Integrated R&D and Production for Biologics (Combined Purified Water + High-end EDI Ultrapure Water Equipment)

Integrated R&D and Production for Biologics (Combined Purified Water + High-end EDI Ultrapure Water Equipment)

1. Applicable Scenarios

Covers full biopharmaceutical scenarios, including the production of recombinant proteins, polypeptides, cell culture, biological fermentation and antibody purification, as well as high-end scenarios such as biological R&D, molecular experiments, protein chromatography, cell domestication and mass spectrometry detection. Purified water is used for fermentation equipment cleaning, basic buffer solution preliminary preparation and production environment cleaning in biological workshops; ultrapure water is dedicated to cell culture medium preparation, fine protein purification, chromatographic eluent configuration, precise biological experiments and high-end instrument detection.

2. Complete Technological Process

2.1. Production purified water system: Raw water → Complete pretreatment unit → First-stage reverse osmosis → Second-stage reverse osmosis → Terminal sterile filtration → Purified water circulating distribution system (General for biological production workshops)

2.2. High-end ultrapure water system: Two-stage RO product water → EDI deep desalination → Ultrafiltration endotoxin removal → Dual-wavelength UV sterilization & TOC reduction → Terminal precision filtration → Ultrapure water constant-temperature circulation system (Dedicated for R&D and refining sections)

3. Core Advantages

3.1. The ultrapure water system integrates endotoxin removal, TOC reduction and deep desalination functions, completely eliminating interference from trace ions, organic matters and endotoxins to ensure cell activity, protein purification purity and biological experiment stability.

3.2. Dual-system partition water supply meets both large-volume production water demand and high-precision R&D water demand, adapting to the integrated operation mode of mass production and R&D for biopharmaceutical enterprises.

3.3. The constant-temperature circulation design of ultrapure water inhibits microbial growth in water and effectively avoids pollution risks in biological experiments and refining processes.

3.4. The system adopts intelligent automatic control with real-time monitoring of water quality, flow and pressure, achieving extremely stable water quality and meeting the high-quality production requirements of high-end biologics.