Acuriant provides a dual‑technology filtration platform that merges Solecta’s precision polymeric membranes with Nanostone’s robust ceramic ultrafiltration, offering microfiltration, ultrafiltration, nanofiltration and reverse osmosis in a single solution. By combining ceramic resilience with polymeric precision, the system reduces pretreatment requirements, increases product yields and lowers operating expenses for industrial and municipal customers in water, semiconductor, food & beverage, dairy, life‑sciences and advanced‑manufacturing sectors.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial and municipal water treatment processes often rely on single-technology membrane systems that struggle with variable feed conditions, high fouling rates, and limited selectivity, leading to excessive pretreatment steps, low product yields, and high operating costs.
Solution
Acuriant combines Solecta’s precision-engineered polymeric membranes (MF, UF, NF, RO) with Nanostone’s robust ceramic ultrafiltration modules in a unified platform. The hybrid approach leverages the high selectivity of polymeric membranes for fine separations and the chemical and thermal resilience of ceramic UF for aggressive pretreatment. By integrating these technologies, Acuriant reduces the number of treatment stages, improves overall recovery yields, and lowers energy and chemical consumption. The platform is offered in modular, containerized formats that can be retrofitted into existing plants or deployed as stand‑alone systems for new installations. Real‑world projects in semiconductor wastewater reclamation, municipal water upgrades, and dairy processing demonstrate measurable gains in throughput, footprint efficiency, and sustainability.
Target Audience
Primary customers are industrial water managers and process engineers in semiconductor manufacturing, municipal utilities, and food‑and‑beverage (including dairy) operations that require high‑efficiency, reliable membrane separation solutions.
Features
- Dual‑technology membrane suite covering microfiltration, ultrafiltration, nanofiltration, and reverse osmosis in a single product line
- Ceramic ultrafiltration modules with high fouling resistance, temperature tolerance, and PFAS‑free operation
- Precision polymeric membranes delivering high selectivity and low energy consumption for fine separations
- Modular, containerized system design enabling rapid installation, easy scaling, and space‑efficient retrofits
- Integrated pretreatment and fine‑separation stages that reduce the need for multiple discrete units
- Proven performance data across semiconductor, municipal, dairy, food‑beverage, and life‑science applications