Scientists Find Way to Prevent Clumping in Protein Shakes

Scientists from RMIT University in Australia and Riga Technical University in Latvia have developed a method to control static charge on surfaces, which could significantly impact the production of common household goods. The discovery was published in the journal Applied Physics Letters.

The research focuses on the electrostatic charge that accumulates on surfaces, a common issue in industrial settings. By controlling this charge, the scientists aim to reduce the clumping of powders, including protein, chocolate malt, and coffee. This could lead to improved product consistency and reduced waste in manufacturing processes.

Static charge buildup is a well-known problem in the production of powdered goods. It can cause powders to stick together, leading to clumping and inconsistencies in the final product. The new method developed by the researchers could help mitigate this issue, making production more efficient and cost-effective.

The discovery was made through a series of experiments conducted by the research team. They found that by applying a specific voltage to a surface, they could control the amount of static charge that accumulated. This allowed them to reduce the clumping of powders and improve the overall quality of the product.

This breakthrough has the potential to benefit a wide range of industries, including food and beverage, pharmaceuticals, and cosmetics. By reducing clumping and improving product consistency, manufacturers could see significant cost savings and increased efficiency in their production processes.

**Context:** This discovery could have significant implications for the food and beverage industry, particularly in the production of protein shakes and other powdered goods. By controlling static charge on surfaces, manufacturers could reduce clumping, improve product consistency, and increase efficiency in their production processes. This could lead to cost savings and a better overall product for consumers.