Biomanufacturing is poised for accelerated growth. HCCM ceramic membrane equipment empowers the high-quality development of the industry.
The 2026 Two Sessions issued a major deployment, identifying biomanufacturing as a key future industry and core track for new-quality productive forces. As the kickoff year of the 15th Five-Year Plan, the state has clearly proposed to foster and expand emerging industries, build new economic growth drivers for biomanufacturing, and push the industry forward from technology accumulation and lab-scale R&D toward full-scale industrialization and commercial rollout. Amid the rapid expansion of core sectors including biopharmaceuticals, bio-based materials and synthetic biology, high-precision, stable, green and low-carbon separation & filtration equipment has become critical core support to break through industrialization bottlenecks of biomanufacturing and guarantee production safety and product quality.
As a core manufacturer and technology pioneer of key filtration equipment for biomanufacturing, HCCM has long devoted itself to ceramic membrane separation technology. Integrating R&D, design, production and customized services, the company keeps overcoming technical barriers in membrane materials and complete sets of equipment. Its full-value-chain solutions are deeply adapted to the full spectrum of biomanufacturing application scenarios. Focusing on segmented fields such as biopharmaceutical purification, bio-based material separation, fermentation broth sterilization and enzyme formulation concentration, HCCM develops high-performance, highly adaptable ceramic membrane series equipment to meet the stringent working conditions of the industry, injecting robust momentum into industrial upgrading.
HCCM ceramic membrane equipment adopts inorganic ceramic as its core material, boasting four core strengths: acid & alkali resistance, high-temperature tolerance, anti-fouling performance and high mechanical strength. Its chemical stability far outperforms conventional filter materials. The equipment can withstand strong acid and alkaline environments at pH 1–14, adapt to working temperatures above 100°C, and support in-place steam sterilization (SIP) and cleaning-in-place (CIP). It perfectly handles extreme working conditions in biomanufacturing involving organic solvents, complex fermentation media and strong oxidizing reagents. It fundamentally eliminates risks of microbial erosion and cross-contamination, fully complying with strict industry compliance standards such as GMP and FDA, and ensures safe, stable and controllable separation and purification processes.
In terms of separation performance, HCCM ceramic membranes adopt precision sintering technology to deliver uniform, controllable pore size distribution and controlled rejection accuracy, enabling high-efficiency separation ranging from microfiltration to ultrafiltration. It accurately intercepts bacteria, protein impurities, mycelium and other contaminants, realizing efficient purification and concentration of core components including bioactive substances, antibiotics, vaccines and recombinant proteins. It greatly improves product yield and purity. Compared with traditional plate-and-frame filtration and centrifugation processes, product recovery rate rises by 10–20%, while impurity residue is reduced by over 90%. Meanwhile, the cross-flow filtration design effectively mitigates membrane fouling. Featuring easy cleaning and regeneration, high flux recovery rate and a service life of 3–5 years (far longer than organic membranes), the equipment substantially cuts costs for equipment O&M, consumable replacement and waste treatment. It fully aligns with the core philosophy of the biomanufacturing industry: green, low-carbon, high-efficiency and sustainable development.
With mature large-scale production processes and one-stop customized services, HCCM can tailor dedicated ceramic membrane separation systems according to enterprises’ capacity, process and scenario requirements, effectively solving industry pain points of traditional filtration technologies such as low efficiency, heavy pollution, poor stability and high costs. Driven by both policy dividends and market demand, HCCM ceramic membrane equipment is comprehensively empowering the intelligent and green transformation of the biomanufacturing industry. With independent controllable core technologies breaking foreign equipment monopolies, it provides solid equipment guarantee and technical support for the high-quality development of China’s biomanufacturing industry and for seizing the high ground of global bioeconomic competition.
