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WFI
WFI
Changing to vapor from liquid, then changing to liquid from vapor. The feed water evaporates through the heat exchanger in the evaporator, and uses its latent heat to let the evaporation process through a series of 180 degree rotations by a centrifugal cyclone baffle plate device inside the separator. Forcing the particles and water drops out by the power of flow to make the vapor that leaving the baffle plate will not contain dissolved solids and pyrogens. The particles and water drops will fall to the bottom and be heated again, condensing the purified water vapor to required distilled water by condensation transferring, using a three-way valve to discharge the unqualified purity water to ensure the water quality of distilled water, and storing in a storage tank for injection pharmaceutical use.
• Water quality monitoring system.
• The product is more energy-saving than traditional single-effect type.
• Using double-tube plates design to prevent cross-contamination.
• Using double-tube plates for cooling system to prevent cross-contamination.
• Using double-tube plates for the first effect of evaporator to prevent cross-contamination.
• Each evaporator has a window to observe the internal situation of the evaporator.
• The heat-transfer tube’s expansion technology construction has good heat transfer efficiency and can be repaired and maintained.
• The internal design of the heat-transfer tube is using the temperature differences to make internal circulation, which improving the efficiency of temperature rising.
• The heat-transfer tube design of the heat exchanger improves the efficiency and achieves the energy-saving effect.
• Using the latest design for the steam-water separated baffle of evaporator to reduce endotoxins in the water effectively.
• The product is more energy-saving than traditional single-effect type.
• Using double-tube plates design to prevent cross-contamination.
• Using double-tube plates for cooling system to prevent cross-contamination.
• Using double-tube plates for the first effect of evaporator to prevent cross-contamination.
• Each evaporator has a window to observe the internal situation of the evaporator.
• The heat-transfer tube’s expansion technology construction has good heat transfer efficiency and can be repaired and maintained.
• The internal design of the heat-transfer tube is using the temperature differences to make internal circulation, which improving the efficiency of temperature rising.
• The heat-transfer tube design of the heat exchanger improves the efficiency and achieves the energy-saving effect.
• Using the latest design for the steam-water separated baffle of evaporator to reduce endotoxins in the water effectively.
