#Innovation #REUSE #Industrial #Wastewater #Circular_Economy #Technology
ABOUT US :
OSEIDO is a company specialized in wastewater treatment, born from the collaboration between experts in advanced treatment technologies—particularly membrane-based processes—and specialists in international project management. Led by Ghilaine Charrade, an expert in water and industrial waste treatment with over 20 years of experience in France, China, and Chile, OSEIDO builds on strong expertise acquired within major international industrial groups. This background covers the full lifecycle of industrial effluent treatment units, including engineering, manufacturing, deployment, and operational follow-up.
Drawing on this extensive international experience, OSEIDO offers innovative and proven solutions on the French market. Its technology portfolio includes biomimetic solutions for cooling water treatment, pressure-driven and hollow fi ber membrane fi ltration systems for industrial and process water applications, as well as ion exchange resin technologies. These resins are used for advanced contaminant removal and resource recovery, including PFAS treatment, lithium extraction, and other specifi c industrial applications requiring high selectivity and performance. Together, these solutions are designed to improve water efficiency, reduce operational costs, and comply with increasingly stringent environmental regulations.
Driven by a strong customer service culture, OSEIDO develops tailor-made solutions that address the specifi c technological, economic, and environmental challenges of each project. Its organization covers the entire value chain, from process design and equipment selection to installation, commissioning, maintenance, and performance monitoring. Each project is managed by a dedicated project manager, ensuring reliable operation, optimized performance, and long-term success for its clients.
OSEIDO provides comprehensive services covering the entire lifecycle of water and wastewater treatment projects. Its expertise includes feasibility studies and technical consulting, process engineering, and customized system design. OSEIDO also supports innovation through R&D activities, laboratory testing, and pilot-scale trials to validate process performance under real operating conditions. From technology selection and optimization to commissioning and operational support, OSEIDO ensures reliable, efficient, and scalable solutions tailored to each client’s industrial and environmental requirements.
OSEIDO supplies pilot, semi-industrial, and full-scale industrial membrane fi ltration units, containerized or skid-mounted. Solutions include ceramic and organic membranes for MF and UF, as well as organic membranes for NF and RO, with all required pretreatment. Post-treatment for micropollutant removal and water reuse can be added if needed. Ceramic membranes offer durability, chemical and thermal resistance, and reduced maintenance. Organic membranes are cost-effective and fl exible. Both provide proven performance in clarifi cation, concentration, and separation across diverse industrial applications.
OSEIDO provides ion exchange resin solutions tailored to effluent composition, treatment objectives, and specifi c operational constraints. Multiple resins can be combined to increase selectivity by removing interfering ions, enabling more efficient adsorption. Higher selectivity limits the number of species in the concentrate, simplifying downstream enrichment and purifi cation steps. Applications include landfi ll leachate treatment, industrial effluent purifi cation, PFAS capture with TFA removal above 99.5%, and critical metal recovery. In a lithium case study, 98% of Li+ was removed between raw effluent and discharge, with 60% captured in the fi rst stage and 38% in the second. Proven uses.!
NEW INNOVATION
Ceramic membrane fi ltration to capture microplastics
OSEIDO is developing an innovative pilot project based on ceramic membrane fi ltration dedicated to the study and capture of microplastics. This future pilot unit will allow the evaluation of removal efficiencies for different microplastic size ranges, while simultaneously assessing the retention of other micropollutants present in the effluent. Tests conducted on real wastewater will generate quantitative data on capture rates, sludge volume, and sludge characteristics, supporting the identifi cation of suitable treatment or recovery options. A comprehensive techno-economic study will accompany the pilot phase to refi ne system design, operating conditions, and scalability toward semi-industrial and full-scale applications.
CONTACT US
Ghilaine CHARRADEGeneral Manager
E-mail : contact@oseido.tech
Tél. : +33 (0)7 87 31 11 06
18 avenue de Mazères – 31210 – Montréjeau – FRANCE
www.oseido.tech