DODGEN

Carbonato de vinileno (VC)

Mature Chemical Chain, Green Process for VC Production: Safe and Reliable.

Vinylene Carbonate (VC) Technology Introduction

CEC Synthesis: EC reacts with chlorine in a photolysis tower under UV catalysis, followed by neutralization with liquid alkali. Residual chlorine and HCl are stripped using nitrogen, with off-gas sent to an HCl absorption tower.

VC Synthesis: Using DMC as a solvent and triethylamine as a catalyst, the reaction eliminates hydrogen chloride. After centrifugal filtration removes solid salts, the filtrate passes through desolvation, crude distillation, rectification, and crystallization units to yield qualified product.

Perfil de la empresa: DODGEN leads in high-purity Vinylene Carbonate manufacturing. Specializing in VC and EC synthesis, we provide advanced technology and expertise to ensure high-purity output for battery electrolytes and industrial applications.

Know More About: Vinylene Carbonate (VC) Market Analysis & Low-Carbon Separation Technology; Innovation in the Production Process of High Purity Vinylene Carbonate and its Recycling

Advantages of Synthesizing Intermediate CEC Technology

1 Utilizes external UV lamps for enhanced safety and reliability.

2 Large feeding capacity of the equipment.

3 Fast reaction speed, good product quality, and low consumption of chlorine.

Advantages of Synthesizing Product VC Technology

1 Features unique separation and purification technology, delivering high yield and superior quality while significantly reducing risks associated with conventional methods.

2 Industry-exclusive adoption of falling-film crystallization technology, offering lower investment costs, a smaller footprint, and higher crystallization yields.

Soluciones para procesos químicos

Tecnología de procesos

Equipos de separación

Reactor de flujo continuo

Aplicación

Sostenibilidad

Profesional de Reacción y Separación, Low Carbon Technology Partners

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