Water and wastewater treatment is a promising sector in India’s environmental technology segment. Water demand in India is anticipated to double compared to supply. Public and corporate institutions have ambitious plans to create extensive water and wastewater treatment and distribution infrastructure in order to meet these issues.
The need for water and wastewater treatment solutions is increasing nationwide due to growing industrial activity and a growing population. Numerous factors, including strict government regulations, an expanding population, a need for fresh or clean water for various purposes, and growing industrialization, are driving the Indian water treatment and management market. The high cost of water treatment chemicals and technology, as well as insufficient funding from the private and public sectors, are some of the issues posing obstacles to the market's expansion. The significant gap between wastewater creation and treatment, however, presents this market with considerable growth opportunities in the near future.
Coagulants, flocculants, anti-foamants, defoamers, corrosion and scale inhibitors, activated carbon, biocides, and other chemical kinds are used in the treatment of water and wastewater. In India's water treatment market, corrosion and scale inhibitors from the chemical industry had the lion's share. Pumps, valves & controls, and automation systems are all types of pumping systems used in the treatment of water. The market for water and wastewater treatment in India has already attracted a number of significant domestic and international players, including Driplex, Ion Exchange India, Thermax, Degremont, Doshi Ion, Veolia Water, and VA Tech Wahag.
Various Water and wastewater treatment Technologies available in India:
1. Application Segment Analysis
· Industrial
· Municipal
2. Chemical Segment Analysis
· Coagulants and flocculants
· Anti-foamants and defoamers
· Corrosion and scale inhibitors
· Activated carbon
· Biocides
· Others (pH adjustors, water softeners, and so on)
3. Pumping system Segment Analysis
· Pumps
· Valves & Controls
· Automation Systems
4. Membrane System Segment Analysis
· Reverse Osmosis
· Ultrafiltration
· Microfiltration
· Electrodialysis
· Gas Separation & Others
How to select the right treatment system?
The following are the most crucial factors to take into account when designing a water/ wastewater treatment plant (WWTP):
1. PURPOSES AND OBJECTIVES:
The major objective of designing a WWTP process is typically to reduce the volume, toxicity, and final treatment residue because final disposal can be very expensive and risky. It will be much simpler for you in the long run if you comprehend the project's purpose and objectives before choosing the preferred wastewater treatment method and service.
2. POSSIBLE TREATABILITY RESEARCH:
Treatability studies are crucial to the process of choosing a solution for both new and upgraded plants. Small-scale, inexpensive tests that are often carried out in a lab might provide important information on how proposed solutions will function in practise. They can be used to compare potential technologies and identify the best solution because they take into account site-specific variables using wastewater from the field.
3. APPLICANT TECHNOLOGIES:
Finding the correct technology can be challenging, especially if you are completely dependent on the Original Equipment Manufacturer (OEM) if this is outside of your area of expertise. Your life will be much simpler if you have performed treatability research, but even so, there is still hope because the OEMs should have the necessary knowledge to provide a workable solution for your application. The following should at the very least be taken into account while choosing candidate technologies.
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