Activated Carbon Plant Plant Capacities : From 3MT/day to 50 MT/day, based on Rotary Kiln Technology. A brief introduction of Activated Carbon is the carbon produced by activation of any carbonaceous material such as coconut shells, bamboo, wood chips, sawdust, coal, lignite, paddy husk, etc. In the northern region of the country, Activated carbon is produced mainly from wood charcoal, whereas in the southern region including Kerala, it is made from charcoal of the shell of Coconut that is available aplenty. Shell-based activated carbon is extensively used in the process of refining and bleaching of vegetable oils and chemical solutions, water purification, recovery of solvents, recovery of gold, in gas masks for protection against toxic gases, in filters for providing adequate protection against war gases/nuclear fall outs, etc. Activated Carbon of three grades namely powder, granular and pelletised, finds hundreds of different applications. By chemical activation, predominantly powder activated carbons are made and these qualities are mostly used for wastewater treatment. Granular products and pellets used for gas purification are predominantly made by gas steam activation. The domestic market for activated carbon is fast expanding with rapid growth of several end user industries. The demand from the vegetable oil industry – the largest consumer of activated carbon, is estimated at around 30,000 tonnes. The capacity utilisation ratio is reported to be around 80% – 85%. Activated Carbon has got huge export potential due to its wide application in many industrial sectors. About 55% of value of export is contributed by U.K, South Africa, Germany and U.S.A. Other principal buyers of Indian manufactured activated carbon include Australia, Belgium, Malaysia, Japan, Sri Lanka, Netherlands, Sweden and Senegal accounting for 30% of total exports from India.
Supplier: Gas burners, light oil burners, heavy oil burners, low nitrogen burners, dual material burners, biomass burners, pulverized coal multi channel combustion, rotary kiln burners, asphalt mixing plant burners, dryer burners an innovative technology company that sells and provides technical consulting services for burners, boilers, and hot blast stove related products
Buyer: Oil pump and nozzle
Material Low carbon galvanized wire, stainless steel 304, 316, 316L, Duplex stainless steel. Minimum diameter Positive volume(the support bar is inside): 25mm Common profile wire and support wire: #63, #69 | #93. Filtering accuracy (slot size): 10 microns and above (common: 20, 50, 100, 200, 250, 300, 400 micron) Wire dimensions Width of the wire: 0.75mm, 1mm, 1.5mm, 1.8mm, 2 mm, 2.5mm, 3mm. Height of the wire: 2 mm, 2.5mm, 3mm, 3.5mm, 4.5mm. The specification of the wire can be customized according to the customers requirements.
Supplier: Lab Reactor ,Glass Reactor, Pilot Plant, High Pressure Reactor, Molecular Distillation, Short Path Distillation, Wiped Film Evaporator, Thin Film Evaporator, Rotary Film Evaporator, Glass Nutsche Filters, Glass Absorber Systems, Glass Shell And Tube Heat Exchanger, Dry Hcl Gas Generator Plants, Bromine Recovery Plants, Nitric Acid Concentration Plant, Sulfuric Acid Concentration Plant, Glass Mixer Settlers, Industrial Glassware, Sight Flow Indicators, Random Packing, Industrial Safety Valve, Easy Reactor Lifting System, Industrial Heating Cooling System, Borosilicate Glassware , Kilo Lab , Glass Pilot Plant, Glass Reactor ,lab Rotary Evaporator, Rotary Evaporator , Lab Glassware , Laboratory Glassware.
Buyer: Borosilicate Glass Tubes
Supplier: Rotary piston blowers, rotary P.D. Compressors, centrifugal fans, process gas blowers, vacuum pumps, heat exchangers
Supplier: Activated carbon making machine, activated carbon regeneration rotary kiln, dust collector, VOCs gas disposal machinery
Rotary Bar Screen is an advanced solid-liquid separation device which has been widely used in municipal wastewater treatment plant, pre-treatment device for domestic effluents, municipal rainwater & sewage pump station, water intake of water supply plant & cooling water of power plant. It can also be used for industrial wastewater treatment, such as textile, printing and dyeing, food, fisheries, paper making, brewing, slaughtering and tanning industry. It is regarded as the ideal solid-liquid separation equipment in water treatment field.
UNIVERSAL TILTING ROTARY FURNACE (UTRF) for Lead recycling the above mentioned photograph under production capacity 10 ton/batch. Universal Tilting Rotary Furnace is designed like a rotary closed well furnace. It has advantages of rotary furnace, rebvetory furnace and dry hearth furnace in a single equipment. Main advantage of UTRF is that it can be rotated as well as tilted. Firstly lead scrap is loaded in furnace with smelting flux and furnace locked. The material is heated with the help of oil/gas burner which is mounted on the door, until it reaches melting point. Heating is immensely faster because of horse shoe flame design. Due to the quick heating, consumption of oil and melt loss is very less as compared to the conventional tube furnace. Merits of Universal Tilting Rotary Furnace: 1. Less amount of flux is required for melting. 2. Efficient working condition. 3. All non-ferrous scrap can be recycled in a single unit. 4. Homogenous charge resulting in high quality of material. 5. Self-cleaning of lining. 6. Recurring cost is approximately 30% less as compared to horizontal rotary furnace. 7. Ensures faster melting rate. 8. Better yield. Comparison between UTRF and Horizontal fixed axis Rotary Furnace: The traditional furnace (fixed axis rotary furnace) is primarily a rotating tube with burner on one end and flue at the other. The furnace functions under negative pressure and gets cold air from outside making it virtually impossible to control the atmosphere in the furnace, which is nearly always oxidizing (air rich). It view of it, large amount of flux is required to protect the charge. Consumption of oil is also high because travel length of flue gas is less. On the other hand, UTRF furnace is designed with a single entrance and exist point. The door carries burner and flue. The furnace operates under positive pressure and during firing of the burner there is complete absence of cold air from outside resulting in reduced amount of flux required during operation. In addition the furnace operates at an angle, the charge is mixed with similar action that of a concrete mixing machine. This improves homogeneity heat transfer resulting in high thermal efficiency. Salient Features of Universal Tilting Rotary Furnace: 1. Tap to tap cycle time 4- 5 Hrs. 2. Energy consumption 600 Kw/MT 3. Robust steel structure with proven drum 4. Life of refractory lining is long 5. Oversize driving system and bearings. 6. Tilting, door opening and closing is hydraulically operated. 7. Sturdy interlocks for safety of the equipment. 8. Less manpower required. Only two persons per shift can operate the furnace.
Introduction: A graphite rotor is immersed in the molten aluminum in a crucible (or ladle) to rotate while a high-purity inert gas such as nitrogen (or argon) is injected into the molten aluminum. As the graphite rotor rotates, the inert gas and refining agent can remove gases and slags from the molten aluminum. Divided into several basic models, including mobile, stationary and suspended. Divided into types such as rotary and rotary + dust adding Equipment Features Able to remove gases (mainly hydrogen) and oxides from the molten aluminum more effectively. The equipment has the advantages of both gas refining and flux-refining. After rotary injection, the hydrogen content in molten aluminum alloys will reach up to 0.1ml/100g, the pinhole degree will reach up to level 1, the density will be less than 1, and a stable effect will be achieved. Low metal loss. After proper flux-refining, there is less dross on the melt surface and the dross is loose; the metal is rarely encased and little metal is taken out during slag removal. Low refining agent consumption and uniform feeding. Equipped with an anti-falling mechanism, a refining agent material level measurer and an air channel leakage detector. Multiple technological processes can be executed. When used with different functions of fluxes, it can be used for high-efficiency modification, degassing and slag removal. â?¢� The rotor bearing is a high-temperature bearing, not needing to be air-cooled. The spindle can work without stop at a high temperature of 200�°C. Site working conditions are significantly improved. Technical Parameters Refining time: 0~99min â?¢� Gas flow for refinement: 12~40NL/min Inert gas for degassing: N2 or Ar with a purity greater than 99.996% Gas working pressure: 0.1-0.4MPa Molten aluminum temperature: 640 850 Amount of molten aluminum treated: 200 3000kg  Rotor speed: 0-600r/min (max1000)
