Launching advanced wastewater project
Itene appears to be expanding its environmental‑chemistry platform by starting a new initiative focused on treating complex industrial wastewater with biotechnological methods. The move seems to complement recent activities in bio‑based materials and circular‑material recovery, suggesting a broader push into sustainable chemical solutions.
Public announcements show that Itene has launched the BIOFLOW project to develop and validate an integrated biotechnological system for industrial wastewater treatment. Recent project results from REDONDO demonstrate recyclable polymeric materials and a Safe and Sustainable by Design methodology. The ECOTRON outputs include bio‑based, recyclable materials and chemical‑recycling processes. Itene is also part of the V‑FOREST project converting forest residues into bio‑based products. Coordination of the TEX4GREEN consortium further highlights work on bio‑based textile chemicals.
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ITENE announced the start of BIOFLOW, a funded project to develop and validate an integrated biotechnological system for treating complex industrial wastewater, focused on removing recalcitrant industrial surfactants from chemical-sector effluents using enzymatic biocatalysis, a microbial biofilter and online monitoring, with pilot-scale validation planned.
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ITENE announced REDONDO project results showing recyclable polymeric materials with high technical performance, safety and sustainability, including an SSbD methodology, bio-based additives for wiring, cross-linked polyethylene formulations with up to 10% bio-based flame-retardant substitution, and laboratory and pilot-plant validation.
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ITENE highlighted ECOTRON project outputs including bio-based and recyclable materials for lighting, wearables, medical devices and IoT, three patents, a compostable printed temperature sensor, and chemical recycling processes to recover silver and valorise polymer substrates.
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ITENE announced the launch of the CBE JU/Horizon Europe-funded V-FOREST project, which will convert underutilised forest residues into high-value bio-based products, including cosmetics-sector ingredients. ITENE said it will lead environmental and techno-economic assessment work and contribute to developing new bioactive ingredients, extending its sustainable-chemistry activity beyond packaging materials into bio-based functional inputs.
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ITENE announced that it is coordinating the Horizon Europe/CBE JU-funded TEX4GREEN consortium, which has 17 partners across 8 countries and will develop bio-based alternatives for textile chemicals, including lignin-based coatings, bio-based surfactants, dyes and fixing agents under a Safe and Sustainable by Design framing.
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ITENE’s V-FOREST project page links its role to material and additive synthesis, packaging material formulation and processing, and bioanalysis and biodetection, with €507,891.25 in ITENE funding for work converting stressed forest residues into higher-value bio-based ingredients.