ODM DME Dimethyl Ether Solvent For Fuel Aerosol Propellant Refrigerant

DME (Dimethyl Ether), also known as methyl ether and methoxymethane, is the simplest fatty ether. It is derived from the dehydration condensation of two methanol molecules. At room temperature, it appears as a colorless, non-toxic gas or compressed liquid with a slight ether aroma. As an important organic chemical product and intermediate, DME serves multiple industrial purposes.

DME demonstrates excellent stability in air, is non-corrosive, slightly toxic, and non-carcinogenic. It exhibits good miscibility with most polar and non-polar organic solvents.

As a chemical intermediate, DME participates in various reactions:

• Alkylation with benzene (catalyzed)
• Reaction with carbon monoxide to produce methyl acetate
• Homologation reactions forming ethyl acetate and acetic anhydride
• Reaction with carbon dioxide yielding methoxyacetic acid
• Reaction with fuming sulfuric acid producing dimethyl sulfate
• Reaction with hydrogen cyanide forming acetonitrile

• Exhibits methylation reaction properties with various compounds
• Forms explosive mixtures when combined with air
• Stable under normal conditions
• Incompatible with: strong oxidizers, acids, halogens, sulfur compounds
• Avoid contact with air and light
• No polymerization hazard

• Fuel:
  • LPG replacement for domestic/industrial cooking
  • Alternative diesel fuel for vehicles and power generation
• Aerosol Propellant:
  • Cosmetics, pharmaceuticals, and household sprays
• Chemical Feedstock:
  • Synthesis of dimethyl sulfate, acetic acid, and other intermediates
• Refrigerant:
  • Efficient cooling agent in refrigeration systems
• Welding and Cutting:
  • Fuel for oxy-DME welding applications

Our DME production utilizes advanced methanol gas-phase catalytic dehydration technology, yielding fuel-grade dimethyl ether exceeding 99.0% concentration. Further purification through a lightness removal tower (employing high-efficiency corrugated rolled perforated plate filler) achieves refined (99.9%) and high-purity (99.99%) grades.

DME's chemical stability and low molecular weight enable high reactivity for energy and chemical processes. Combustion reaction:

• Customized solutions for various industries
• Global logistics support with safe transport
• Technical assistance including on-site troubleshooting
• 24/7 customer support

1. Methanol dehydration using solid acid catalysts
2. Purification to achieve >99.99% purity
3. Pressurized tank storage for distribution

• Handle in well-ventilated areas; avoid inhalation/skin contact
• Store in sealed, pressurized containers away from heat/sunlight
• Transport as liquefied gas following safety regulations

• Prevent high temperature exposure to avoid vaporization
• Use leak-proof containers and proper safety protocols
• Install flame arrestors in DME handling systems
• Wear appropriate PPE (gloves, masks) during use