Zero Liquid Discharge Water Treatment by Hyperfilteration

1. Zero Liquid Discharge Water Treatment by Hyperfilteration. In zero liquid discharge even a single drop of water is not allowed to discharge. Our most advanced ZLD PLANT have more than 98% water recovery. We have successfully imbibed most updated technologies and come up with best results. If we see multiple industries like mining and petrochemicals so these types of industries are producing a lot of wastewater in the environment. Zero Liquid Discharge Water is the best way to treat the liquid waste from the water and also it could be a great solution for the environment.

2. Importance of ZLD in Industrial Applications • Industries such as power generation, pharmaceuticals, textiles, and chemical manufacturing generate large amounts of wastewater. ZLD helps in reducing environmental pollution, conserving water resources, and complying with strict environmental regulations. • Hyper filteration, firmly guided by experience, constant research and development, has become the leader in designing and manufacturing of water and waste water management systems and Zld Plant With prime focus on environment protection and real time solution.

3. Our ZLD Salient Features • • • • • • • • • • Highest recovery of 95-98%. Lowest operational cost 50-80RS/kl. Zero chemical sludge. Customized solutions. No space restriction. Exceptionally low capex. Minimum dying cost-salt recovery. Lowest stream & power consumption. Less maintenance & breakdown. Fully automated system in the world.

4. Automatic Screening Unit • This section is the head of the waste water treatment plants and for almost any application where fine screening is required. Its aim is that to eliminate all coarse materials which are present in waste water and that its presence, if not properly removed , would cause obstruction problems to following water treatment machines. The unit uses a perforated screen bed that is cleaned by slowly rotating brushes. The brushes remove screened particles and a scraper system discharges them from the unit. High quality stainless steel brushes are used in this system with the help of Zld Plant.

5. H-Bioxic (Most Advanced Aerobic Biological Treatment) • Biological tank consists bacteria which helps to reduce BOD and COD. It also maintain Dissolved Oxygen level in water. Bacteria helps to decompose all the organic material present in effluent. It requires proper aeration and food for proper growth of bacteria. • In our H-Bioxic Biological Treatment Technology, There is no requirement of any chemical treatment and pre conditioning before biological treatment. Our H-Bioxic biological treatment system ensures zero chemical sludge with ultra clear water outlet.

6. H-Anoxic (Most Advanced Anaerobic Biological Treatment) • Our unique Anaerobic based biological treatment degrades the organic load (COD and BOD) in anaerobic digesters at efficiency of more than 90 percent hence requiring very less space compared to conventional anaerobic system. The methane gas generated is further used as biofuel. • Our business sense has connected perfectly with our customers with what matters the most - Quality, low capex, economic operation & efficient services.

7. H-MBR Unit • Our revolutionary H-MBR technology enables long run without cleaning and produces ultra clear out put. Our H-MBR process consists of a biological tank, membrane skid, air blower and automated control equipment. High Yield H-MBR membranes are used made of poly vinyl di fluoride (PVDF) of porosity of 0.02 Micron leading to ultra clear output enabling us to produce RO water at more than 98 percent recovery.

8. HMSRO (High Recovery Multi Stage RO system) • Our HMSRO is designed using ionization technology thus changing the physical nature of impurities. As a result, the RO system is operated at more than 98 Percent recovery without any issue of scaling and damage to membranes. Our RO system is equipped with latest membrane technology thus ensuring maximum membrane life.

9. H-SBR Unit • H-SBR stands for Hyper Sequential Batch Reactor which is manufactured in house using the latest technology. It is a “flow through” process, with effluent coming in at one end and treated effluent flowing out at the other. Oxygen is bubbled through wastewater to reduce biological oxygen demand (BOD) and Chemical oxygen demand (COD) making the effluent suitable for discharge. In SBR process follows filling , aeration , settling and decantation of effluent leading to more clear water than conventional Activated sludge process.

10. Technologies Used in ZLD Systems • Reverse Osmosis (RO) • RO membranes remove dissolved solids and impurities, recovering a significant amount of clean water from wastewater. • Evaporation and Crystallization • Zld Plant method further treats the concentrated brine to extract usable water and produce solid waste. • Ultrafiltration is a pre-treatment step that removes suspended solids and microbial contaminants.