Muskaan provides IBR and Non IBR type boilers for cashew processing application to our customers.
Capacity ranging from 100 Kg per of steam to upto 4,000 Kg of Steam per hour at standard pressure rating.
Various fuels could be used like wood, cashew shells, coal etc.
These boilers are coupled with cashew cooking system, from 1 to 8 cookers for most efficient and precise cooking of cashews.
We have wide range of Cashew Boiler and Cookers combination, suitable for 2 Tons per day Raw Nut Capacity to 20 Tons per day Raw Nuts Capacity.
Boiler, the heart of cashew processing system, is carefully designed to for the use of cashew nut shells as fuel. Our boilers are technically superior in terms of heat transfer area ratio. Every care has been taken for making it more efficient, reliable and long lasting equipment. It is designed to provide intermittent load of steam for batch cooking along with regular load of drying.
Standard safety features are being incorporated like safety valve and fusible plug. Magnetic water level control system with 3 levels of control and alarms.
Other mountings are pressure gauge and water level indicator. Pressure gauge shows the real-time pressure inside the boiler, while water level indicator shows the real-time level of water inside the boiler.
For More details Visit us on http://www.muskaangroup.com
or call us on (+91) 8826180333
WNS series horizontal internal combustion boiler is a boiler shell type 3 passes wetback oil/gas fired boiler. After fuel is being atomized by burner, flame is full of the wave furnace and transfer heat via furnace wall, this is 1st pass; the high temperature smoke is collected in reversal chamber and then enters 2nd pass which is grooved tubes bundle area; after heat convection, air temperature gradually falls and goes to front smoke box and turn to 3rd pass, which is smooth tubes bundle area, and then enters chimney passing back smoke box and exhausted to the atmosphere.
http://www.chepsmachinery.com------WNS industrial steam boilercapacity:1-20TThe thermal efficiency:>=95%Applicable fuel: Natural gas, light oil, heavy oil, gas, etcRange of application: The central heating, heatingTypeBECR(t/h)nominalÂ steamÂ pressure(mpa)nominalÂ steamÂ temperature(â„ƒ)feed-water temperatureDesign fuelWNS1-0.7-Y(Q)10.717020Natural gas, light oil, heavy oilWNS2-1.25-Y(Q)21.2519420WNS3-1.0-Y(Q)3118420WNS4-1.25-Y(Q)41.2519320WNS6-1.6-Y(Q)61.6204105WNS8-1.6-Y(Q)81.622020WNS10-1.25-Y(Q)101.25194104WNS12-1.25-Y(Q)121.25194105WNS15-1.25-Y(Q)151.25194104WNS20-1.25-Y(Q)201.2519480
D Type Packaged Water Tube Boiler: D type packaged steam boiler is designed with a capacity up to 65 t/h. Two-drum D type water tube boiler, gas oil packaged boiler. The ZG Boiler D style boiler design is a perfect fit in a safe, reliable, cost-efficient boiler for green th inking enterprises.
O Type SZL Water Tube Boiler: O type steam or hot water traveling grate boiler is designed with the flexibility to meet&n bsp;unique project requirements for shop assembled boiler. Fuels: anthracite coal, bituminous coal, lignite coal, biomass pellet, wood pellet, rice husk, bagasse , etc.
π Type Water Tube Boiler: Π type water tube boiler refers to CFB Boiler and Waste Heat Recovery Boiler, usually designed with&nb sp;large capacity for small and medium enterprises self power supply, thermal power plant, building heating.
Fire tube boilers are typically designed with three sets of tubes (three-pass boilers). Every set of tubes that the flue gas travels through is considered a “pass”. A boiler with more passes has a higher heat extraction rate and is more efficient then one with less passes.&nbs p;The three pass fire tube boilers are high combustion efficiency and energy saving.
1. Rotary furnace smelting waste heat recovery boiler can not only recycle secondary energy in smelter plant high temperature flue gas, reduce flue& nbsp;gas temperature, what’s more, it can recovery of precious metals, reduce the dust content of flue gas, ensure smooth process system, and cre ate favorable conditions for the tail process.
2. It uses straight type full membrane water wall and suspension structure, low flow speed design.< /p>
3. The boiler hopper is covered by water wall, shaping inclination and is conductive to dust emissions.
4. There are three types o f de-dusting: mechanical rapping, soot blower cleaning, or rapping combined with soot blower.
5. It effectively solves the fouling, swelling, sealing, corrosion and wear problems in smelting rotary kiln waste heat boiler. The boiler is high efficiency and worthy of trust.
1. Energy saving, high thermal efficiency, effective in waste heat comprehensive utilization.
2. Low resistance. The glass kiln waste heat boiler bo dy adopts equal velocity and low velocity design, the body resistance at design time is less than 900Pa, which in favor of reducing system po wer consumption.
3. The furnace with an inverted U shaped layout overcomes the traditional waste heat boilers’ shortcomings in structure and oper ation. Long service life, easy maintenance, low cost, can be adapt to float glass production line using heavy oil or natural gas as fuel.
5. Excellent&nb sp;sealing performance. The furnace wall uses light guard plate whole welded structure, connection using flexible sealing between the guard plate and steel& nbsp;frame, to ensure no sealing off because of heat expansion when the waste heat boiler is running.
1. The heating surface of the waste heat boiler employs suspension structure, which is good for absorbing boiler expansion and high operation safety .
2. The waste heat boiler adopts special sealing device, to lower boiler air leakage and improve boiler efficiency.
3. All boiler heat surfaces use reasonable flue gas speed design, avoiding ash deposition.
4. It adopts straight type layout, utilizing ash dead-weight to self-remove, ke eping heat surface clean and improving boiler heat transfer efficiency.
5. Reasonable arrange flue dynamic field, smooth flue gas flow, to avoid b ias current.
6. It employs special wear structure, preventing boiler abrasion and improving boiler’s service life.
7. Boiler convection bank adop ts assembled structure, short installation period and low cost.
1.Rich experience in reducing air leakage, anti-abrasion and anti-ash-deposition.
2.Using light board wall, reduces the boiler air leakage coefficient, which& nbsp;meet the needs of cement production and stable power generation.
3.Low temperature cement kiln waste heat boiler adopts vertical structure, flexible&nb sp;layout, small area, low cost, low steel consumption.
4.Resources comprehensive utilization, lower cement manufacturing cost, improve enterprises economical benefit s.
5.Reduce exhaust gas temperature and discharged dust consistence, reduce CO2 emission,.
6.Thick-wall tube in boiler heating surface that organizes m ore effective flue gas flow, enhances heat transfer, and to a large extent reduces the wear and prolong the overhaul cycles, ensures the cement&nb sp;kiln waste heat boiler has a longer useful life.
Coke dry quenching (CDQ) has developed into an internationally accepted energy recovery process. CDQ device has the features: energy saving, reduce costs , reduce environmental pollution, improve coke quality, etc. Coke dry quenching waste heat boiler is a main energy saving device used in CDQ devic e, to cool the recycle gas and generate steam.
1. Carbon rotary kiln waste heat boiler adopts vertical arrangement, components structure is compact. Compared with traditional carbon furnace waste heat  ;boiler, it takes up less area, saves civil construction investment; novel structure, good performance.
2. It adopts steel tube economizer, which has&n bsp;strong mechanical strength, anti-shock, strong load adaptability, system layout and operation is easy.
3. The waste heat boiler uses membrane water  ;wall structure, with high heat transfer efficiency and good sealing, overcoming the problems in large air leakage, high heat losses, high system consu mption, etc.
4. It uses inertial separation principle to realize two-level gas-solid separation in the furnace, solving the low dedusting efficiency, a nd heavy environment pollution.
According to the flue gas characters of different calcium carbide furnace, ZG Boiler develops semi-closed internal combustion type calcium carbide waste heat boiler and full-closed direct combustion type calcium carbide waste heat boiler. In chemical industry, the waste heat boiler for semi-closed calcium&nb sp;carbide furnace produces steam for heating or power generation by burning the middle and low temperature flue gas of the calcium carbide; the d irect-combustion waste heat boiler for full-closed calcium carbide furnace generates steam for heating or power generation by fueling the high temperature, combustible or ash flue gas heat.
1. The boiler is a vertical layout, compact in component structure.
2. The waste heat boiler uses membrane water wall structure, with high  ;heat transfer efficiency and good sealing, overcoming the problems in large air leakage, high heat losses, high system consumption, etc.
3. It us es inertial separation principle to realize two-level gas-solid separation in the furnace, solving the low dedusting efficiency, and heavy environment pollution.
4. The boiler membrane-type water-cooling wall employs suspension structure which is good for absorbing boiler expansion and has high operation safety .
5. The surrounding of the membrane water wall adopts fixed rigid beam structure, boiler furnace with anti-deflagration property, and more safety.
6. Equipped with automatic shock wave soot blower of patent technology, to effectively reduce the heat surface pollution caused by fly ash, long er the boiler service life and guarantee the boiler efficiency.
1. Short installation period, low investment
Products are available to factory as a whole or segmented factory, flexible to meet user needs; go od overall supporting, short installation period and low investment cost.
2. Safe and reliable, long service life.
ANSYS finite element analysis a nd calculator to longer the autoclave service life.
3. National patents used in the autoclave.
Automatic operation, position, safety interlock and  ;other systems that promise the quick-opening autoclave high efficiency, safety and convenience.
Hydraulic-opening autoclave is a large pressure vessel that can steam aac block, sand lime brick, fly ash brick, high strength gypsum, insulation ma terials, rubber products, high strength glass, cement pipe pile, timber, wood, some other products under great pressure. This type autoclaved aerated autocl ave is a simple and safe autoclave one.
Electric-opening autoclave is designed by ZG Boiler to solve the difficult in door-opening, through a further R&D, we developed a high efficient  ;autoclave equipment with independent intellectual property rights. The cover and body adopt Q345R steel plates specially for pressure vessel; the flanges u se 16Mn steel materials to forge. The swing position adopts electric drive pusher to make the autoclave cover swing up and down.
A full AAC block production line includes belt conveyor, batching machine, roller screen, grinding head silo, wet ball mill, jaw crusher, dust catch er, bucker elevator, silo for coarse lime, dry ball mill, silo for fine lime, cement silo, screw conveyor, slurry storage tank, weighing hopper fo r slurry, weighing hopper for lime and cement, ferry cart, turning crane, vertical cutting machine, horizontal cutting machine, turning & grouping crane , curing cart, AUTOCLAVE, finished product crane, block clamping machine, winch for side plate return.
1. The series of gas & oil fired steam boiler uses double-drum “D” type layout, compact structure, small occupation area, good degree&nbs p;of flame.
2. The furnace hearth is adopted with membrane water wall structure, the overall boiler uses of airtight inner guard plate with f ull closed welding structure, the chamber wall has good sealing performance.
3. It has a large heating surface area, big enough gas space to& nbsp;ensure the stability of the boiler parameters.
3. The end of boiler is arranged with flue gas condensation recovery device, effectively control&nb sp;the exhaust gas temperature, and make the boiler have high thermal efficiency.
4. Using the thermal resistance material as heat insulating layer&nbs p;makes the boiler have good thermal insulation performance.
5. Using packaged structure, the whole boiler is designed to be packaged in a strong& nbsp;steel base, that is convenient for installation and transportation.