Soluble LPG Methyl DME Dimethyl Ether Organic Compound Flammable Gas

Methoxymethane (DME), also known as methyl ether, is an organic compound with the chemical formula C₂H₆O. In its standard state, DME is a colorless, odorous, flammable gas with a slight ether-like scent. DME serves as both a high-performance clean fuel and basic chemical raw material, widely used in aerosol propellants, Freon alternative refrigerants, solvents, and domestic fuels.

• Easily compressible, condensable, and vaporizable
• Miscible with various polar or non-polar solvents
• Excellent combustion performance with high thermal efficiency, no residue or soot during combustion, and low CO and NO emissions

• Outstanding Environmental Performance: As a clean fuel, DME produces fewer pollutants during combustion, contributing to reduced atmospheric pollution.
• Significant Economic Benefits: Diverse raw material sources (coal, natural gas, biomass) with mature production processes and growing market demand.
• Reliable Safety Performance: High storage and transportation safety with low toxicity and minimal environmental impact.
• Efficient Combustion Performance: High thermal efficiency with significant heat release, making it a stable energy source.
• Versatile Applications: Used as aerosol propellant, refrigerant alternative, solvent, and domestic fuel.

DME production primarily involves two methods: the two-step process (methanol dehydration to DME) and the one-step process (direct synthesis from syngas). The two-step process has become the mainstream production method.

As a fuel, DME produces heat with high efficiency and minimal emissions. Its excellent solubility and miscibility provide unique advantages in chemical synthesis and solvent applications.

We provide comprehensive DME product consulting, technical support, and after-sales service. Customized solutions are available to meet specific requirements while ensuring compliance with relevant standards.

DME is typically packaged in steel cylinders or tank trucks. Storage facilities must be well-sealed, protected from direct sunlight and high temperatures, with regular safety inspections.

• Follow all safety operating procedures during use
• Avoid contact with oxidants and ignition sources
• Ensure proper sealing during storage and transportation
• In case of leakage: cut off source, evacuate area, use explosion-proof tools, and contact authorities

Note: All specifications and safety information should be verified against current industry standards and regulations.