waste-water-treatment

WASTEWATER TREATMENT PLANTS

Contributes a major share of the companies sales turn over. The Company has established offices in Dubai, UAE as well as in the USA and china to take care of regional support. Canadian clear is the company, which provide a completed solution for effluent treatment, recycling and zero discharge.

OUR CERTIFICATIONS AND APPROVAL
1. CLRI a Govt.of.india organization 
2. NEERI 
3. TERI 
4. Anna unversity
5. Sugar Cane research institute
6. IIT Madras

Effective Wastewater Treatment and Water Reuse Systems

Canadian Crystalline offers innovative technologies solution for achieving Zero Discharge and efficient water recover for reuse. We offer completed Turnkey Solutions for Effluent Management as below:
a) Effluent 
b) Effluent Recycling
c) Reject Management 
d) Waste Recovery

With an effective Research and Development, We have concluded that we require a combination of technologies to achieve effective WasteWater Treatment by implementing high end technologies.

NIL SLUDGE NIL CHEMICAL TECHNOLOGY

Textile

Ozonisation - CPR

Canadian Crystalline is a master in Textile Dyeing Effluent Treatment Solutions. Our patents marked technology of ozonisation with CPR has been creating ripples in the industry for the past two decades. The effectiveness of this technology results in efficient effluent treatment and waste reuse.

Ozonisation - MBR
We have also implemented ozonisation with MBR for the segments of Tannery, Dyeing and other industrial effluent treatment solutions. As all these technologies reduces the foot print of the area required for constructing the plant and does not use any chemical addition and thus does not create sludge.

Worldwide research in advanced oxidation and utilization of the technology is a challenge. Canadian clear is an active participate and an efficient equipment manufacture in supporting the technologies.
Being conservative with water makes good sense, and appropriate treatment of wastewater, especially to transfer it for reuse, is now seen to be essential to the protection of the world fresh water resources; and of economic sense in the business world.

Canadian Crystalline provides WasteWater Treatment Plant which is a combination of mechanical, biological and chemical processes used to remove particles and suspended solids, organic pollution and nutrients from wastewater, together with sludge treatment which can become a source of energy via anaerobic digestion, or stabilized before disposal.

We supply distinctive kind of Wastewater Treatment Plant with implicit flocculation well and oar sort flocculator in the flocculator well which help in making runs. There is no compelling reason to give isolate flocculation tank with flocculator.
These are accessible in various sizes going from 1 mt measurement to 40 mt distance across. Our clarifiers are likewise accessible in various models like focal driven and fringe driven.

Different Stages Of Wastewater Treatment At Sewage Treatment

In most of the cases, the original water cannot be allowed to enter the RO element, because the impurities contained in water may contaminate the element, which will affect the stable running of system and the service life of membrane element.

Pre treatment means the process of treating the impurities contained in the raw water according to their properties by using proper technologies so that the requirements of feed water can be satisfied for the RO membrane elements.
It is called pre treatment simply because it occurs in the position prior to the reverse osmosis in the whole technological process of water treatment.
For the RO system, the feed water is habitually classified as underground water, tap water, surface water, seawater, and waste water, etc.

Since the water bodies are influenced by various factors,the differences in geographical conditions and seasonal weather can cause the properties of and the impurities contained in the water bodies to be some what different, and therefore the technologies of RO treatment varies to some extent. The reasonable pre treatment should satisfy the following requirements:

1. The pretreatment must be capable of removing most of the impurities in the raw water and making the feed water satisfy the requirements.
2. The pretreatment must take into consideration the variation of water quality so as to prevent the stable operation of the entire system from being influenced by the fluctuation of raw water quality.
3. The pretreatment must be capable of running stably in high efficiency; besides, it must simplify the processing flow so as to reduce the investment and the operating cost.