ZeeDENSE combines ZeeLung MABR with continuous flow densification technology so activated sludge plants can achieve super-intensification. Read how ZeeLung expanded the Yorkville Bristol Sanitary District plant’s capacity within existing infrastructure: https://t.co/O9BY8Oa8bb
New Zealand's first installation of a membrane-aerated biofilm reactor (MABR) at the Helensville Wastewater Treatment Plant is putting up a strong case for this technology to be adapted around the country. Learn more via Water New Zealand https://t.co/5F2i0oWdfU
The first 100 units of hardware mass production have arrived and our testing has been completed!
But, the firmware development has been delayed. We need a little more time to complete the SmplTrek.
Follow us to get information about the development progress and release!
See how Ionics’ Bipolar Electrodialysis is at the core of SUEZ’s closed loop IEX solution to recover acid and caustic from waste streams, discover how to reduce your plant's carbon footprint. #ionics#bped
https://t.co/YbmN3IuK0q
The ZeeLung MABR technology can help address the growing challenges for municipalities such as constrained footprints, increasingly stringent regulations, extreme weather events and high energy costs. https://t.co/xfleUl0Y09
The ZeeLung Membrane Aerated Biofilm Reactor (MABR) provides process intensification, allows for simple installation and operation, helps reduce greenhouse gas emissions and energy use. Learn how. https://t.co/2HxqAIdJ8l
The adoption of ZeeLung technology enables communities to save money, space, & energy consumption, a goal operators must have to meet the growing demand for water reuse programs. Check out this recent blog post to see process intensification in action: https://t.co/NiuqPIuYzB
Our ZeeLung solution, at its core, is resilient, simple & sustainable wastewater process intensification. See how it can maximize treatment capacity in existing tank volumes while also reducing energy consumption at: https://t.co/fLEnoNrYOW
Organic waste streams serve as a potential gold mine of an energy source, SUEZ's Mike Theodoulou noted in an interview with @TriplePundit showcasing the incredible opportunity (436 million gigajoules [GJ] of energy!) that lies with organic waste streams: https://t.co/cM00hWn1WW
For the Hespeler #wastewater treatment plant in Cambridge, Ontario, #MABR technology was the key to future-proofing their operations. See how we assisted them in adjusting to accommodate a rapidly growing population in @ESEMAG (p.34): https://t.co/UgTFvB9U57
In 2014, Switzerland demonstrated world leadership in addressing #micropollutants by revising their Water Protection Ordinance, implemented first at the ARA Altenrhein WWTP. SUEZ’s Trevor Dale recounted our involvement in the project for @WaterWorld: https://t.co/1rco9VqCTe #PFAS
When you need to upgrade your #wastewater treatment plants for capacity expansion or nutrient removal, ZeeLung is the answer! To see how you can increase existing tank volumes while also reducing #energy consumption, visit: https://t.co/fLEnoNrYOW
@indramaharjan Sorry I missed you today, Indra. Hope you had a good discussion with the team. By the way, that's recycled wastewater treated by our on-site MBR in your picture! Pretty cool #innovation eh? At @suezWATERTECH we walk the walk.
When the city of Cambridge, ON needed to upgrade the Hespeler #Wastewater Treatment Plant, they turned to our team for help. Read how breaking conventional methods of secondary #treatment helped improve #effluent quality in @ESEMAG (p.34): https://t.co/ACxkQfwziT
In an article for @Chem_Processing, SUEZ expert Amanda Scott reviewed how total organic carbon (#TOC) analyzers for monitoring closed-loop cooling #water systems can help ensure efficiency and productivity in the #chemical industry: https://t.co/FCWgDt86I1