Microplastic Filtration System Clera.One
Partner(s)/Owner(s): Clera.One
Brief Description:
Clera.One stands out for its decentralized, on-site wastewater treatment approach, which directly addresses challenges in water scarcity, cost, and environmental impact. Unlike traditional systems that rely on centralized infrastructure, Clera.One’s modular, scalable units treat water at the source, reducing the need for extensive piping and transportation, thus lowering carbon emissions and operational costs. This flexibility allows industries to treat and reuse water within their facilities, promoting a circular economy approach that minimizes reliance on external water sources.
Problem:
Microplastic pollution and water scarcity are interconnected global challenges demanding urgent solutions. Traditional wastewater treatment systems often lack the capacity to effectively remove microplastics, leading to their release into natural water bodies, where they harm aquatic life and potentially threaten human health. This requires the development of advanced filtration technologies that can specifically target and capture these tiny pollutants.
Furthermore, conventional centralized wastewater treatment infrastructure can be resource-intensive, requiring significant energy and water consumption. Reliance on centralized systems also implies extensive water transportation networks, contributing to carbon emissions and logistical challenges.
Solution:
Clera.One’s Microplastic Filtration System is an advanced decentralized treatment technology addressing microplastic pollution. Its decentralized wastewater treatment offers high-performance, modular, and scalable (1-5 m³/hour) solutions for diverse industries. By integrating advanced purification, the systems efficiently remove microplastics, endocrine disruptors, and other contaminants, while IoT sensors enable real-time monitoring and automated control. Clera.One’s Microplastic Filtration System captures microplastics at the source, preventing them from being released into water bodies. It is designed for on-site applications, which provides a sustainable, scalable solution, and the integration of high-performance filtration mitigates pollution and promotes circular economy practices.
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