Insights 5 reasons why you should monitor H2S at the wastewater treatment plant fNedbryder anlægLugterPåvirker processerneWorker safety concernTo know what's going on - processparameter - bruge til at gå ud i netværket og løse eventuelle problemer derude!Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et [...]
Insights 3 reasons why H2S is a rising problem in sewer systems Centralization, sustainability, and efficiency trends present benefits to the environment and society - but they also act as a catalyst to the hydrogen sulfide problem. Here are three factors that explain why the hydrogen sulphide problem will increase in [...]
The benefits of dosing chemicals for H2S mitigation end-of-pipe Insights Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Sodales ut etiam sit amet nisl purus in. Duis ultricies lacus sed turpis tincidunt id aliquet risus. Id interdum velit laoreet [...]
A new sensor manufacturer is taking up the fight against hydrogen sulfide in sewers – a foul-smelling and corrosive gas that costs wastewater utilities billions of dollars and many headaches.
Meet Unisense at AquaTech, Amsterdam on November 5-8. Experience both the SulfiLogger™ sensor and the Unisense Environment nitrous oxide sensor system.
Meet Unisense at the Ecomondo tradeshow in Rimini on November 5-8 at stand D4.050.
Unisense and TU Berlin have installed two SulfiLogger sensors in the German town of Ueckermünde to optimize chemical dosing strategies and mitigate hydrogen sulfide odors.
The Danish SaaS company APX10 is integrating the SulfiLogger™ sensor in their new big data analytics platform data|APEX, enabling utilities to make informed asset management decisions.
The August edition of the Danish Water and Wastewater Association DANVA’s magazine DANSKVAND features an interesting article about new technologies for hydrogen sulfide prevention and removal in sewer networks.
The SulfiLogger™ sensor is featured in a new, exciting research project on online sulfide monitoring in wastewater collection networks by TU Berlin and Berliner Wasserbetriebe.
