Industrial Solvents

Approx. Rs 36 / LitreGet Latest Price

Methanol Alcohol Price Table:

(*GST & transportations charges to be applied)

We are offering our clients.Methanol Alcohol and we are on of the leading sellers across the world.In order to keep pace with never ending demands of the customers, our company is instrumental in offering Methanol, CAS No. 67-56-1 , CH3OH which is widely used as denaturant additive along with other uses. Get best price of >99% pure Methanol in 200 litre drum. For Certificate of analysis (Coa) and material safety data sheet, kindly contact us.

• Purest quality
• Free from impurities
• Highly effective

Uses:

• The chemical is widely used for the chemical manufacturers of compound fiber, plastics medicine, pesticide, and dye.
• Moreover, our methanol is considered as an essential organic chemical raw material.
• In order to discourage the recreational consumption of ethanol, methanol is often added to it as a denaturant.
• used in the production of hydrocarbons, olefins, and some aromatic compounds.

• Hazardous Air Pollutants
• Food Additives -EXTRACTION_SOLVENT - JECFA Functional Classes
• Fire Hazards - Teratogens, Flammable - 3rd degree
• Cosmetics - Denaturant; Solvent
• Systemic Agents - NIOSH Emergency Response Categories
• Solvents

• Methanol is currently produced on an industrial scale exclusively by catalytic conversion of synthesis gas according to the principles of the low-pressure (LP) methanol process (5-10 MPa). The main advantages of the low-pressure processes are lower investment and production costs, improved operational reliability, and greater flexibility in the choice of plant size.
• All commercial methanol processes employ a synthesis loop. This configuration overcomes equilibrium conversion limitations at typical catalyst operating conditions. A recycle system that gives high overall conversions is feasible because product methanol and water can be removed from the loop by condensation. The makeup synthesis gas is compressed, mixed with recycled gas, and preheated against the converter effluent gas before entering the converter. The converter effluent is first used to heat the saturator water or boiler feedwater before being returned to the loop interchanger and then on to a cooler, which condenses the crude methanol-water mixture. Noncondensable gases are disengaged in a catchpot for recycle. A purge is taken from this recycle to remove excess hydrogen, methane, and other inerts. The crude methanol mixture is sent forward to the distillation section for the final purification.
• By high-pressure catalytic synthesis from carbon monoxide and hydrogen; partial oxidation of natural gas hydrocarbons; several processes for making methanol by gasification of wood, peat, and lignite have been developed but have not yet proved out commercially; from methane with molybdenum catalyst

Additional Information:

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• Colorless liquid
• Insoluble in water but soluble in organic solvents
• Good solvent for organic compounds
• Less toxic.