Existing filtration methods often struggle to eliminate arsenic contaminants from groundwater, leaving residual risks of exposure.
Traditional filtration systems entail laborious and costly maintenance procedures, impeding their widespread adoption and operational efficiency.
Existing treatment systems rely on specific media, raising environmental and health concerns.
Refilling these media is a time-consuming and laborious process.
Navigating the Depths of Water Woes: Innovative Solutions Ahead
METAL stands at the forefront of innovation in addressing groundwater arsenic contamination. By harnessing molecular magnetism, it efficiently removes arsenic compounds from groundwater without resorting to chemical oxidation. This groundbreaking technology has been successfully implemented in arsenic-affected regions, notably Bihar, India, offering a promising solution to millions grappling with arsenic-contaminated groundwater. Field trials, conducted in collaboration with governmental bodies and international organizations like UNICEF and ICICI Foundation, have demonstrated their effectiveness, treated millions of liters of water, and significantly reduced arsenic levels. This research signifies a remarkable alternative for arsenic removal in current scenarios.
The Magnetic Arsenic Removal Unit, with patented technology and approval from the Ministry of Jal Shakti, Department of Drinking Water and Sanitation, is currently at TRL-9, ready for commercial production. Priced at an economical 0.15 paise per liter, it offers a cost-effective solution for arsenic removal. With patents including Indian Patent - 400769 and international filing under PCT (WO 2021/144815), along with approvals and validations by esteemed institutions like CSIR – IICT and CSIR – CGCRI, this technology is poised to make a significant impact in addressing water quality challenges.
The novel molecular scale technology provides an efficient alternative to traditional methods.
From household to community-level use, our solution offers adaptability, ensuring effective arsenic removal across diverse settings.
With a plug-and-play design and long lifespan, our unit requires minimal maintenance, making arsenic removal hassle-free and cost-effective.
M.E.T.A.L boasts a longevity of upto 10-15 years
6,28,000 Liter Water Treated from September 2021 to December 2022 in 3 Middle Schools and 2 community handpumps of Bhojpur and Buxar District of Bihar, India.
28,1,000 Liter Water Treated from January 2023 to June 2023 in 5 Middle Schools of Bhojpur and Buxar, Bihar
At the core of our mission is a relentless drive for innovation to combat urgent environmental challenges. We harness state-of-the-art technology and interdisciplinary expertise to pioneer groundbreaking solutions from inception. Our approach seamlessly blends rigorous scientific research, advanced engineering principles, and unwavering environmental stewardship. The result is a suite of sustainable solutions meticulously crafted to deliver tangible benefits to communities globally.
Development of sensors that monitor and analyze water quality in real-time, offering a comprehensive assessment of water quality parameters and are specifically designed for pipeline supply schemes. These include-
INTEGRATION OF AI AND IOT CONNECTIVITY
With IoT connectivity, the device aims to transmit data and reports remotely, facilitating streamlined operations and enabling swift responses to any deviations from acceptable parameters. AI enables the device to continuously learn from the data it collects. This adaptive capability allows the device to improve its accuracy over time and perform predictive maintenance.
MAPPING WATER QUALITY
Geomapping technology is used in in assessing and monitoring water quality across diverse landscapes. By utilizing spatial data analysis techniques, geomapping enables the identification of sources of contamination, pollution hotspots, and areas vulnerable to environmental degradation. Through comprehensive surveys and data collection efforts, stakeholders can gain valuable insights into the spatial distribution of water quality parameters such as pathogens, pollutants, and chemical constituents.
MAPPING WASTE GENERATION
Geomapping facilitates the identification of waste generation points and patterns. By pinpointing locations where various types of waste are generated, including biohazard, e-waste, dry waste, organic waste, and industrial waste, stakeholders can develop targeted waste management strategies. Geomapping surveys, coupled with intuitive dashboards, enable participants to quantify and categorize waste generation, providing a comprehensive understanding of the waste landscape and informing strategic interventions.
To foster community engagement and ownership of sustainability initiatives, geomapping efforts can be coupled with participatory approaches and incentive programs. By empowering stakeholders to actively participate in data collection and decision-making processes, geomapping initiatives can enhance transparency, accountability, and social cohesion. Through collaborative partnerships and shared governance structures, communities can work together to address shared environmental challenges and build resilient, sustainable futures.
Discover our state of the art facilities, Operational Centers, Research Lab, Factories and Plants
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