2. Purified drinking water, distilled water, natural water, mineral
water, mineralized water, pure water for blending liquor, water for
saccharification of beer and filtration of pure draft beer in the
beverage industry.
3. Making pure and ultra-pure water for the electronic industry,
such as monocrystalline silicon semiconductor integrated circuit
block, picture
tube, glass shell, liquid crystal display, etc.
4. Deionized water for electroplating process, pure water for
battery production process, pure water for surface coating and
cleaning of
automobiles, household appliances and building materials, pure
water for coated glass, and desiccating brine for textile and
dyeing process.
5. Water purification for hotels, buildings, communities and
swimming pools.
6, and cosmetics manufacturing and other USES.
Reverse osmosis technology is a modern high-tech that has only been
developed in my country in recent years. Reverse osmosis is to
apply a
pressure greater than the osmotic pressure to the solution,
allowing water to pass through a special semi-permeable membrane to
separate it
from the solution. Because this process is opposite to the osmosis
phenomenon, it is called reverse osmosis. According to the
different
osmotic pressure of various materials, a reverse osmosis method
that is greater than the osmotic pressure can be used for a
solution to
achieve separation, extraction, purification, and concentration of
the solution the goal of. The reverse osmosis device is mainly used
to
separate the ions in the solution. It does not require heating, and
there is no phase change process, so it has lower energy
consumption than
traditional methods. The reverse osmosis device is small in size,
easy to operate, and has a wide range of applications. The reverse
osmosis
device is used to treat industrial water without consuming a large
amount of acid and alkali, without secondary pollution, and its
operating cost
is relatively low. Reverse osmosis membrane separation technology,
referred to as R0 technology. Reverse osmosis pure water equipment
system uses different processes according to different source water
quality. Generally, the tap water is treated by the first-stage
reverse
osmosis pure water equipment system, and the produced water
conductivity is <10μS/cm, and after the second-stage reverse
osmosis
system, the produced water conductivity is <2μS/cm or even
lower, supplemented by ions after the reverse osmosis system The
exchange
equipment or EDI equipment can prepare ultrapure water to make the
resistivity reach 18 megaohms (conductivity = 1/resistivity).
RO System Pictures
