of Meteorology and Environment Protection in Saudi Arabia• The oven can work for 24 hours so as to allow for the burning of materials for a period of not less than 12 consecutive hours and the remainder for cooling and provides full fuel tank with a capacity of 1000 L to turn on the oven.• Must have an automatic ignition and diesel is used• a furnace has the ability to withstand extreme temperatures up to “130o c And also, it guarantees continuous operation of which can be utilized for 24 hours with the ability to remove residues during the work of the oven, Insulating layer of calcium must be present in the rooms with Thickness not less than 50 mm and a wall thickness of 100 mm • Isolation of burning room: the space between the walls must be of the “stainless steel”. In addition, burn room must fill with Thermal insulation material.• Ensure that the combustion of materials emitted in the secondary room should be at least two seconds period and the room is lined with high-density ceramic fibbers• Incinerators must contain a system for processing (purification) gasses before emission of the smoke.• Incinerators must have the capacity of self-cooling after the end of the daily operating period.• Incinerators must have chimney not less than “4 meters” height from the surface of the oven, also, it must be thermally insulated and non-rust able, and must also be removable, installation and tide default.• Electrical capacity required “220/ 380-volt “60 hertz• Incinerators must be fitted with a control panel of the electronic keys to monitor all the necessary indicators of activation keys, as well as start-up and switch off so as to be isolated inside a metal box with the presence of the following:Alarm Sensor in the event of (crashes “burner” or purification device or heat leakage or internal connections and wiring)Monitors for the temperature of the roomsAerosols Filter indicators/ monitorsRoom temperature sensors Indicators for furnaces and index overloadTimer for Extinguish the oven automatically depending on the time required. • All equipment must be highly resistant to external conditions such as high temperature (50oc) • All doors must have special lock are not allowed non-persons appointed to work.• Providing fire extinguisher for each site with a capacity of 10 kg at least9.Metal fuel tank from black steel (capacity not less than 2500 litres) and shall be installed at the incinerator Room. The tank shall be provided with all necessary fittings including fill, vent, drain and overflow line, level indication and access for inspection and maintenance. Level switches shall be provided for the following services. (a) Low level alarm (b) High level alarm (c) Low level start of transfer pump (d) High level stop of transfer pump
INCINERATOR SPECIFICATION Capacity UPTO 20 kg/hr
Size: 940 x860x2700 mmMaterial: STAINLESS STEEL STACK, REFRACTORY CONCRETE LINING SPECIAL INSULATION MATERIALWith burner: 15 C 20 KWTemperature: PRIMARY CHAMBER = 800°C AND SECONDARY CHAMBER = 850 – 1200° CSufficient heat generation for secure and complete combustion 600-800 °C in the first chamber and >1000 °C in the second chamberEasy transportation on standard EURO-pallets Constructed in a modular fashion easy on-site movement and assembly with a minimum of equipment and technical skills;For the destruction of problematic waste like sharps, amputates and body parts, wet or moist matter; Off-gas quality: moderate smoke emissions during one quarter of the total incineration time; no visible emission during three quarters. AS PER INTERNATIONAL STANDARDS The remaining ash approximately 5-10% in weight and below 1% in volume of the original waste AS PER INTERNATIONAL STANDARDS Chimney height at least 5 m above the incinerator 5m ABOVE FROM THE GROUNDTemperature resistance of the lining at least 1,200 °C
Incinerator Secondary chamber gas residence time
Secondary chamber gas residence time shall be minimum 1 second at 1050 oC.Primary Chamber:Type: Static Solid HearthMaterial of Construction: Mild Steel, 5mm thickRefractory thickness: approx.115mm thickMaterial: Refractory bricks confirming to international standard.Temperature resistance: 1400 oCInsulation thickness: approx.115mm thickMaterial: Insulation bricks confirming to international standard.Waste Charging: Manual & Automatic waste charging.Ash Removal: Manual/automaticSecondary Chamber:Type : Static Solid HearthMaterial of Construction: Mild Steel, 5mm thickRefractory thickness: approx.115mm thickMaterial: Refractory bricks confirming to international standard.Temperature resistance: 1400 oC.Insulation thickness: approx.115mmMaterial: Insulation bricks confirming to international standard.Waste Charging: Manual & Automatic waste charging.Emergency Stack:Type: cylindrical, top mounted on venturi ejector.Material of Construction: Mild Steel, 3mm thick.Refractory: 75mm thick castable.Insulation: 25mm thick castable.Quencher:Material of construction of outer body: Mild Steel refractory lined from inside.Shall have water circulation system with centrifugal pump.It shall have to reduce flue gas temperature before venturi scrubber.Shall provide pump motor of suitable capacity.Air Pollution Control Device C Venturi ScrubberType: High pressure jet type.MOC: Stainless steel C 316L.Temperature at the outlet: 78-80 oCScrubbing Media: Water with 5% causticRe- Circulation Pump for Venturi ScrubberType: CentrifugalApplication: PP/SSPiping : PPRDroplet Separator & Re-Circulation Tank (Integral)Type: CyclonicApplication: To separate water droplets from flue gasesMaterial of Construction: Mild Steel Rubber lined 3mm thickI.D. Fan:Type: High pressure centrifugalMaterial of Construction: Stainless steel 304, impeller and mild steel rubber lined castingDrive: BelCombustion Fan:Type: CentrifugalModulation: Manual damper controlMaterial of Construction: Mild SteelDrive: Direct drive
Medical Incineraotors chamber of post combustion
1.A chamber of post combustion of gasesA burner of combustion of gases,A device of injection of air allowing a total re-combustion of gases,A device of air inlet of cooling of waste gases,A sheath of evacuation of the gases burnt,Carcass in strong sheet steel with support of connectionComposition of the refractory;Refractory concrete:Thickness :>150mmNature: 65%% of Al203Insulate in fibrous panels:Thickness: >85mmNature: CalciumBurner with fuel, mono-bloc casting guiding type with horizontal flame, lighting and safety of electronic ignition, permanent ventilation, electromagnetic sluice gate of regulation and isolating valve.A secondary injection of air to ensure perfect oxygen content.2.A control box ensuring the complete cycle of combustion.3.Fan:Electro-ventilator distributing the secondary air, the regulation of the air flow being carried out by valves and following the control of the automatic cycle.4.Controls and regulations:Control box watertight to dust, including:A switch circuit breaker for each engine (ventilators and burners).A timer with adjustable temporization for the regulation of each burner.A regulator with digital watching for the temperature of combustion.A regulator with digital watching for the temperature of post-combustion.Electric box.5.The de-ashing must be done in the bottom of the combustion chamber or the de-ashing should be automatic or manual batch de-ashing.6.Process filtering system: scrubber to be mentioned as optional7.Emission standards compliance: BS 3316 or equivalent standard8.Capacity to treat plastic: not less than 40% by weight9.CE manufacturing compliance: BS EN 746-2-1997
MEDICAL/BIOLOGICAL WASTE INCINERATORS
SPECIFICATIONS OF THE MEDICAL/BIOLOGICAL WASTE INCINERATOR It should be a three chambered incinerator The load capacity of 250 kg The housing for the incinerator should be able to withstand the temperatures and other operational requirements. The chimney should have a strong refractory lining of special type of cement to withstand temperatures more than 1200oc. It should have a strong base for the machine to keep it stable, firm and secure during its operational lifespan. The primary (combustion) and the secondary (scorching) chambers to be fitted with burners for effective combustion. In the third chamber, scrubbers and precipitators will need to be installed as pollution control equipment before emission of gases into the atmosphere. A system for continuous emission Monitoring and Environmental Monitoring. A mechanism with which to treat the waste water before discharge into the sewerage system. Temperature control and monitoring devices (probe thermometer) should be availed to ensure that the right temperatures are attained in the chambers during operation. Motor (fans) sufficient to induce enough air into the combustion chambers and direct the gases towards the flue 9 chimney). High power electricity and emergency generator connection for automated ignition purposes. The chimney should be tall enough and be at least one meter above the tallest building in the vicinity. The fuel tank (industrial diesel) to be constructed next to but out side the incinerator housing for security purposes and to prevent fire hazards. Capacity of 250. Other Requirements Training of all the personnel involved in health care waste (HCW) management. The Automatic Feeding system of the Incinerator Automatic waste loading mechanism with conveyor belts. These will lead the waste into the first primary chamber. An Automatic bottom ashes discharge system.
Smart Ash Small Scale Incinerators
Smart Ash Incinerators 1. Size requirement for the incinerators is that the unit works with a 55 gallon open ended steel drum. 2. The unit should operate wit. no fuel and use only 120V or 220V electricity for the blowers. 3. The unit should be capable of burning oil contaminated wastes and medical wastes with a moisture content of 0-15%J 4. Each unit should come witH two steel drums, so that a spare drum is available. Spare Parts Option If there are any vendor suggested spare parts , that list and price should be included as an option in the offer. Waste electrical or electronic appliances or assemblies, including printed circuit boards, containing toxic material and/or heavy metal and/or emitting low radiation. Used battery cells: Dry battery, UPS battery or other types, unsorted waste batteries/ battery cells, containing materials that are hazardouy. Used lead-acid batteries: Waste lead-acid batteries, rained/un-drained, and whole or crushed. Hazardous medical waste: Clinical and related waste, arising from medical, nursing or similar practices and waste generated in clinics during the investigation or treatment of patients (bio hazard). Expired drugs, solid: Waste pharmaceuticals, drugs and medicines, including sensitive medicines. Expired drugs Iiquid: Waste liquid pharmaceuticals, different type liquid chemicals for treatment, medical grease, and paraffin based xpired medicines. Expired and/or contaminated fod: Spoiled fresh food or unusable MRE’s (Meal Ready for Eat – dry food) Onsite Training and Assem Option for Industrial Incinerators I. The bidders should includ 1a price in their offer for training in a central location ( Goma or Bukavu) approximately 15 staff in the operation and maintenance of the equipment.
Incinerator Operating period Anticipated daily period 8 hours
Operating period Anticipated daily period 8 hours Maximum operating period 12hours Chamber Should be refractory lined to the following standards, hearth and lower section of chamber walls. Hot face materials Super dusty firebricks Limiting continuous service limit 1500°c Thickness 100mm Thermal conductivity 1.3W/mk Insulation Calcium silicate Limiting continuous service limit 1000°c Thickness 25mm Thermal conductivity 0.095w/mk Chimney/stack Should be manufactured from refractory lined mild steel or high quality air cooled stainless steel. The chimney/stack should have a minimum height of 10 meters above ground level Ignition burners Fully packed oil type complete with electric ignition and flame failure controls wired with continuous running fan and complete with all valves, fan and motor Maximum rating : at least 450kw/hour Burner: arranged for on/off operation Maximum consumption : at least 6litres per hour Average consumption : at least 3litres/hour After burner Fully packed oil type complete with electric ignition and flame failure controls wired with continuous running fan and complete with all valves fan and motor. Maximum rating : At least 450kw/hour Burner: arranged for on/off operation Maximum consumption: at least 9 litres/hour Average consumption: at least 4.5 litres /hour Flue gas treatment Should have particulate remover (scrubbers) Electrical supply Single phase 220/240v a.c,50/60hz Documentation Operation manual 2 sets Service /maintenance manual 2 sets
complete with electric ignition and flame failure controls wired with continuous running fan
The waste will be reduced by 90~95% to leave 10 -5% ash 2.4 Quality/Environmental Standards NEMA ACT (EMCA) 1999 BS3316 2.5 Operating Period Anticipated daily operating period 8 hours Maximum operating period 12 hours 2.6 Chamber Should be refractory lined to the following standard; Hearth and lower section of chamber walls 2.7 Hot face material Super duty firebrick Limiting continuous service limit 1500°C Thickness 100mm Thermal conductivity 1.3 W/mk 2.8 Insulation Calcium silicate Limiting continuous service limit 1000°C Thickness 25mm Should be manufactured from refractory lined mild steel or high quality air-cooled stainless steel. The chimney/stack should have a minimum height of 10 meters above ground level. 2.10 Ignition Burners Fully packaged oil type, complete with electric ignition and flame failure controls, wired with continuous running fan and complete with all valves, fan and motor. • Maximum rating: at least 450kW/hour • Burner: arranged for on/off operation • Maximum consumption: at least 6 litres/hour • Average consumption: at least 3 litres/hour […]
SECONDARY CHAMBER TECHNICAL SPECIFICATIONS FOR CIPDR INCINERATOR OF 75 KGS/HR CAPACITY
SECONDARY CHAMBER TECHNICAL SPECIFICATIONS FOR CIPDR INCINERATOR OF 75 KGS/HR CAPACITY A. INCINERATOR 1. Brand Type & Model: “ALFA-THERM” Oil Fired Incinerator Model BMWC-100 or approved equivalent. 2. Burning Capacity: 75 kgs/hr or more 3. Auxiliary Fuel: Diesel OR Industrial Diesel Oil 4. Type of Burner Operation: Mono-block fully automatic burners 5. Temperature: Primary Chamber 800 + 500C & Secondary Chamber 1050 + 500C B. PRIMARY CHAMBER 1. Type: Static Solid Hearth 2. Material of Construction: Mild Steel 6mm 3. Refractory thickness: 115mm thick 4. Material: Refractory bricks 5. Temperature resistance: 14000C 6. Insulation thickness: 115mm thick 7. Material: Insulation bricks 8. Waste Charging: Manual 9. Ash Removal: Manual 1. Type: Static Solid Hearth 2. Material of Construction: Mild Steel 6mm 3. Refractory thickness: 115mm thick 4. Material: Refractory bricks 5. Temperature resistance: 14000C 6. Insulation thickness: 115mm 7. Material: Insulation bricks D. EDUCTOR FAN 1. Type: High Pressure Centrifugal type 2. MOC: Mild Steel E. COMBUSTION FAN 1. Type: Centrifugal 2. Modulation: Manual damper control 3. MOC: Mild Steel 4. Drive: Direct drive F. CYCLONE SEPARATOR – AIR POLLUTION CONTROL DEVICE 1. MOC: Mild Steel 2. Internal lining: Refractory lined 3. Collection Port: Provided at the bottom G. CONTROL PANEL 1. MOC: CRCA Sheet 2. Type of temperature controller: Digital 3. Finish & Painting type: Powder coated 4. Audio-visual alarm system: Provided H. BURNERS 1. No. of burners: 2 Nos. (1Nos in primary Chamber and 1No. in Secondary Chamber) 2. Type: Mono-block fully automatic 3. Fuel: Diesel 4. Make: “Alfa-Therm” I. FUEL OIL STORAGE TANK 1. MOC & Capacity: Mild Steel, suitable capacity 2. Other Standard Accessories: Diesel Oil level indicator, piping with valves & N. R. Valve 3. Visual checking of Fuel: Provided
Pig corpses / stray dogs and larger animal carcasses
Pig corpses / stray dogs and larger animal carcasses – Load capacity in the range of up to 300 kg / Burn rate approx. 50 kg per hour Temperature Controlled Burner. Incinerators to be designed to meet the Norms of Pollution Control. Technology: Heavy-duty casing, to be a quality, rugged, reliable, economical Incinerator with relevant control, easy to operate and self-contained. Units to be pre-assembled, pre-piped, pre-wired & tested before Transport / Export The supply will comprise the special equipment for effective medical / clinical waste management as mentioned above for a new private environment management company with operations in West and East Malaysia; Indonesia and Thailand to carry out those professional services in order to comply with the safe disposal requirements for clinical and medical waste in the region and to meet the higher technical standard in this particular field. 1.Burning rate: 250 Kg/hr. 2.It should be able to Operate not Less than 10 hours/day 3.This incinerator must be able to destruct all combustible wastes produced by hospitals, private clinics, laboratories, institutes, etc… 4.Design Specification: Types A, B, C, D, and E of medical waste 5.“PYROLYTIC” combustion, by controlling the gasification of waste. 6.The incinerator must avoid the release of black smoke and fine dust, (Smokeless) during the loadings. 7.It should be able to reduce the volume of wastes by 98%. 8.It should be able to hold emission in the second burn with gas residence of not less than 2 seconds. The incineration should be completely free from visible smoke as well as offensive odours. 9. The lower calorific power (L.C.P) of this waste will be 3,500 kcal/kg The Temperatures of combustion: Minimum will be 850oC and max 1400oC Post combustion: >1100oC. 10. The Internal diameter of the Chimney: Ø 400mm² and its height: 8 Meter 11. The Volume of the combustion chamber: Not Less Than 2.3 M³ 12. Burner operation should be Automatic On/Off 13. Fuel : diesel, LPG, Natural Gas, Bio fuel 14. The supplier must provide necessary information for the best of the installation
For incineration of Laboratory wastes materials
Features: Smoke and smell free High Temperature , refractory lining with excellent heat retention Quick heat up time Must have a secondary chamber Constant run fan Temperature monitoring Thermostat Control Technical Specifications Capacity: approx. 0.20 m3 Fuel consumption: 5 litres /hour Diesel Oil Min Operating Temp: 900oC Max Operating Temp: 1350oC Residence Time: 2 sec […]
one line incinerator for the destruction of hazardous medical waste
one line incinerator for the destruction of hazardous medical waste. Incinerator capacity of destruction of 350 kg/hour, calorific value of waste will be 13-25 MJ/kg [3,500 kcal/kg] and maximum heat capacity 1,225,000 kcal/hr. Incinerator destruction capacity will be 8.4 tons/day and operation time will be 24 hr./day. Waste will be through automatic feeding system into the incinerator. -The temperature will modulated in varying flow and percentage in oxygen, combustion gas is re-burned in the re-combustion[secondary] chamber at a temperature of minimum 1,100 C during 2 seconds. Control panel will be fitted with a functional synoptic view showing the operating situation of the whole incinerator and controlled by DCS/PLC system. Gas treatment system will respect the EE standard [Directive 2000/76/EC-4/12/2000. TOC of slag and bottom ashes will be less 3% of the dry weight. Installation will be completely free from visible smoke. Incinerator will be designed as a Packaged unit, having electrical connection pre-wired and final pipes in place. Incinerator will have automatic de-ashing system with upward direction. Incinerator will have flue gas treatment system inclusive [emergency by-pass stack, gas cooling system, two reactors and particulates filtering system] and guarantee of emissions out of incinerator. Training of AKU staffs at site. Site may be inspected and examine existing ATI machine, capacity 150 kg/hr.in 24 hour operation. Existing infrastructure space is available in basement, 100’ Length x 30’ wide x 20’ Height for 2nd Incinerator. Existing chimney length is 12 meter, and width is 24”dia. We plan to build a incinerator plant with 3 units of incinerators at the capacity of 500kg per hour each. Together with other facilities like operation office, store, space to clean waste containers and 3-4 worker living quarters. It is very much appreciated that if you can provide us a draft M/E drawing plan for the above facilities with 3 units of 500kg/h incinerator setup. The incinerator must comply with ” Technical Standard NTON 05-015-02 Management and Solid Waste Disposal Hazardous co go ” , in addition to meeting international standards functionality standards for new stationary sources and emissions from the Environmental Protection Agency United States ( Environmental Protection Agency EPA ) Incinerators Medical and Hospital infectious waste ( HMIWI its acronym in English ) and the standards of the World Health Organization (WHO ) . According to point 8.5.1.3 of the NTON 05-015-02 incinerator must have the following: ” Incinerators equipped with a camera primary and a secondary combustion , equipped with burners capable of achieving complete combustion of waste and widespread destruction of harmful and toxic chemicals (dioxins and furans among others) , attached to the solid waste bioinfectious . a) primary combustion chamber , it requires a temperature of 800 ° C and one hour dwell to be destroyed waste produced ash and gas , including dioxins can generate cancer is found . b ) In the secondary combustion chamber must reach temperatures around 1,100o C and must be operated with a residence time of the flue gases of a minimum of two seconds. To treat gas flow and entrained particles , before being released into the atmosphere , should be added towers chemical washing , cyclones , filters . “ The incinerator installed must comply with the design to ensure the destruction of all hazardous , biological , industrial waste and others. Combustion ” PYROLYTIC ” allows control of the gasification of waste and avoid significant release of black smoke and fine powder during loading . It also allows , regular and complete combustion of the waste.











