PURE STEAM GENERATOR

A pure steam generator is one of the important equipment used for tank equipment, pipeline system, and filter disinfection, and pure steam generator pharmaceutical can also be used to drive sterilizers. The pure steam quality of the heat-free ultra-pure steam generator produced by BIOCELL meets the relevant provisions of EN285, and the quality of the pure steam condensate meets the requirements of the current Chinese Pharmacopoeia, USP, and JP for water for injection.

Pure Steam Generator Specification

Specification Steam Pressure(Mpa) Pure Steam Output(Kg/h) Steam Consumption(Kg/h) Purified Water Consumption(L/h) Pure Steam Pressure(Mpa) Dimension L×W×H(mm)

PSG100 0.4 100 130 125 0.3 700×900×2500

PSG200 0.4 200 260 250 0.3 700×1000×2700

PSG300 0.4 300 390 375 0.3 800×1100×2800

PSG400 0.4 400 520 500 0.3 800×1200×3000

PSG500 0.4 500 650 625 0.3 800×1300×3100

PSG600 0.4 600 780 750 0.3 900×1300×3100

PSG700 0.4 700 910 875 0.3 900×1300×3100

PSG800 0.4 800 1040 1000 0.3 1000×1300×3200

PSG900 0.4 900 1170 1125 0.3 1000×1300×3200

PSG1000 0.4 1000 1300 1250 0.3 1200×1300×3200

PSG1500 0.4 1500 1950 1875 0.3 1400×1300×3200

PSG2000 0.4 2000 2600 2500 0.3 1400×1300×3200

Pure Steam Generation Process

Pure steam generation is a process used to produce high-quality steam for applications that require pure and sterile steam, such as in the pharmaceutical, biotech, and healthcare industries. Pure steam is typically used for sterilization, humidification, and heating processes.

The pure steam generation process involves the following steps:

Feedwater Treatment: The first step is to treat the feedwater to remove impurities and minerals that can cause corrosion or fouling of the steam generator. The feedwater is typically pretreated using reverse osmosis, ion exchange, or other purification methods.

Boiler: The treated feedwater is then heated in a boiler to generate steam. The boiler of the pure steam generator is typically designed with a large surface area to ensure maximum heat transfer and minimize the risk of impurities in the steam.

Separation: The steam is separated from any remaining impurities in a separator, which may be a cyclone or a demister.

Pure Steam Generator: The pure steam generator is the final step in the process, where the steam is further purified using a series of filters, including activated carbon and sterile-grade filters. The pure steam generator typically operates at a lower pressure than the boiler to prevent the carryover of impurities into the pure steam.