You know that the characteristics of water and steam can significantly impact your power plant's performance. One contaminant that must be strictly controlled is silica. Join METTLER TOLEDO for this free webinar to find out why, where, and how to monitor silica. #METTLERTOLEDO #Power #PowerPlant #Silica #Water #Chemistry https://okt.to/fipG64

Polyionic Cathode Materials for Sodium-Ion Batteries: Challenges and Opportunities

QUIZ: How is ammonia typically produced for industrial purposes? ① Electrolysis ② Haber-Bosch Process ③ Photosynthesis Check the comment section next Friday for the answer!

🔋 Exploring the Intricate Chemistry of Battery Leakage 🔬 Ever wondered why old batteries tend to leak? The answer lies in the world of chemistry! 🧪 The chemicals responsible for generating electricity within batteries also produce hydrogen, which can exert pressure and lead to seal breaches. In a typical alkaline battery, a potassium hydroxide gel serves as the conductive electrolyte. During the chemical reactions within the gel that power the battery, a small amount of hydrogen gas is generated. Over time, this gas buildup creates pressure within the sealed battery cell, eventually causing minuscule ruptures along the metal casing seams. While the potassium hydroxide reacts harmlessly with CO2 to form potassium carbonate, the pressure from the hydrogen gas can cause leaks. Remember, potassium hydroxide can be caustic and cause skin irritation, which is why it's essential to handle leaking batteries with care and dispose of them properly. #chemistry #battery #recycle https://lnkd.in/eH5rUzh7

Here is our collaborative work for the separation of formate, which is produced by the electrochemical reduction of CO2

The Challenge: Catalytic chemical processes with #hydrodesulfurization reactors operate in harsh, #corrosive conditions, requiring custom cladding technology. Read about our solution. https://ow.ly/RR2h50Q3GBW

Adsorption With Granular Activated Carbon