Chemtron is a biological & chemical water treatment solutions management company serving industrial customers. Headquartered in St Charles MO, we serve major industries including commercial, healthcare, ethanol, food & beverage, refining, & power. In 2000, we founded a separate division, River Bend Lab, a leader providing biological and chemical treatment solutions for industrial waste clients.
If you want to understand the biochemistry of what goes on inside a reactor, please attend this session. One of CRB water's experts, VP Tale will be presenting on imfornation on how to improve digestion (biogas production) efficiency of anaerobic digesters and how to quickly recover upset reactors.
https://lnkd.in/gAPmd-iR
💡 Did you know the entire #biogas industry depends on microscopic 'bugs'?
These bugs determine the actual energy your #anaerobicdigestion facility produces. It's up to us to understand how #substrate management impacts their performance—and ultimately, your bottom line.
Next week, attend ABC's Continuing Education Series to:
✅ Keep your bugs happy and learn ways to maximize gas production
✅ Learn how sand, grit, and plastics affect energy yields
✅ Master #micronutrient mapping and #digestion optimization
✅ Earn 18 PDHs while gaining actionable, science-backed knowledge
Whether you're an operator or developer, or just passionate about #sustainableenergy, this series will transform how you see (and manage) your digestion system.
📅 Register now: https://lnkd.in/eZ6QisvG
In the dynamic world of the food industry, the use of powerful oxidizing chemicals—such as peracetic acid, hydrogen peroxide, bleach, and bromides—has become a staple for maintaining hygiene and safety. These chemicals work by dramatically increasing the oxidation-reduction potential (ORP) of waste, effectively neutralizing harmful microbes. However, when it comes to treating these oxidized wastes using anaerobic digestion, we face a unique challenge. Anaerobic digestion, a process that thrives in an oxygen-deprived, highly reducing environment, can be significantly disrupted by the elevated ORP levels introduced by these chemicals.
This is where the science of ORP becomes critical. Understanding how ORP influences anaerobic digestion is not just important—it’s essential. The delicate balance within your reactor could be the difference between optimal performance and costly inefficiencies. Moreover, mastering the ORP ranges of various wastewater treatment processes isn't just about maintaining compliance; it’s about ensuring the long-term success and sustainability of your operations. From preventing hydrogen sulfide generation to managing downstream water treatment, ORP is a key player in the Anaerobic Digestion game.
But don’t worry if this all sounds a bit overwhelming. We’ve got you covered! In our latest video, we break down the complex concept of ORP and dive into how it directly impacts the performance of anaerobic digestion systems. Whether you're overseeing an anaerobic reactor that treats industrial liquid waste or you own a reactor asset or you're simply keen on expanding your knowledge, this video is packed with insights that you’ll find incredibly valuable.
Ready to take your understanding to the next level? Watch the video and unlock the secrets to mastering ORP in your anaerobic digestion process. And if you have any questions or want to discuss this topic further, don’t hesitate to reach out. Our anaerobic expert is just an email or a phone call away at vpt@crbwater.com or +1(647)542-7890.
VP Tale, PhD, P.Eng., MBA, Christopher Hatch, Dane K., Thea Cummings, Anne Hunter, P.E., Wade Odegard, Benjamin K. Borglin, Doug Jansma, Matthew MiltonAnna Koch, Rob Rust, Ian Rischmiller MBA, Craig Malagise, Amy Pollock, Dan OBrien, Craig S. Yelle, Daniel Michalak, Shawn Hegarty Brian Davidson, Tony Metzner, Carter McCracken, Jacob Garner, Bryan Mellberg, Eric Kruczynski, Nikko Berrios, Jerome Strong, Jim Beck, Charles Rohr, MBA, Justin Treece, Lee Browne, Klaeton Bubb, Andrea Carnes, Aaron Miles, Jeremy Bernahl, Joe Spadafora, Jeremiah O'Brien, Michael Poulos, Stephen P. Wood, Matt Walker