Pfaudler wins contract to equip Chinese pharmaceutical plant
With glass-lined reactor vessels and thermal control units
Pfaudler-Balfour, based in Leven, Fife, Scotland has designed the TCU heating and cooling systems (design range of -29/+200°C) in close consultation with Robbins & Myers Process Solutions Group company Suzhou Pfaudler, based in China, which is manufacturing glass-lined reactor vessels (ranging from 50 to 3000L) and building the TCUs.
Pfaudler says its design-build capability and proven track record helped secure this ‘significantly large order’ for process plant equipment.
With manufacturing sites in the UK, Germany, India, China, US, Mexico and Brazil, Pfaudler supplies modular systems that incorporate products and materials from the Robbins & Myers Process Solutions Group, including reactors, condensers, utility systems, columns, evaporators and heat exchangers.
You may also like
Trending Articles
-
You need to be a subscriber to read this article.
Click here to find out more.
You may also like
Manufacturing
Moderna invests $140m to onshore drug product manufacturing and complete US end-to-end mRNA network
Moderna is expanding its Norwood, Massachusetts site to bring drug product manufacturing in-house, creating hundreds of biomanufacturing jobs and establishing full domestic, end-to-end production for its mRNA vaccines and therapeutics by 2027
Manufacturing
GEA to showcase Rockwell Automation-Compatible GEA kytero 2000 Single-Use Separator at Automation Fair 2025
As a gold-level OEM member of the Rockwell PartnerNetwork™, GEA is strengthening its collaboration with Rockwell by offering full compatibility between the kytero® 2000 and Rockwell’s latest hardware and software suite
Manufacturing
Specialist products for boosting microbial EM protocol reliability spotlighted by AnalytiChem UK at Pharmig 2025
AnalytiChem UK (formerly Cherwell) to demonstrate products aimed at ensuring reliability and reducing risk in microbial EM. AnalytiChem’s new locking lid Twistlock plates ensure EM sample security throughout the microbial monitoring process