Reverse osmosis systems are used to reject bacteria, sugars,
proteins, particles, dyes, and other
constituents that have a molecular weight of greater than 150-250
daltons from tap and brackish water.
It is also capable of purifying water and remove salts and other
impurities. Our largest tap and brackish
water units, the CK-BW series, comes standard with media
pre-filters, chemical dosing, and antiscalant.
These systems can be customized to fit individual customer and
water application needs. The CK-BW
series has a capacity of 250LPH to 600.000LPH.
Our largest tap and brackish water units, the CK-BW series, can
come standard with media pre-filters,
chemical dosing, and antiscalant. These systems are usually
customized to fit individual customer and
water application needs, and is considered to be one of the most
compact industrial reverse osmosis
systems in the market, it also features state of the art energy
saving membranes.
When we design the CK-BWseries industrial reverse osmosis plants,
we consider robust construction,
user-friendly design, environmentally conservative operations, and
long term reliability.
Economical and efficient, CK-BW industrial reverse osmosis
equipment incorporate the latest in RO
technology to remove
dissolved minerals, particles, organics, solids and other
contaminants from water. Reverse Osmosis uses
RO membranes as its core separation technology to reject these
contaminants. CHUNKE use the most reputable membranes manufacturers
such as Dow Filmtec and Hydranautics (USA made)
Industrial Reverse Osmosis System RO Water Purifier plant includes
multimedia prefilter, water softener
or antiscalant dosing system, dechlorination dosing system, reverse
osmosis unit with semi-permeable membranes, and UV sterilizer or
post chlorination as a post treatment. These machines apply the
technologyof reverse osmosis by transporting feed water through multimedia
prefilter to remove particles that are larger than 10-micron. Then
the water is injected by an antiscalant chemical to control
hardness fouling that may
cause damage to the membranes within the machine. These
pretreatment options have the capability of removing hardness,
chlorine, odors, color, iron, and sulfur. The water then continues
into the reverse
osmosis unit where a high-pressure pump applies extreme pressure to
the highly concentrated solution, separating the remaining salts,
minerals, and impurities that the pre-filter cannot catch. Fresh,
potable
water comes out from the low-pressure end of the membrane while
salts, minerals, and other impurities
are discharged into a drain on the other end. Lastly, the water is
passed through a UV sterilizer (or post chlorination) to kill any
bacteria and microbes that still exist in the water.
