Thermo Fisher Scientific has developed an ion chromatography method for nuclear power plants (NPPs) that determines trace concentrations (less than 1 µg/L) of fluoride, chloride, and sulfate in simulated secondary feed water that contains ethanolamine, hydrazine, and polyacrylic acid in just 20 minutes.

Problem: In today’s laboratories, safe, efficient sample processing is essential to getting research answers faster. The centrifuge is a staple of these laboratories and critical to this sample processing. Often a shared resource in busy research facilities, the lab centrifuge can be a revolving door of multiple users with varying levels of experience and a range of applications, all requiring a variety of rotors. Yet, the centrifuge is technically complex and can be the source of lab mishaps if used improperly. These everyday challenges can keep lab managers up at night: Are all researchers trained on centrifuge use? Are they using the right rotors for their applications and is the centrifuge programmed with the correct application parameters? Are they ensuring the rotors are properly and safely secured in the centrifuge chamber to avoid any potential rotor accidents?

Thermo Fisher Scientific is pleased to announce a new technical note about the determination of inorganic anions in water samples using our 4 µm ion-exchange column (Thermo Scientific™ Dionex™ IonPac™ AS18-4µm column).

Thermo Fisher Scientific is pleased to announce a new technical note on the fast separations of inorganic ions in saline solution samples.

Thermo Fisher Scientific has developed a simple and accurate new method that determines inorganic anions (e.g., chloride, sulfate, and phosphate) that contribute to the nutritional composition of dried distillers grains with solubles (DDGS) in less than 10 minutes.

Thermo Fisher Scientific has a new method to determine trace fluoride, chloride, and sulfate in simulated borated waters containing lithium.

Thermo Fisher Scientific has developed a robust ion chromatography (IC) with pulsed amperometric detection-based method for determining iodide and iodate in milk-based infant formula from all major U.S. producers.