从China供应商批量进口75% Medical Ethanol /Alcohol Process Plant

The 75% Medical Ethanol /Alcohol Process Plant from Shanghai OW Technology Co., Ltd. is a production system designed for medical-grade ethanol output at 75% concentration, compliant with international pharmaceutical standards. It integrates distillation and filtration stages to remove impurities and ensure consistency, with a focus on energy efficiency to reduce operational costs for large-scale production.

Constructed with stainless steel components typical for pharmaceutical and sanitary applications, the plant handles feedstocks such as grain or sugar-based raw materials. The system supports modular scaling to adjust capacity, with standard industry configurations ranging from 10,000 to 100,000 litres per day for similar ethanol plants. Its design adheres to typical clean-in-place (CIP) protocols to maintain hygiene between batches.

This plant serves manufacturers in pharmaceutical, healthcare, and cosmetic industries requiring high-purity ethanol for disinfectants, sanitisers, and pharmaceutical intermediates. Buyers typically source such systems with CIF or FOB terms, confirming packaging specifications for equipment transport and verifying compatibility with local utility standards. The supplier’s imported tier status signals experience with cross-border industrial sales.

Shanghai OW Technology Co., Ltd. is an imported-tier supplier based in China, specialising in industrial process equipment for chemical and pharmaceutical applications. The company’s profile indicates a focus on cross-border sales, though its response rate is currently unrecorded, suggesting buyers should confirm availability and technical support directly.

As a supplier of process plants, the firm’s offerings include systems for ethanol production, with an emphasis on meeting international regulatory standards. The harbor trust tier reflects a baseline verification level, and buyers are advised to request detailed technical documentation, reference projects, and after-sales service terms to assess fit for their production requirements.