NanoClear Water Solutions
NanoClear applies advanced nanomaterial technology to significantly enhance water and wastewater treatment through process intensification
About Us
At NanoClear, we apply NanoMaterial Technology to advance water and wastewater treatment. Our core product, ProBio Media (PBM), is a result of 15 years of R&D, designed to transform the biological treatment process. With its high surface area and unique structure (80% porosity), PBM promotes bacterial growth and prevents clogging, allowing for more efficient treatment while reducing sludge and chemical use.
PBM increases treatment capacity by up to 40%, all within the same footprint, and can be seamlessly retrofitted into existing systems. It is currently applied in wastewater treatment, algae control, and aquaculture, delivering significant improvements without the need for additional energy or chemicals.
Our mission is to enhance treatment processes, protect ecosystems, and create sustainable water solutions. PBM is a versatile tool that not only improves performance but also minimizes environmental impact, making it a powerful choice for addressing the complex challenges of water management.
Relevant Challenges
Energy Efficiency
Our company addresses energy efficiency by optimizing biological processes in water and wastewater treatment. ProBio Media (PBM) is designed with a high surface area and interconnected pores that enhance bacterial growth and nutrient removal. This design increases treatment capacity and efficiency within existing systems, reducing the need for energy-intensive mechanical processes. PBM can be easily retrofitted into existing systems, enabling facilities to boost performance without additional energy demands or costly upgrades. This makes it a practical, energy-efficient solution that supports both operational efficiency and sustainability.
Wastewater Treatment
ProBio Media (PBM) enhances wastewater treatment efficiency by up to 40%, offering a surface area 2,000 times higher than commonly used plastic ‘bio-balls’. With its high surface area and interconnected pore structure, PBM facilitates accelerated bacterial growth and intensifies bio-filtration processes, resulting in significant treatment capacity within a smaller footprint. This allows wastewater treatment plants to meet regulatory compliance efficiently without the need for costly new systems, potentially saving millions of dollars. PBM is also environmentally sustainable, reducing reliance on chemicals and energy consumption while minimizing sludge production and associated operational costs.
Heavy Equipment
ProBio Media (PBM) addresses the challenge of heavy equipment by providing enhanced biological treatment processes that retrofit into existing infrastructure, increasing capacity by up to 40%. By integrating PBM, facilities can achieve higher treatment efficiency and treat more waste without the need for large, costly equipment upgrades. This approach reduces the physical footprint and operational complexity associated with traditional heavy machinery, offering a more streamlined and cost-effective water treatment solution.
Biomaterials
ProBio Media (PBM) is an advanced biomaterial that supports superior biological activity and performance compared to traditional biocarriers. Its durability and effective design ensure long-term stability, reducing the need for frequent replacement or maintenance, and enhancing the overall reliability and efficiency of the treatment system.
Livestock and Aquaculture
ProBio Media (PBM) is utilized in aquaculture ponds and Recirculating Aquaculture Systems (RAS) to enhance water quality, significantly reducing ammonia and nitrite levels and preventing disease outbreaks. PBM’s superior bio-filtration capabilities improve overall water quality, enhancing FCR, increasing yield biomass, and achieving higher survivability. This enables aquaculture operations to scale efficiently, allowing for higher stocking densities and reduced water exchanges, while maintaining optimal conditions. The result is healthier fish and higher profitability.
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