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Chemical Process Technology

Our Chemical Process Technology offers ideal solution for various process industries in divergent process operations. These technologies are developed on the basis of latest chemical techniques to ensure matchless software solution accessibility to various industries. We have designed this technology in different variants to suffice the requirements of various types of chemical processes such as organic, inorganic and alcoholic processes. Reliable performance, safe to use, nature friendly, easy chemical handling, cost effectiveness, durable solution and energy efficiency are the outstanding attributes of our technology. This technological solution finds extensive uses in healthcare industry, chemical industry, pharmaceuticals, food processing, oil refineries and petrochemical industries.


Chemical Process Technology Equipment

We deliver our clients a wide gamut of Chemical Process Technology Equipment. In addition to all this, we also offer customization solutions to our esteemed clients. Using quality-approved raw material, we design the entire offered range as per the international quality parameters under the able guidance of our experienced team of professionals.

Specifications

  • Application : Chemical Industry
  • Power : 120-300 kW
  • Voltage : 220 V/380 V/415 V


Alcohol based process technologies consist of

  • Pyridines & picolines
  • Formaldehyde Sulfoxylate
  • Dialkyl Phthalates
  • Acetaldehyde
  • Formic acid
  • Acetic acid & acetic anhydride
  • Ethyl/ Butyl acetate


Inorganic chemicals process technologies consist of

  • Inorganic fluorides
  • Hydrofluoric acid
  • Sulphuric acid & alum
  • Potassium permanganate
  • Sodium hydrosulphite
  • Sodium hypochlorite
  • Phosphoric acid


Miscellaneous organic chemicals technologies consist of

  • LABS, CABS
  • ONCB, PNCB separation plants
  • Phenoxyethanol
  • Benzoic acid
  • Ethanolamines
  • 2, 4 D sodium salt, amine salt, acid and ethyl ester
  • Caustic dilution plant


Uses of Chemical Process Technology

Liquid to liquid extraction

  • Liquid-liquid-extraction is a separation technology based on the distribution of one or more components between two in-miscible or almost in-miscible liquids
  • Used in process industries
  • Finds it is most suitable application when the material to be separated is non-volatile or heat sensitive and when it is not possible to separate by distillation or evaporation


Used on turn-key basis for below applications

  • MDC - Methanol
  • THF - Hexane
  • Acetone - Methanol


Absorption

  • Absorption systems mounted on skids or otherwise
  • These equipment involved are wet scrubbers, venturi scrubbers, packed columns, blowers
  • The material are made of stainless steels, PP, FRP, HDPE


We can handle

  • Physical or reactive absorption
  • Desorption can be by means of steam or air
  • Sensitivity studies to locate the optimum solvent rate
  • Column internals can betray or packed
  • Compact/Skid mounted system designs for small capacities
  • Complete Automation using PLC/ DCS


Stripping

  • Stripping is a physical separation process where one or more components are removed from a liquid stream by a vapor stream
  • In industrial applications the liquid and vapor streams can have co-current or counter current flows Stripping is usually carried out in either a packed or tray column


Mixing & Reaction

  • We offer innovative solutions and quality equipment for static mixing, heat exchange, reaction technology
  • Chem Dist has unique design & manufacturing facility for reactors & mixers (Static & Agitated)


Methanol Recuperation

  • The excess methanol is recovered from the biodiesel, glycerin, and fatty matter, dried and reused in the two-step transesterification reaction


Glycerine Recuperation

  • Glycerine generated in the two-step transesterification reaction is recovered and neutralized
  • Contains greater than the maximum 0.01 percent salts allowed in technical grades and is less than 99 percent pure
  • The salts are formed from the reaction of the caustic and acid used in most transesterification processes
  • The salts are removed when the glycerine is distilled or refined to a technical grade or higher quality


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