Microchemical & Industrial Processes
Oct 30,2026This dapagliflozin synthesis case adopts microchannel continuous flow microreactor for stereoselective reduction. It completes the reaction within minutes and obtains crude product purity above 90%. Superior heat-mass transfer cuts side reactions and scale-up risks vs traditional batch processes. Our team provides EPC, process optimization and skid-mounted microreactor services for pharmaceutical API manufacturing.- Sep 7,2026Jointly developed by Tsinghua University & Shenzhen Tsinghua Research Institute, the modular microchannel continuous flow process revolutionizes Pigment Red 57 manufacturing:
✅ Diazotization finished within ~2 minutes
✅ Liquid holdup reduced from tonne scale to millilitres/litres
✅ Diazonium salt yield >99% | Pigment total yield >99% | Product purity ≥98%
✅ Plant footprint cut by over 75%
✅ Minimal waste liquid output, better resource efficiency - Aug 31,2026The Inner Mongolia explosion accident resulted from incomplete risk management during continuous flow renovation, with hidden dangers in legacy equipment. Effective upgrading relies on full-process assessment and validated engineering design, not mere hardware replacement.
- Aug 17,2026Remdesivir is a nucleotide analog prodrug developed by Gilead Sciences, Inc. that inhibits viral replication by interfering with viral RNA synthesis. During the COVID-19 pandemic, demand grew rapidly, and the limitations of traditional batch processes in terms of safety, production efficiency, and scalability gradually became apparent.
- May 16,2026Explore our 300ml SiC microchannel reactor for efficient continuous flow chemistry.
- May 15,2026Tubular reactors cut oxidation time 96.7% & boost capacity 500% in pharma.
- May 12,2026Discover how advanced tubular reactors optimize continuous flow chemical manufacturing.
- Mar 12,2026SHENSHI's AFSS Ammonia Heat Exchanger delivers cryogenic marine-grade NH₃ handling with 30% space savings, 20% energy reduction, and Lloyd's Register certification.
- Jan 8,2026Continuous flow Pinnick oxidation enables safe, high-yield synthesis in 3 minutes
- Dec 8,2025Shenshi launches the compact onboard carbon capture system using microchannel technology. Up to 90% smaller, motion-proof, 90%+ CO₂ capture rate. Solves space and sloshing issues of traditional amine towers, achieves 2–3 year payback under EU ETS, ideal retrofit solution for existing fleet to meet IMO 2030/2050 targets.
- Aug 17,2025Microchannel reactors enable efficient, safe chemical synthesis. Shenshi Tech's innovation serves for sustainable processes. Discover more!
- Aug 5,2025Discover efficient plate fin heat exchangers from Shenshi, ideal for aerospace and green energy.
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