Paques U.S.’s Post

🚀Transform wastewater treatment with innovation! Our new, improved Anammox settlers are now 3D printed, allowing for small-scale, flexible designs tailored to your specific needs. Join the Future of Wastewater Treatment: 🌟 Innovative Design of 3D printed internals 🔄 Flexible & Small-Scale 🌍 Sustainable Solution The ANAMMOX® process can be used for the removal of ammonium from nitrogen rich effluents. It is often applied after anaerobic treatment of sludge or wastewaters. Application sectors for Industrial wastewater treatment: • Food industries (e.g. gelatin, potato processing) • Fermentation industry (e.g. yeast, alcohol, pharmaceutical) • Organic waste residue digestion   Learn more: https://lnkd.in/dhs9Twd5 #anammox #wastewatertreatment #biologicaltreatment #nitrogenremoval

🚀Transform wastewater treatment with innovation! Our new, improved Anammox settlers are now 3D printed, allowing for small-scale, flexible designs tailored to your specific needs. Join the Future of Wastewater Treatment: 🌟 Innovative Design of 3D printed internals 🔄 Flexible & Small-Scale 🌍 Sustainable Solution The ANAMMOX® process can be used for the removal of ammonium from nitrogen rich effluents. It is often applied after anaerobic treatment of sludges or wastewaters. Application setors for Industrial wastewater treatment: • Food industries (eg gelatin, potato processing) • Fermentation industry (e.g. yeast, alcohol, pharmaceutical) • Organic waste residue digestion Learn more: https://lnkd.in/dhs9Twd5 #anammox #wastewatertreatment #biologicaltreatment #nitrogenremoval

🚀Transform wastewater treatment with innovation! Our new, improved Anammox settlers are now 3D printed, allowing for small-scale, flexible designs tailored to your specific needs. Join the Future of Wastewater Treatment: 🌟 Innovative Design of 3D printed internals 🔄 Flexible & Small-Scale 🌍 Sustainable Solution The ANAMMOX® process can be used for the removal of ammonium from nitrogen rich effluents. It is often applied after anaerobic treatment of sludges or wastewaters. Application setors for Industrial wastewater treatment: • Food industries (eg gelatin, potato processing) • Fermentation industry (e.g. yeast, alcohol, pharmaceutical) • Organic waste residue digestion Learn more: https://lnkd.in/dhs9Twd5 #anammox #wastewatertreatment #biologicaltreatment #nitrogenremoval

🚀Transform wastewater treatment with innovation! Our new, improved Anammox settlers are now 3D printed, allowing for small-scale, flexible designs tailored to your specific needs. Join the Future of Wastewater Treatment: 🌟 Innovative Design of 3D printed internals 🔄 Flexible & Small-Scale 🌍 Sustainable Solution The ANAMMOX® process can be used for the removal of ammonium from nitrogen rich effluents. It is often applied after anaerobic treatment of sludges or wastewaters. Application sectors for Industrial wastewater treatment: • Food industries (eg gelatin, potato processing) • Fermentation industry (e.g. yeast, alcohol, pharmaceutical) • Organic waste residue digestion   Learn more: https://lnkd.in/dhs9Twd5 #anammox #wastewatertreatment #biologicaltreatment  #nitrogenremoval

🚀Transform wastewater treatment with innovation! Our new, improved Anammox settlers are now 3D printed, allowing for small- scale, flexible designs tailored to your specific needs. Join the Future of Wastewater Treatment: 🌟 Innovative Design of 3D printed internals 🔄 Flexible & Small-Scale 🌍 Sustainable Solution The ANAMMOX® process can be used for the removal of ammonium from nitrogen rich effluents. It is often applied after anaerobic treatment of sludges or wastewaters. Application setors for Industrial wastewater treatment: • Food industries (eg gelatin, potato processing) • Fermentation industry (e.g. yeast, alcohol, pharmaceutical) • Organic waste residue digestion   Learn more: https://lnkd.in/dhs9Twd5 #anammox #wastewatertreatment #biologicaltreatment #nitrogenremoval

This new state-of-the-art granular sludge based ANAMMOX 2.0 has been successfully applied in the municipal sector with projects leads in Spain, Netherlands and Germany. N2O emission in biological wastewater treatment is generally attributed to ammonia oxidizing bacteria (AOB) and heterotrophic denitrification (HDN). As anammox bacteria are known not to emit any N2O, these bacteria have the potential in playing an important role in mitigation of GHG emission from biological wastewater treatment systems. The new improved ANAMMOX 2.0 biomass retention system promotes the formation of dense highly concentrated anammox granular biomass and selectively washes out any undesired flocculent biomass.

🚀Transform wastewater treatment with innovation! Our new, improved ANAMMOX® settlers are now 3D printed, allowing for small-scale, flexible designs tailored to your specific needs. Join the Future of Wastewater Treatment: 🌟 Innovative Design of 3D printed internals 🔄 Flexible & Small-Scale 🌍 Sustainable Solution The ANAMMOX® process can be used for the removal of ammonium from nitrogen rich effluents. It is often applied after anaerobic treatment of sludges or wastewaters. Application sectors for Industrial wastewater treatment: • Food industries (eg gelatin, potato processing) • Fermentation industry (e.g. yeast, alcohol, pharmaceutical) • Organic waste residue digestion Learn more: https://lnkd.in/dhs9Twd5 #anammox #wastewatertreatment #biologicaltreatment #nitrogenremoval

🚀Transform wastewater treatment with innovation! Our new, improved Anammox settlers are now 3D printed, allowing for small- scale, flexible designs tailored to your specific needs. Join the Future of Wastewater Treatment: 🌟 Innovative Design of 3D printed internals 🔄 Flexible & Small-Scale 🌍 Sustainable Solution The ANAMMOX® process can be used for the removal of ammonium from nitrogen rich effluents. It is often applied after anaerobic treatment of sludges or wastewaters. Application setors for Industrial wastewater treatment: • Food industries (eg gelatin, potato processing) • Fermentation industry (e.g. yeast, alcohol, pharmaceutical) • Organic waste residue digestion Learn more: https://lnkd.in/dhs9Twd5 #anammox hashtag#wastewatertreatment hashtag#biologicaltreatment hashtag#nitrogenremoval

Update (20/11/2024) on PFAS restriction consultation from ECHA includes new uses not previously identified (e.g. sealing, printing and medical applications) and alternative restriction options (full ban, ban with time-limited derogations, or allowing continued manufacture in some instances). https://lnkd.in/eyP4gwU6

Belgian firm BIO INX has released a new vat polymerization DLP resin for bioprinting, derived from gelatin methacrylamide (Gel-MA) and naturally sourced from collagen. The resin was developed by Ghent University and is highly biocompatible and easy to process, but a little expensive. Joris Peels reports.