Incinerator

Product Details:

SMALL ANIMAL INCINERATORS : JKA-230SA

DESIGN:

The design is based on the guidelines set by Central Pollution Control Board (CPCB)-India and normally adopted by military installation all over the country and worldwide. The Efficient power is supplied by electricity as well as oil burners for larger installation.

CHARACTERISTICS :

• Application: Floor-standing
• Temperature range: Min. 850 °C – Max. 1450°C
• Power Requirement: LPG, Diesel, Electrical
• Temperature monitoring : Digital Display
• Average ashresidue (%) : 3%
• Design and prepare the dead animal incinerator with chamber (Primary and Secondary chambers) for complete combustion as per CPCB Norms.
• Filration of smoke before releasing it in atmoshpare.

GENERAL CONSTRUCTION :

• Robust, Reliable and Efficient.
• Pre-fabricated 8 and 10mm robust mild steel casing, seam welded & suitably stiffened/braced where necessary.
• Paint finishing – The Mild steel structures are completely painted using a two pack high grade paint system that is baked into the steel structure at 70° C for 10 hrs.
• The layers of refractory lining in the primary and secondary chambers totaling of 230 mm. rated at 1450° C, provide increased fuel efficiency.
• Counter weight resilient refractory fiber insulation lid, Gives excellent thermal efficiency.
• Removable roof and back plate for ease of maintenance.
• All combustion fuel pipe work and electrical systems are weather proof and in accordance.
• Excess air and rapid cooling systems fitted as standard, aiding cleaner burns and faster cool down times.

** Note: The content of the product and specification are subject to change without prior notice for continuous improvement.

Additional Information:

• Item Code: JKA-230SA
• Production Capacity: 10
• Delivery Time: 3-4 Weeks
• Packaging Details: Box & Carton

Product Details:

JKA-230KW 
Kitchen waste incinerator to incinerates food scrap items such as vegetable and fruit waste,meal leftovers, coffee grounds, tea bags, stale bread, grains, and general refrigerator spoilage are an everyday occurrence in most hotels, restaurants, households etc. Their innovative design provides fast, efficient free burning of waste. The waste is loaded and ignited manually through the top loading door. The flames are fed with primary air from the holes in the cleaning door which flows up through the grill floor and the air intake cone. Once burning has started,secondary air is drawn from the underside of the hood, which causes intense secondary combustion for the efficient destruction of the smoke and gases, making the incinerators virtually smoke free.The kitchen waste incinerator reduces the original bulk by 99% into a light, sterile ash which falls through the grill floor into the ash collection pit. The ash only needs to be removed when it builds up and not after every burn. When the first load has burned down, more waste can beadded.

Specification:

• Applications: For Kitchen waste, food waste.
• Other Characteristics: Floor-standing
• Temperature range: Min. 850 °C Max. 1150 °C 

Power Requirement: LPG, N-Gas, Diesel, Electrical

Capacity: 25, 50, 100 Kg

Temperature monitoring: Yes

Average ash residue (%): Upto 5%
Features:

• Virtually smoke free due to innovative design
• Low initial cost coupled with major disposal cost-saving
• Ready to use and does not require a pre-prepared base
• Reduce waste bulk to 3% to upto 5% which is collected in base

Additional Information:

• Item Code: JKA-230KW
• Production Capacity: 10
• Delivery Time: 01-02 WEEKS

Product Details:

Item code: JKA-230MI 

PRIMARY CHAMBER

• Pre -cast impact zone protecting refractory ining during loading.

• Heavily insulated internal brick refrectory, constructed along an interlocking system to ensure maximum strength and resilience.
• Premium grade high alumina content refrectory brick work delivering optimal thermal retention.
• Top loading counter balanced insulated access lid.
• Temperature controlled waste iginition burner automatic on - off , complete with internal air fans.

SECONDARY CHAMBER

• Fully insulated internal refrectory lining.constructed from high grade low thermal mass insulation.
• Temperature controlled secondary chamber burnout burner with automatic on - off control, complete with internal air fans.
• intergated combustion burner air fans automatically controlling distribution to designated areas.
• Temperature sensor mounting point at the top of the chamber ,ensuring the chamber reaches the required 850 deggree celcius minimum , with a 2 secretantion time.

Waste Loading and De- Ashing
The aquacultural range of inicnerator are designed for top loading directly into the primary chamber . Loadning can be manual or mechanically through digger or hydraulic bin tipper . To be loaded no more than once per day prior to operation. The incineration process will be reduce the waste to approximately 3 % volume , ash . The ash should be removed before the following waste is loaded to ensure ooptimum burn rates. optimezed for high moisture waste optional de- ashing door are available.

THE MICROTEKNIK DIFFERENCE 

• Pre- fabricated 8mm & 10mm robust mild steel casing , seam welded and suitably stiffened/braced where necessary.
• optimized loading chamber for maximum operational capacity.
• Light weight resilient refractory fibre insulated lid, provideing a tight seal, giving excellent thermal efficiemcy.
• counterweighted loading chamber lid for ease of use.
• Primary chamber lining thickness 180mm rated up to 1450 degree celcius. 
• primum paint finish - steel structures are painted using a two pack high grade paint system.
• Multi - layered refrectory iining usng fire brick and insulation brick , imroving thermal efficiency.

Additional Information:

• Item Code: JKA-230SN
• Production Capacity: 5
• Delivery Time: 2-3 weeks

Product Details:

Domestic Waste Incinerator: JKA-230DW

Domestic waste incineration is the most advanced level of the waste disposal / treatment hierarchy: indiscriminate dumping, controlled dumping, landfilling, sanitary landfilling, and mechanical treatment. Solid waste arises from residential societies :- Baby diapers and adult diapers and so on.Incineration system provides an effective means of reducing the volume of Domestic waste. Domestic waste incinerator converts waste into ash Combustible gases at 1000°C in primary chamber Secondary Chamber temperature is raised upto 1450°C for at least 2 seconds to incinerate the wastes with a content of more than 1% of halogenated organic substances. The incinerator reduces most combustible solid waste to nearly 1-2 percent by volume and 3 percent by weight.

CONTROL
Fully automatic sequential control provided by internal PLC system providing control of :-

• Primary Chamber.
• Secondary chamber.
• Burn cycle (variable).
• Cool down cycle.

PRIMARY CHAMBER :-

• Fully insulated internal refractory lining constructed from high grade refractory brick ensuring a selfsupporting interlocked arrangement.
• Manually operated access lid.
• Waste ignition burner temperature controlled on-off complete with internal air fans.
• A pre-cast blocks impact zone that protects the refractory lining when loading.

SECONDARY CHAMBER :-

• Fully insulated internal refractory lining, constructed from high grade low thermal mass insulation.
• Secondary chamber burnout burner temperature controlled on-off complete with internal air fans.
• Integrated combustion burner air fans with automatically controlled distribution to their designated area.
• Temperature sensor mounting point of the chamber ensuring the chamber reaches the necessary temperature.

FUEL OPTIONS : Electrical/Diesel LPG
TEMPERATURES

• Main chamber : 850°C – can reach in excess of 1000°C
• Secondary chamber : 1000°C – 1450°C

BURNERS

• Fully automatic high-efficiency burners with electronic ignition, flame recognition and combustion control devices fitted.

CONSTRUCTION

• Mild Steel welded fabrication Consisting of sheet steel and structural section supports.

ASH REMOVAL

• Easy and safe manual ash removal from the primary chamber.

AVAILABLE LOADING CAPACITY : 10/25/50/100 Kg/Hr.

Additional Information:

• Item Code: JKA230DW
• Packaging Details: Box and Carton

Product Details:

Item code: JKA-230IWE

INDUSTRIAL INCINERATOR
Incineration uses combustion to make infectious industrial waste harmless and reduce thewaste mass and volume by more than 90 percent. Proper incineration can convert certainwastes into gases and incombustible solid residues (e.g., ash) that are relatively harmless. Adual-chamber incinerator operated within the optimal temperature range of 850° to 1200°Cresults in a lower level of emissions. The gases from incineration are released into theatmosphere (with or without gas cleaning). Residue ash from proper incineration can beencapsulated in designated ash pits or controlled landfills without any major risk. However,when the conditions are not adequate—for example, when the waste is not properly segregatedor the incinerator is not properly constructed or operated—toxic compounds can be found inthe unburned waste, and harmful gases can be released into the atmosphere. Good planning,technical oversight, and sustained supportive supervision of incinerator systems are critical toensuring safe incineration. Waste incineration plants is operated in such a way as to achieve alevel of incineration such that the total organic carbon content of slag and bottom ashes is lessthan 3% or their loss on ignition is less than 5% of the dry weight of the material.
INDUSTRIAL INCINERATOR
FUEL OPTIONS

• Diesel
• LPG
• Electrical

TEMPERATURES
Main chamber: 750°C – can reach in excess of 1000°C*Secondary chamber: 850°C – 1100°C*
BURNERS
Fully automatic, high-efficiency burners with electronic ignition, flame recognition andcombustion control devices fitted.
CONSTRUCTIONSteel welded fabrication consisting of sheet steel and structural section supports.
AVAILABLE LOADING CAPACITY: 100/200/250/500/1000/1500/2000 Kg/day** Note:-The content of the product and specification are subject to change without prior notice for continuos improvement

Additional Information:

• Item Code: JKA-230IW
• Delivery Time: 04-05 WEEKS

Product Details:

CODE: JKA-230RK Rotary Kiln is a pyro-processing device used to raise materials to a high temperature (calcinations) in a continuous process. The kiln is a cylindrical vessel, inclined slightly to the horizontal, which is rotated slowly about its axis. Some of the most common kiln applications in use:

·         Mineral Roasting

·         Proppant Sintering

·         Gypsum and Bauxite Calcining

·         Waste Incineration

·         Desorption of Soil Contaminants

·         Upgrading of Phosphate Ores

·         Waste Lime Recovery

·         Catalyst Activation

·         Activated Carbon Production & Re-Activation

·         Plastics Processing

·         Ceramics Processing

·         Rotary kilns have become the backbone of many new industrial processes that make the world a more efficient and sustainable place. As new applications for rotary kilns continue to be developed, much experimental work is being done, prompting many questions and the need for further research and development. A rotary kiln is comprised of a rotating cylinder (called the drum), sized specifically to meet the temperature and retention time requirements of the material to be processed. The kiln is set at a slight angle, in order to allow gravity to assist in moving material through the rotating cylinder. Rotary kilns can be either of the direct-fired type, or the indirect-fired type (sometimes referred to as a calcine). In a direct-fired kiln, a process gas is fed through the drum, processing the material via direct contact. In an indirect fired kiln, material is processed in an inert environment, and is heated through contact with the shell of the kiln, which is heated from the outside to maintain an inert environment.

Product Details:

CODE: JKA-230RK Rotary Kiln is a pyro-processing device used to raise materials to a high temperature (calcinations) in a continuous process. The kiln is a cylindrical vessel, inclined slightly to the horizontal, which is rotated slowly about its axis. Some of the most common kiln applications in use:

·         Mineral Roasting

·         Proppant Sintering

·         Gypsum and Bauxite Calcining

·         Waste Incineration

·         Desorption of Soil Contaminants

·         Upgrading of Phosphate Ores

·         Waste Lime Recovery

·         Catalyst Activation

·         Activated Carbon Production & Re-Activation

·         Plastics Processing

·         Ceramics Processing

·         Rotary kilns have become the backbone of many new industrial processes that make the world a more efficient and sustainable place. As new applications for rotary kilns continue to be developed, much experimental work is being done, prompting many questions and the need for further research and development. A rotary kiln is comprised of a rotating cylinder (called the drum), sized specifically to meet the temperature and retention time requirements of the material to be processed. The kiln is set at a slight angle, in order to allow gravity to assist in moving material through the rotating cylinder. Rotary kilns can be either of the direct-fired type, or the indirect-fired type (sometimes referred to as a calcine). In a direct-fired kiln, a process gas is fed through the drum, processing the material via direct contact. In an indirect fired kiln, material is processed in an inert environment, and is heated through contact with the shell of the kiln, which is heated from the outside to maintain an inert environment.

Product Details:

CODE: JKA-230RK

Rotary Kiln (Rotating Cylinder)

Combustion efficiency is at least 99%.

Combustion Chamber

Temperature of primary chamber is minimum of 800°C-1500°C and the secondary chamber is minimum 1200°C -1900°C.

The secondary chamber gas residence time at least two seconds.

Capacity: 500/1000/1500/2000 Kg/Hr.

Air Pollution control device

Wastes to be incinerated are not chemically treated with any chlorinated disinfectants.

Ash from incineration of waste is disposed of at common hazardous waste treatment and disposal facility. However, it may be disposed of in municipal landfill, if the toxic metals in incineration ash are within the regulatory quantities.

Power Requirement: LPG, N-Gas, Diesel, Electrical

Features:

To maintain designed heat capacity of the kiln, quantity of the solid waste injection package (kg/single injection) shall be adjusted w.r.t. calorific value of the waste feed.

When a high calorific value possessing solid waste is injected in packets, the size of each injection may be reduced, such that the peak CO concentration in the Kiln does not exceed too high in the initial stage, creating shooting of emissions to the secondary chamber, thereby crisis in ensuring the required retention time.

Appropriate slope (in general, 3 degrees), rotation rates and solid waste residence time (1-10 hrs) may be adjusted for the kilns, in order to achieve total organic carbon (TOC) and loss on ignition (LOI) requirements in the ash/slag.

To ensure life of refractory and insulation bricks, it is a practice to feed silica and glass in appropriate ratios to the kilns to form a cover over the refractory lining, as and when the thickness of the layer reduces.

It has been reported that reduction of out-side surface temperature of the rotary kiln enhances the life of refractory bricks and lining. Thus may be explored, where feasible.

In the rotary kiln, the temperature shall be maintained at 800+°C in order to ensure complete burning of solid waste. Controlled flow of air shall be maintained for complete volatilization of solid waste.

Ash removal doors are provided in the primary, secondary and settling chambers.

Temp. Indicator for Scrubber and stack ON/OFF switches, fuses, sensors, hooter etc. complete with in all respectfully lined with refractory materials and fitted with high quality packing to seal the door.

Primary Rotating Chamber (keeps rotating at a low speed to ensure excellent quality of incineration).

Rotary incinerator equipped with feeder bucket elevator/ram feeder and conveyor for continuous waste feeding.

Static Secondary Chamber

Material of Construction – Heavy duty steel with higher thickness used in kiln and structures fabrication for extremely long life.

Insulated and Refractory lined chambers

Emergency stack to vent out the gases in case of power failure

Various types of Air Pollution Control Devices (Quencher, Venturi Scrubber, Packed Bed Scrubber, Bag House Filtration system with Teflon Bags, Bag House Filtration system with Ceramic Filters).

F D Fan for providing air inside the chambers.

I D Fan to maintain the negative draft and control the gas flow

Fuel Oil Tank & Piping

Electrical Control Panel

Interconnecting ducts & piping

Chimney of 5/10/15/30 mtrs height from ground level OR as per country’s regulation and client’s requirement

Environment Friendly

Product Details:

·         CODE: MTH-744LW

·         Fully Automated Liquid Waste Treatment System.

·         Treats Disposes Medical Liquid waste as per BMW management Guidelines.

·         Level Indicators for Waste NaCIO (Sodium Hypo Chloride).

·         Automatic Dosing of NaCIO.

·         Audio Visual alarm For Low Levels of NaCIO.

·         Audio Visual alarm to avoid overflow of waste processing Unit.

·         Continuous Treatment Cycle ensures uninterrupted working.

·         Regular controlled dosing ensures complete disinfection.

·         Automatic Draining of Treated Waste to Sewage Line at regular intervals.

·         Hot Cold Water Mixer with washing bay.

Product Details:

·         CODE: JKA-230BWT

Product Specification

·         Automation Grade: Semi-Automatic

·         Usage/Application: Medical waste

·         Power Source:  Diesel/Gas/Plasma/Electric

·         Country of Origin: Made in India

·         Brand: Microteknik

Product Description

·         A Common Bio-medical Waste Treatment Facility (CBWTF) is a set up where bio-medical waste, generated from a number of healthcare units, is imparted necessary treatment to reduce adverse effects that this waste may pose. The treated waste may finally be sent for disposal in a landfill or for recycling purposes.

Product Details:

·         CODE: JKA-230BWT

Product Specification

·         Automation Grade: Semi-Automatic

·         Usage/Application: Medical waste

·         Power Source:  Diesel/Gas/Plasma/Electric

·         Country of Origin: Made in India

·         Brand: Microteknik

Product Description

·         A Common Bio-medical Waste Treatment Facility (CBWTF) is a set up where bio-medical waste, generated from a number of healthcare units, is imparted necessary treatment to reduce adverse effects that this waste may pose. The treated waste may finally be sent for disposal in a landfill or for recycling purposes.

Product Details:

·         CODE: JKA-230BWT

Product Specification

·         Automation Grade: Semi-Automatic

·         Usage/Application: Medical waste

·         Power Source:  Diesel/Gas/Plasma/Electric

·         Country of Origin: Made in India

·         Brand: Microteknik

Product Description

·         A Common Bio-medical Waste Treatment Facility (CBWTF) is a set up where bio-medical waste, generated from a number of healthcare units, is imparted necessary treatment to reduce adverse effects that this waste may pose. The treated waste may finally be sent for disposal in a landfill or for recycling purposes.

Product Details:

Item code: JKA-230LA

Large Animal waste incinerators incinerate big dead animals like cow, pigs, buffalos, oxe etc.It is widely used to destroy to animal infection diseases, viruses and animal waste material.These products are manufactured using latest technology machinery.Large Animal Incinerator is double wall construction, duly insulated with high efficiency ceramic bricks, with dual chambers for complete combustible their dead bodies/carcass.The heating elements of these systems are made using nichrome wire. The chamber temperature is controlled by a PLC digital temperature controller.These products have separate doors for waste burning chamber and for ash collecting tray.A chimney is provided for emission of fumes. The incinerator reduces most combustible solid waste to nearly 2-3 percent by volume and upto 5% by weight.Large animal incinerator are easy to install and extremely durable equipment. It is available in varied capacity/sizes based on the requirement of Forest Department, Animal Industries andPoultry farms.

Characteristics:

Applications: for large animals, for animal waste

Other Characteristics: Floor-standing

Temperature range: Min. 850 °C (1562 °F), Max. 1150 °C (2102 °F)

Power Requirement: Diesel, LPG, N-Gas, Electrical
Capacity: 100, 200, 250, 500, 1000, 1300, 1500 Kg/Hr

Temperature monitoring: Yes

Average ash residue (%): Upto 5%

• Design and prepare the dead animal incinerator with dual chamber (Primary and Secondary

chambers) for complete combustion as per norms.

AVAILABLE LOADING CAPACITY: 100, 200, 250, 500, 1000, 1300, 1500 Kg/Hr.** Note:-The content of the product and specification are subject to change without prior notice for continuous improvement.

Additional Information:

• Item Code: JKA-230LA
• Production Capacity: 10
• Delivery Time: 4-5 Weeks

Product Details:

ELECTRONIC WASTE INCINERATOR : JKA-230EW

Design:

The design is based on the guidelines set by Central Pollution Control Board (CPCB)-India and normally adopted by military installation all over the country and worldwide. The Efficient power is supplied by electricity as well as oil burners for larger installation.

Specifications:

• Combustion efficiency 99%.
• Combustion Chamber : Dual Chamber
• Temperature of primary chamber is upto 1000°C and the secondary chamber is upto 1450°C.
• The secondary chamber gas residence time at is two seconds.

Power Requirement: Diesel, Electrical

** Note: The content of the product and specification are subject to change without prior notice for continuous improvement.

Additional Information:

• Item Code: JKA-230EW

Product Details:

Poultry Incinerator : JKA-230PI
Specification:
Fully AutomaticTemperature range: Min. 850 °C (1562 °F) Max. 1150 °C (2102 °F)Power Requirement: LPG, N-Gas, Diesel, ElectricalLoading Capacity: 5, 10, 20, 25, 50 Kg/Hr.Duration to destroy: 20-30 minutes per batch.
Key Features:
Robust construction.Virtually smoke and smell free with secondary burners.High temperature refractory lining.Quick heat up time and lesser operational time.Easy installationTrouble free operation and maintenance.Designed to meet standards of Central Pollution Control Board (CPCB)Ceramic insulation for external thermal protection.
Accessories:
Auto thermal cut off for safety of user.Temperature and Timer display.Tripper for emergency power shutdown.

Additional Information:

• Production Capacity: 15
• Delivery Time: 2-3 WEEKS
• Packaging Details: Box Carton AND BUBBLED WRAPPED

Product Details:

Item code: JKA-230MW

Municipal waste incineration is the most advanced level of the waste disposal / treatmenthierarchy: indiscriminate dumping, controlled dumping, landfilling, sanitary landfilling, andmechanical treatment. Solid waste arises from human activities- Domestic commercial,Industrial, agricultural, wastewater treatment, and so on.
Type of Waste:1. Domestic Waste: Waste from household activities, including food preparation,cleaning, fuel burning, old clothes and furniture, obsolete utensils and equipments,packaging, newsprint, garden wastes etc.2. Street Sweepings: The waste is dominated by dust and soil together with varyingamounts of paper, metal, and other litter from the streets. In lower-income cities, streetseeping may also include drain cleanings and domestic waste dumped along the roads,plant remains, and animal manure.3. Construction and demolition Waste: The composition of the waste depends on thetype of wood, packaging materials, and the like.
TEMPERATURES
Main chamber: 750°C – can reach in excess of 1000°C*Secondary chamber: 850°C – 1100°C*
BURNERS
Fully automatic, high-efficiency burners with electronic ignition, flame recognition andcombustion control devices fitted.
CONSTRUCTION
Steel welded fabrication consisting of sheet steel and structural section supports.
ASH REMOVAL
Easy and safe manual ash removal from the primary chamber.
Facility Including:

• Primary Chamber
• Combustion requirements
• Combustion control
• Air pollution control devices
• Anticipated air emission levels
• Noise control
• Monitoring
• Ash management

AVAILABLE LOADING CAPACITY: 5/10/20/25/50/150/200/250/500 Kg/Hr.** Note:-The content of the product and specification are subject to change without prior notice for continuous improvement.

Additional Information:

• Item Code: JKA-230MW
• Production Capacity: 10
• Delivery Time: 3-4 WEEKS
• Packaging Details: BOX CARTON AND BUBBLED WRAPPED

Product Details:

Item code: JKA-230RK 

Specifications:

• Rotary Kiln (Rotataing Cylinder)
• Combustion efficiency is at least 99%.
• Combustion Chamber
• Temperature of primary chamber is minimum of 800°C-1500°C and the secondary chamber

is minimum 1200°C -1900°C.The secondary chamber gas residence time at least two seconds.Capacity: 500/1000/1500/2000 Kg/Hr.

• Air Pollution control device
• Wastes to be incinerated are not chemically treated with any chlorinated disinfectants.
• Ash from incineration of waste is disposed of at common hazardous waste treatment and

disposal facility. However, it may be disposed of in municipal landfill, if the toxic metals inincineration ash are within the regulatory quantities.

Power Requirement:

LPG, N-Gas, Diesel, Electrical

Additional Information:

• Item Code: JKA-230RK
• Production Capacity: 1
• Delivery Time: 06-07 WEEK

Product Details:

Single Body Cremation Incinerator: JKA-230C

• Dead Body Crematorium TZ-230BC

• LPG/ Diesel crematorium, Electric Heated crematorium, electrical Crematorium,
• Consists of a cremator- double chamber electric heated cremator chamber,
• Ash collection tray,
• Air blowers,
• Electric heater heated,
• Crematorium emissions management equipments,
• Instrument panel board,
• Incineration chamber temperature = 800 degree.
• Constructed with top quality aluminium oxide refractory bricks, with top quality castables, hearth clay and mortars Secondary chamber wherever the venturous gases and toxics and different volatile substances area unit fully burned.
• Electric loaded 16kw incineration.
• Cremation ashes dispose of time: inside three hours from the completion of a incineration. Cremation time per body: sixty to ninety minutes.

Note: image shown above is for illustration purpose only; Actual image may vary due to specification, Design, Technology and R&D.

Additional Information:

• Item Code: TZ-230BC
• Production Capacity: 15
• Delivery Time: 30
• Packaging Details: Box Carton

Product Details:

Item code: JKA-230P2

We are one of the leading manufacturers and suppliers of high quality Small Poultry Waste Incinerator. These products are uniquely designed to ensure total burnout of solid and liquid wastes. These products are designed to work with a wide range of fuels such as LPG, natural gas, and fuel oil. These products undergo various quality tests at each level of production, to ensure high standards of quality.

Being one of the most leading and prime companies in this line of work, we are availing our clients with one of the most exclusive kinds of poultry waste incinerators. These poultry waste incinerators are the giant machinery equipments which helps heat up and burn the waste items and degrade them to prevent any kind of pollution and Unhygienic. These poultry waste incinerators have been designed and constructed in most appropriate manner at our company which serves well for easy and quick incineration.

Features:

• Concave refractory bottom specifically designed to insure burnout and total destruction of solid and liquid wastes
• Insulated, refractory-lined chambers and stacks for durability, energy retention, and emissions control
• Secondary chamber with burner available
• Factory assembled, aluminized steel jacket lined with high temperature refractory
• High temperature refractory lined chamber walls
• Factory cured chambers and stacks
• Assembly on-site can be done with common farm equipment
• Counter-balanced fill door
• Manual set burn time and automatic shut off
• Choice of fuels: LP, Natural Gas, or Fuel Oil
• Burn times are adjustable by operator to meet varying loads
• Stack Test Data available on many models
• We provide permit and compliance assistance at no cost

Specifications:

Operation:

Additional Information:

• Item Code: JKA-230P2
• Delivery Time: 01-02 weeks

Product Details:

SMOKELESS POULTRY WASTE INCINERATORS : JKA-230PI

OPERATING PRINCIPAL :
The disposal of waste is based on the principal of incineration of the waste so as to destroy any degradable and infectious material and reduce it volume and mass without producing any type of pollution.

DESIGN:
The design is based on the guidelines set by Central Pollution Control Board (CPCB)-India and normally adopted by military installation all over the country and worldwide. The Efficient power is supplied by electricity as well as oil burners for larger installation.

SPECIFICATION:

• Temperature range: Min. 850°C- Max. 1200°C.
• Power Requirement: LPG, Diesel, Electrical.
• Loading Capacity: 5, 15, 20, 25,35, 50 Kg/Hr.
• Duration to destroy: 15-20 minutes per batch.

GENERAL CONSTRUCATION :

• Robust, Reliable and Efficient.
• Pre-fabricated 5 mm robust mild steel casing, seam welded & suitably stiffened/braced where necessary.
• Paint finishing – The Mild steel structures are completely painted using a two pack high grade paint system that is baked into the steel structure at 70° C for 10 hrs.
• The layers of refractory lining in the primary and secondary chambers totaling of 230 mm. rated at
  1200° C, provide increased fuel efficiency.
• All combustion fuel pipe work and electrical systems are weather proof and in accordance.
• Excess air and rapid cooling systems fitted as standard, aiding cleaner burns and faster cool down times.

KEY FEATURES:
Robust construction.

Virtually smoke and smell free with secondary burners.
High temperature refractory lining.
Quick heat up time and lesser operational time.
Easy installation
Trouble free operation and maintenance.
Designed to meet standards of Central Pollution Control Board (CPCB)
Ceramic insulation for external thermal protection.

Additional Information:

• Item Code: JKA-230MWC

Product Details:

INDUSTRIAL WASTE INCINERATOR : JKA-230HW   

Industrial Waste generated by Industries and Businesses:

And many more industries…..

CONTROL

Fully automatic sequential control provided by internal PLC system providing control of:

1. Primary Chamber
2. Secondary chamber pre-heat
3. burn cycle (variable)
4. cool down cycle

FUEL OPTIONS

• Diesel
• LPG
• Natural Gas
• Electrical

TEMPERATURES

• Main chamber: 750°C – can reach in excess of 1000°C*
• Secondary chamber: 850°C – 1100°C*

BURNERS

Fully automatic, high-efficiency burners with electronic ignition, flame recognition and combustion control devices fitted.

CONSTRUCTION

Steel welded fabrication consisting of sheet steel and structural section supports.

ASH REMOVAL

Easy and safe manual ash removal from the primary chamber (ash doors available on request).

SCRUBBER : Air Pollution Control Device.

CAPACITY : 100/200/250/500/1000/1500/2000 Kg/day

Key Features:

• Low running and maintenance costs
• Automatic and simple to operate control panel
• Solid hearth to allow maximum burnout
• Stainless steel flue as standard
• Afterburner fitted as standard
• Easy on-site installation
• PLC based control panel.

Product Details:

Diaper Waste Incinerator : JKA-230DW

Diaper waste incineration is the most advanced level of the waste disposal / treatment hierarchy: indiscriminate dumping, controlled dumping, land filling, sanitary land filling, and mechanical treatment. Solid waste arises from residential societies :- Baby diapers and adult diapers and so on.

Diaper waste incinerator converts waste into ash Combustible gases at 1000°C in primary chamber Secondary Chamber temperature is raised up to 1450°C for at least 2 seconds to incinerate the wastes with a content of more than 1% of halogenated organic substances. The incinerator reduces most combustible solid waste to nearly 1-2 percent by volume and 3 percent by weight.

CONTROL

Fully automatic sequential control provided by internal PLC system providing control of :-

• Primary Chamber
• Secondary chamber
• Burn cycle (variable)
• Cool down cycle

PRIMARY CHAMBER:

• Fully insulated internal refractory lining constructed from high grade refractory brick ensuring a self supporting
• Interlocked arrangement.
• Manually operated access lid.
• Waste ignition burner temperature controlled on-off complete with internal air fans.
• A pre-cast blocks impact zone that protects the refractory lining when loading.

SECONDARY CHAMBER :

• Fully insulated internal refractory lining, constructed from high grade low thermal mass insulation.
• Secondary chamber burnout burner temperature controlled on-off complete with internal air fans.
• Integrated combustion burner air fans with automatically controlled distribution to their designated area.
• Temperature sensor mounting point of the chamber ensuring the chamber reaches the necessary temperature.

FUEL OPTIONS : Electrical/Diesel LPG

TEMPERATURES

• Main chamber : 850°C – can reach in excess of 1000°C
• Secondary chamber : 1000°C – 1450°C

BURNERS

• Fully automatic high-efficiency burners with electronic ignition, flame recognition and combustion control devices fitted.

CONSTRUCTION

• Mild Steel welded fabrication consisting of sheet steel and strutural section supports.

ASH REMOVAL

• Easy and Safe manual ash removal from the primary chamber.

AVAILABLE LOADING CAPACITY : 10/25/50/100 Kg/Hr.

Additional Information:

• Item Code: JKA-230DW
• Production Capacity: 5
• Delivery Time: 1-2 WEEKS

Product Details:

Liquid Waste Incinerator
Model No: - JKA-230LW

GENERAL DETAIL:

• Design Standards : Dual Chamber
• Type of Waste: Liquid waste 
• Burning capacity : 5 to 1000 liter/hr.
• Mode of Combustion : Oil fired/ Gas fired
• Type of Burner operation : Automatic

• TEMPERATURE

• Primary Chamber :Approx. 800°C ± 50°C

• Secondary Chamber:Approx. 1050°C ± 50°C

• CONTROL PANEL

• Type : Digital

• No. of Temp. Controller:2 Nos. one each for Primary & Secondary Chamber

• Operative on : 3 Phase 440V 50Hz

• COMBUSTION AIR FAN:

• Type : Centrifugal Type

• Capacity : 1 HP

• I.D. FAN:

• Type:High Pressure Centrifugal type

• Capacity : 2 HP

• VENTURY SCRUBBER:

• MOC : Stainless Steel

• DROPLET SEPARATOR:

• Application : To Separate water droplets from flue gases

• CHIMNEY
• Height : 30mtrs

Product Details:

Specification:
Air Pollution Control Equipment
•    Dry type systems for pre-dominantly Particulate pollution
•    Wet type systems for pre-dominantly gaseous pollution
•    Hybrid systems for incidences where there is particulate as well as gaseous pollution
•    Complete suction at source Provision of Primary as well as Secondary
•    Air Pollution Control Systems as required in different applications
•    Range of equipment offered – Venturi, Cyclone Separator, Water Sprinkler, Quench Tower, Pack bed scrubber, Bag Filtration Systems, Wet Scrubbers, Chambers, Spark Arrestors, ID Fans etc.

Product Details:

CODE: JKA-230RK

Rotary Kiln (Rotating Cylinder)

Combustion efficiency is at least 99%.

Combustion Chamber

Temperature of primary chamber is minimum of 800°C-1500°C and the secondary chamber is minimum 1200°C -1900°C.

The secondary chamber gas residence time at least two seconds.

Capacity: 500/1000/1500/2000 Kg/Hr.

Air Pollution control device

Wastes to be incinerated are not chemically treated with any chlorinated disinfectants.

Ash from incineration of waste is disposed of at common hazardous waste treatment and disposal facility. However, it may be disposed of in municipal landfill, if the toxic metals in incineration ash are within the regulatory quantities.

Power Requirement: LPG, N-Gas, Diesel, Electrical

Features:

To maintain designed heat capacity of the kiln, quantity of the solid waste injection package (kg/single injection) shall be adjusted w.r.t. calorific value of the waste feed.

When a high calorific value possessing solid waste is injected in packets, the size of each injection may be reduced, such that the peak CO concentration in the Kiln does not exceed too high in the initial stage, creating shooting of emissions to the secondary chamber, thereby crisis in ensuring the required retention time.

Appropriate slope (in general, 3 degrees), rotation rates and solid waste residence time (1-10 hrs) may be adjusted for the kilns, in order to achieve total organic carbon (TOC) and loss on ignition (LOI) requirements in the ash/slag.

To ensure life of refractory and insulation bricks, it is a practice to feed silica and glass in appropriate ratios to the kilns to form a cover over the refractory lining, as and when the thickness of the layer reduces.

It has been reported that reduction of out-side surface temperature of the rotary kiln enhances the life of refractory bricks and lining. Thus may be explored, where feasible.

In the rotary kiln, the temperature shall be maintained at 800+°C in order to ensure complete burning of solid waste. Controlled flow of air shall be maintained for complete volatilization of solid waste.

Ash removal doors are provided in the primary, secondary and settling chambers.

Temp. Indicator for Scrubber and stack ON/OFF switches, fuses, sensors, hooter etc. complete with in all respectfully lined with refractory materials and fitted with high quality packing to seal the door.

Primary Rotating Chamber (keeps rotating at a low speed to ensure excellent quality of incineration).

Rotary incinerator equipped with feeder bucket elevator/ram feeder and conveyor for continuous waste feeding.

Static Secondary Chamber

Material of Construction – Heavy duty steel with higher thickness used in kiln and structures fabrication for extremely long life.

Insulated and Refractory lined chambers

Emergency stack to vent out the gases in case of power failure

Various types of Air Pollution Control Devices (Quencher, Venturi Scrubber, Packed Bed Scrubber, Bag House Filtration system with Teflon Bags, Bag House Filtration system with Ceramic Filters).

F D Fan for providing air inside the chambers.

I D Fan to maintain the negative draft and control the gas flow

Fuel Oil Tank & Piping

Electrical Control Panel

Interconnecting ducts & piping

Chimney of 5/10/15/30 mtrs height from ground level OR as per country’s regulation and client’s requirement

Environment Friendly

Product Details:

CODE: JKA-230RK Rotary Kiln is a pyro-processing device used to raise materials to a high temperature (calcinations) in a continuous process. The kiln is a cylindrical vessel, inclined slightly to the horizontal, which is rotated slowly about its axis. Some of the most common kiln applications in use:

·         Mineral Roasting

·         Proppant Sintering

·         Gypsum and Bauxite Calcining

·         Waste Incineration

·         Desorption of Soil Contaminants

·         Upgrading of Phosphate Ores

·         Waste Lime Recovery

·         Catalyst Activation

·         Activated Carbon Production & Re-Activation

·         Plastics Processing

·         Ceramics Processing

·         Rotary kilns have become the backbone of many new industrial processes that make the world a more efficient and sustainable place. As new applications for rotary kilns continue to be developed, much experimental work is being done, prompting many questions and the need for further research and development. A rotary kiln is comprised of a rotating cylinder (called the drum), sized specifically to meet the temperature and retention time requirements of the material to be processed. The kiln is set at a slight angle, in order to allow gravity to assist in moving material through the rotating cylinder. Rotary kilns can be either of the direct-fired type, or the indirect-fired type (sometimes referred to as a calcine). In a direct-fired kiln, a process gas is fed through the drum, processing the material via direct contact. In an indirect fired kiln, material is processed in an inert environment, and is heated through contact with the shell of the kiln, which is heated from the outside to maintain an inert environment.

Product Details:

CODE: JKA-230RK Rotary Kiln is a pyro-processing device used to raise materials to a high temperature (calcinations) in a continuous process. The kiln is a cylindrical vessel, inclined slightly to the horizontal, which is rotated slowly about its axis. Some of the most common kiln applications in use:

·         Mineral Roasting

·         Proppant Sintering

·         Gypsum and Bauxite Calcining

·         Waste Incineration

·         Desorption of Soil Contaminants

·         Upgrading of Phosphate Ores

·         Waste Lime Recovery

·         Catalyst Activation

·         Activated Carbon Production & Re-Activation

·         Plastics Processing

·         Ceramics Processing

·         Rotary kilns have become the backbone of many new industrial processes that make the world a more efficient and sustainable place. As new applications for rotary kilns continue to be developed, much experimental work is being done, prompting many questions and the need for further research and development. A rotary kiln is comprised of a rotating cylinder (called the drum), sized specifically to meet the temperature and retention time requirements of the material to be processed. The kiln is set at a slight angle, in order to allow gravity to assist in moving material through the rotating cylinder. Rotary kilns can be either of the direct-fired type, or the indirect-fired type (sometimes referred to as a calcine). In a direct-fired kiln, a process gas is fed through the drum, processing the material via direct contact. In an indirect fired kiln, material is processed in an inert environment, and is heated through contact with the shell of the kiln, which is heated from the outside to maintain an inert environment.

Product Details:

CODE: JKA-230RK Rotary Kiln is a pyro-processing device used to raise materials to a high temperature (calcinations) in a continuous process. The kiln is a cylindrical vessel, inclined slightly to the horizontal, which is rotated slowly about its axis. Some of the most common kiln applications in use:

·         Mineral Roasting

·         Proppant Sintering

·         Gypsum and Bauxite Calcining

·         Waste Incineration

·         Desorption of Soil Contaminants

·         Upgrading of Phosphate Ores

·         Waste Lime Recovery

·         Catalyst Activation

·         Activated Carbon Production & Re-Activation

·         Plastics Processing

·         Ceramics Processing

·         Rotary kilns have become the backbone of many new industrial processes that make the world a more efficient and sustainable place. As new applications for rotary kilns continue to be developed, much experimental work is being done, prompting many questions and the need for further research and development. A rotary kiln is comprised of a rotating cylinder (called the drum), sized specifically to meet the temperature and retention time requirements of the material to be processed. The kiln is set at a slight angle, in order to allow gravity to assist in moving material through the rotating cylinder. Rotary kilns can be either of the direct-fired type, or the indirect-fired type (sometimes referred to as a calcine). In a direct-fired kiln, a process gas is fed through the drum, processing the material via direct contact. In an indirect fired kiln, material is processed in an inert environment, and is heated through contact with the shell of the kiln, which is heated from the outside to maintain an inert environment.

Product Details:

CODE: JKA-230RK Rotary Kiln is a pyro-processing device used to raise materials to a high temperature (calcinations) in a continuous process. The kiln is a cylindrical vessel, inclined slightly to the horizontal, which is rotated slowly about its axis. Some of the most common kiln applications in use:

·         Mineral Roasting

·         Proppant Sintering

·         Gypsum and Bauxite Calcining

·         Waste Incineration

·         Desorption of Soil Contaminants

·         Upgrading of Phosphate Ores

·         Waste Lime Recovery

·         Catalyst Activation

·         Activated Carbon Production & Re-Activation

·         Plastics Processing

·         Ceramics Processing

·         Rotary kilns have become the backbone of many new industrial processes that make the world a more efficient and sustainable place. As new applications for rotary kilns continue to be developed, much experimental work is being done, prompting many questions and the need for further research and development. A rotary kiln is comprised of a rotating cylinder (called the drum), sized specifically to meet the temperature and retention time requirements of the material to be processed. The kiln is set at a slight angle, in order to allow gravity to assist in moving material through the rotating cylinder. Rotary kilns can be either of the direct-fired type, or the indirect-fired type (sometimes referred to as a calcine). In a direct-fired kiln, a process gas is fed through the drum, processing the material via direct contact. In an indirect fired kiln, material is processed in an inert environment, and is heated through contact with the shell of the kiln, which is heated from the outside to maintain an inert environment.

Product Details:

CODE: JKA-230RK Rotary Kiln is a pyro-processing device used to raise materials to a high temperature (calcinations) in a continuous process. The kiln is a cylindrical vessel, inclined slightly to the horizontal, which is rotated slowly about its axis. Some of the most common kiln applications in use:

·         Mineral Roasting

·         Proppant Sintering

·         Gypsum and Bauxite Calcining

·         Waste Incineration

·         Desorption of Soil Contaminants

·         Upgrading of Phosphate Ores

·         Waste Lime Recovery

·         Catalyst Activation

·         Activated Carbon Production & Re-Activation

·         Plastics Processing

·         Ceramics Processing

·         Rotary kilns have become the backbone of many new industrial processes that make the world a more efficient and sustainable place. As new applications for rotary kilns continue to be developed, much experimental work is being done, prompting many questions and the need for further research and development. A rotary kiln is comprised of a rotating cylinder (called the drum), sized specifically to meet the temperature and retention time requirements of the material to be processed. The kiln is set at a slight angle, in order to allow gravity to assist in moving material through the rotating cylinder. Rotary kilns can be either of the direct-fired type, or the indirect-fired type (sometimes referred to as a calcine). In a direct-fired kiln, a process gas is fed through the drum, processing the material via direct contact. In an indirect fired kiln, material is processed in an inert environment, and is heated through contact with the shell of the kiln, which is heated from the outside to maintain an inert environment.

Product Details:

CODE: JKA-230RK Rotary Kiln is a pyro-processing device used to raise materials to a high temperature (calcinations) in a continuous process. The kiln is a cylindrical vessel, inclined slightly to the horizontal, which is rotated slowly about its axis. Some of the most common kiln applications in use:

·         Mineral Roasting

·         Proppant Sintering

·         Gypsum and Bauxite Calcining

·         Waste Incineration

·         Desorption of Soil Contaminants

·         Upgrading of Phosphate Ores

·         Waste Lime Recovery

·         Catalyst Activation

·         Activated Carbon Production & Re-Activation

·         Plastics Processing

·         Ceramics Processing

·         Rotary kilns have become the backbone of many new industrial processes that make the world a more efficient and sustainable place. As new applications for rotary kilns continue to be developed, much experimental work is being done, prompting many questions and the need for further research and development. A rotary kiln is comprised of a rotating cylinder (called the drum), sized specifically to meet the temperature and retention time requirements of the material to be processed. The kiln is set at a slight angle, in order to allow gravity to assist in moving material through the rotating cylinder. Rotary kilns can be either of the direct-fired type, or the indirect-fired type (sometimes referred to as a calcine). In a direct-fired kiln, a process gas is fed through the drum, processing the material via direct contact. In an indirect fired kiln, material is processed in an inert environment, and is heated through contact with the shell of the kiln, which is heated from the outside to maintain an inert environment.

Product Details:

CODE: JKA-230RK Rotary Kiln is a pyro-processing device used to raise materials to a high temperature (calcinations) in a continuous process. The kiln is a cylindrical vessel, inclined slightly to the horizontal, which is rotated slowly about its axis. Some of the most common kiln applications in use:

·         Mineral Roasting

·         Proppant Sintering

·         Gypsum and Bauxite Calcining

·         Waste Incineration

·         Desorption of Soil Contaminants

·         Upgrading of Phosphate Ores

·         Waste Lime Recovery

·         Catalyst Activation

·         Activated Carbon Production & Re-Activation

·         Plastics Processing

·         Ceramics Processing

·         Rotary kilns have become the backbone of many new industrial processes that make the world a more efficient and sustainable place. As new applications for rotary kilns continue to be developed, much experimental work is being done, prompting many questions and the need for further research and development. A rotary kiln is comprised of a rotating cylinder (called the drum), sized specifically to meet the temperature and retention time requirements of the material to be processed. The kiln is set at a slight angle, in order to allow gravity to assist in moving material through the rotating cylinder. Rotary kilns can be either of the direct-fired type, or the indirect-fired type (sometimes referred to as a calcine). In a direct-fired kiln, a process gas is fed through the drum, processing the material via direct contact. In an indirect fired kiln, material is processed in an inert environment, and is heated through contact with the shell of the kiln, which is heated from the outside to maintain an inert environment.

Product Details:

CODE: JKA-230RK Rotary Kiln is a pyro-processing device used to raise materials to a high temperature (calcinations) in a continuous process. The kiln is a cylindrical vessel, inclined slightly to the horizontal, which is rotated slowly about its axis. Some of the most common kiln applications in use:

·         Mineral Roasting

·         Proppant Sintering

·         Gypsum and Bauxite Calcining

·         Waste Incineration

·         Desorption of Soil Contaminants

·         Upgrading of Phosphate Ores

·         Waste Lime Recovery

·         Catalyst Activation

·         Activated Carbon Production & Re-Activation

·         Plastics Processing

·         Ceramics Processing

·         Rotary kilns have become the backbone of many new industrial processes that make the world a more efficient and sustainable place. As new applications for rotary kilns continue to be developed, much experimental work is being done, prompting many questions and the need for further research and development. A rotary kiln is comprised of a rotating cylinder (called the drum), sized specifically to meet the temperature and retention time requirements of the material to be processed. The kiln is set at a slight angle, in order to allow gravity to assist in moving material through the rotating cylinder. Rotary kilns can be either of the direct-fired type, or the indirect-fired type (sometimes referred to as a calcine). In a direct-fired kiln, a process gas is fed through the drum, processing the material via direct contact. In an indirect fired kiln, material is processed in an inert environment, and is heated through contact with the shell of the kiln, which is heated from the outside to maintain an inert environment.

Product Details:

CODE: JKA-230RK Rotary Kiln is a pyro-processing device used to raise materials to a high temperature (calcinations) in a continuous process. The kiln is a cylindrical vessel, inclined slightly to the horizontal, which is rotated slowly about its axis. Some of the most common kiln applications in use:

·         Mineral Roasting

·         Proppant Sintering

·         Gypsum and Bauxite Calcining

·         Waste Incineration

·         Desorption of Soil Contaminants

·         Upgrading of Phosphate Ores

·         Waste Lime Recovery

·         Catalyst Activation

·         Activated Carbon Production & Re-Activation

·         Plastics Processing

·         Ceramics Processing

·         Rotary kilns have become the backbone of many new industrial processes that make the world a more efficient and sustainable place. As new applications for rotary kilns continue to be developed, much experimental work is being done, prompting many questions and the need for further research and development. A rotary kiln is comprised of a rotating cylinder (called the drum), sized specifically to meet the temperature and retention time requirements of the material to be processed. The kiln is set at a slight angle, in order to allow gravity to assist in moving material through the rotating cylinder. Rotary kilns can be either of the direct-fired type, or the indirect-fired type (sometimes referred to as a calcine). In a direct-fired kiln, a process gas is fed through the drum, processing the material via direct contact. In an indirect fired kiln, material is processed in an inert environment, and is heated through contact with the shell of the kiln, which is heated from the outside to maintain an inert environment.

Product Details:

·         CODE: MTH-60ETP

·         Plant Type: Effluent Treatment Plant

·         Number of flash mixers: 2

·         Number of Filtration Passes: 5 stage

·         Max Water Recovery Rate: 100

·         Weight: 700 KG

·         Control Module: Available

·         Treatment Stages: Secondary Treatment, Preliminary Treatment, Primary Treatment

·         Working voltage range(volt): 440 v

·         Material: Mild Steel, Carbon Steel

·         Surge flow rate(Cubic metre/hour): 1m

·         Cooling Type: Water Cooled

·         PH Level: 7 ppm

·         Power Source: Electronic

·         Display: yes

·         Hydraulic Retention time: 5 Hrs

·         Power(kilowatt): 2 kw

·         Filtration Grade: 50 MICRON

·         Gate Thickness: 4MM

·         Capacity (KLD): 100 KLD

·         Application Industry: Pharmaceutical & Chemicals

·         Inlet Flow Rate(m3/day): 100 m3/day

·         Air Blower Power: 0.4 KW

·         Treatment Technology: Mixed Bed Bio Reactor(MBBR)

·         Automation Grade: Automatic, Semi-Automatic

·         Water Pump Power: 1 kW

Product Details:

·         CODE: MTH-60ETP

·         Plant Type: Effluent Treatment Plant

·         Number of flash mixers: 2

·         Number of Filtration Passes: 5 stage

·         Max Water Recovery Rate: 100

·         Weight: 700 KG

·         Control Module: Available

·         Treatment Stages: Secondary Treatment, Preliminary Treatment, Primary Treatment

·         Working voltage range(volt): 440 v

·         Material: Mild Steel, Carbon Steel

·         Surge flow rate(Cubic metre/hour): 1m

·         Cooling Type: Water Cooled

·         PH Level: 7 ppm

·         Power Source: Electronic

·         Display: yes

·         Hydraulic Retention time: 5 Hrs

·         Power(kilowatt): 2 kw

·         Filtration Grade: 50 MICRON

·         Gate Thickness: 4MM

·         Capacity (KLD): 100 KLD

·         Application Industry: Pharmaceutical & Chemicals

·         Inlet Flow Rate(m3/day): 100 m3/day

·         Air Blower Power: 0.4 KW

·         Treatment Technology: Mixed Bed Bio Reactor(MBBR)

·         Automation Grade: Automatic, Semi-Automatic

·         Water Pump Power: 1 kW

Product Details:

·         Item Code: JKA-230MSW A trommel machine in Municipal Solid Waste (MSW) management is a cylindrical, rotating drum equipped with perforated screens. It efficiently sorts and classifies waste materials by size, allowing for the separation of recyclables, organics, and larger items from the waste stream. Trommel machines are essential tools for optimizing MSW handling and promoting sustainable waste management practices.

·         The need of trommel machines in Municipal Solid Waste (MSW) management is indispensable due to the complex and diverse nature of urban waste. These machines play a critical role in several aspects of MSW handling and processing. Trommel machines are also crucial for preparing waste for further processing. Once materials are separated and contaminants removed, they can be more easily processed into secondary products. This includes shredding or compacting materials for recycling or converting organic matter into compost, which can be used to enrich soil in agriculture and landscaping. The need for trommel machines in MSW management lies in their ability to streamline waste handling, enhance recycling efforts, reduce landfill waste, and prepare materials for further processing. By aiding in the separation and classification of waste, these machines contribute to more sustainable and environmentally friendly waste management practices, promoting resource recovery and waste reduction.

Operation

·         Feeding Hopper Unit: Municipal Solid Waste is feed into the machine through an in feed hopper.

·         This is where waste is initially loaded onto the trommel for processing.

·         Feed Conveyors: A conveyor system transports the waste materials onto the trommel screen. This system ensures a consistent and steady flow of waste into the machine.

·         Trommel Screen: Trommel screen is installed in a small angle with the input end a little higher than the output end. Material fed into the trommel screen is lifted up by the rotation and aerated as it falls back down.

·         This action is repeated with each revolution along the length of the drum. The smaller fractions pass through the screen openings while the larger fractions tumble towards its eventual exit at the rear of the drum.

·         Process Conveyor: Smaller particles like fines and smaller recyclables, fall through the holes from the Trommel drum and are usually directed in process conveyor.

·         Reject Conveyor: After materials are separated by the trommel, they are directed towards specific discharge conveyor belts.

·         These Conveyor guide the materials to their respective sorting or processing areas.

·         Control Panel: A control panel allows operators to manage and monitor the machine's operation.

·         It includes controls for the motor, speed settings, and other operational parameters.

Product Details:

 

AVAILABLE LOADING CAPACITY: 50, 100, 150, 200, 500, 1000 Napkins/day

Additional Information:

• Item Code: TZ-230
• Packaging Details: Box Carton

Product Details:

OIL FIRED INCINERATOR : JKA-230OF

GENERAL DETAIL:

• Design Standards : Dual Chamber
• Body Design : Rectangular Construction
• Type of Waste : Animal Carcass Waste
• Burning capacity :50/100 Kg./Hr.
• Mode of Combustion : Oil fired
• Type of Burner operation : Automatic

TEMPERATURE

• Primary Chamber :Approx. 800°C ± 50°C
• Secondary Chamber:Approx. 1050°C ± 50°C

CONTROL PANEL

• Type : Digital
• No. of Temp. Controller:2 Nos. one each for Primary & Secondary Chamber
• Operative on : 3 Phase 440V 50Hz

COMBUSTION AIR FAN:

• Type : Centrifugal Type
• Capacity : 1 HP

I.D. FAN:

• Type:High Pressure Centrifugal type
• Capacity : 2 HP

BURNER:

• Type : Mono Block Fully Automatic Oil Fired
• No. of Burners : Two (1 for primary & 1 for secondary)

VENTURY SCRUBBER:

• MOC : Stainless Steel

DROPLET SEPARATOR:

• Application : To Separate water droplets from flue gases

CHIMNEY:

• Height : 30mtrs
• Top Dia. : 250 mm

DIESEL TANK:

• Capacity : 200 Liter

Additional Information:

• Item Code: JKA-230OF
• Production Capacity: 6
• Delivery Time: 2-3WEEKS

Product Details:

CODE: JKA-745CH 
Features

Protects incinerator from loading damage

Minimal power consumption

30 seconds cycle (loading) time

Single lever (UP/DOWN) operation

Large loading shelf

Offers more protection to the operator.

Technical Specifications

Cycle Time: 30 seconds

Dimensions (l, w, h): 2.4m x 1.35m x 1.7m

Loading shelf: 2394mm x 1366mm

Waste loading height: 1.3m

Shelf material: Stainless steel

Framework material: Mild steel

Ram specification: 1.0m stainless steel dual-ram

Air compressor: 230V / 50Hz 2 horsepower

Motor Rating: 1000 KG