Product Description

Desalination Plants is used for precise pre treatment process for removal of salts and minerals from the seawater using Reverse Osmosis. We have gained expertise in offering high quality Desalination Plants to the esteemed customers, as per their requirements.

These plants are fabricated using genuine quality raw material, procured from some of the most trusted sources. Moreover, we check these plants on certain well-defined parameters to gauge their flawless nature. The world has total of 1.65 billion km3 of water. However, only 0.3 of the total quantity is theoretically useable as fresh water and only 10% of the quantity, that 0.03% is capable of economical utilization. Canadian Crystalline has driven its R&D to build water treatment plants for sea water desalination with its in-house high efficient maximum recovery RO sea water desalination plants world wide with option of containerized desalination plants as well as on site plants. Canadian Crystalline's specific design team work on the highest engineering standards to ensure trouble free, minimum operating and maintenance cost.

In Canadian Crystalline our Research and Development wing have worked to design, develop, manufacture complete Water Treatment and Purification System. For the last four decades Canadian Crystalline has successfully designed, manufactured, installed and commissioned a number of Water Treatment Plants with Indigenous and foreign technical know-how to prime industries, fertilizers, hospitals, Government and semi-Government organization, off-shore oil rigs, refineries, soft drink manufacturers, breweries and mineral water manufacturers for various applications.

With proper selection of sea water source understanding the factors of high tide and low tide, backwaters of sea can be exploited with much higher efficiency through the Reverse Osmosis System than directly drawing water from the sea. The sea is an endless resource of water and will never deplete even if large quantities of water are drawn from its resource. The reject water from the Reverse Osmosis System can be sent back in the sea as they constitute only with concentrated salts which was originally available in the sea water. The concentrated salt is of such micro-level that it can never increase the concentration of salts in the sea water.

Alternatively, the reject water from the Reverse Osmosis System can be utilized for producing common salt by natural drying method or by flash evaporators or other salt recovery methods. The investments on Desalination Plants today are not highly exorbitant as it was 15 to 20 years ago. With world market opening up to open trade the viabilities of such projects are very encouraging.

Canadian Crystalline with its vast expertise in the field of Water Treatment in the last 4 decades has come out with cost effective and high efficiency RO recovery systems for sea water Desalination.Canadian Crystalline can design, manufacture and supply RO Plant as per customer requirement. We are the leading RO Plant Manufacture in India and have testimonials from different customers both on a national and international level. Our company manufactures and supplies water treatment solutions in customizable ways. We aim to garner trust from our customers through testimonials and long term relationships.

We manufacture, supply, trade and export best quality RO Plant due to our vast experience in this domain. Equipped with semi-permeable membrane, these plants are widely used in water purification applications. Owing to their optimum performance, minimum power consumption and enhanced functional life, these plants are highly demanded in food processing and allied industries.

Water is purified by reversing the process of osmosis membranes are used to completely remove the dissolved solids contaminants priological and chemical impurities upto 0.0001(1 micron 1/1000mm)from water.

The best water treatment plant manufacturesSewage treatment is very important in our society. It's an area that's often misunderstood if understood at all. Nevertheless, treatment plants have a number of important functions. How to identify a sewage treatment plant A sewage treatment plant is also known as a domestic wastewater treatment plant. Basically, what the process involves is cleaning up the sewage which is released from domestic and commercial sources. Normally this doesn't involve cleaning up waste which is released from particularly dirty sources, for example, heavily industrial companies or factory farms of nuclear reactor coolants. The functions of plants In modern sewage treatment plants there are three main stages: primary, secondary, and tertiary. *Primary: In this first stage the easy-to-remove substances are taken out from the wastewater. For example, fats and oils are skimmed from the surface, rocks and pieces of grit are strained, and any large pieces of rubbish can be raked out. *Secondary: In the second stage the main aim is normally to take out as many biological contaminants as possible. The secondary treatment is the stage at which the largest technical differences within sewage treatment can occur. This is because there are a number of methods in which biological contaminants can be reduced in wastewater. Having said that, generally microorganisms are used to get rid of any unwanted elements. *Tertiary: In this final stage the objective is to make the water as clean as possible before it re-enters the environment. Usually this is achieved by artificial or man-made natural filter systems. Sometimes treatments are also used to get rid of any phosphorus or nitrogen found in excess. Then, the remaining water is disinfected. Chlorination or UV treatment is usually used for this process. Important considerations The sludge that's left over from cleaning the wastewater has to be dealt with separately and differently to the water that is released. This is an important additional function for treatment plants. In general, this is taken care of by using anaerobic and aerobic methods which utilize bacteria. Composting can also be used to break down any biological contaminants of the waste