Welcome to our blog! Read about interesting stories and challenges of the industries that Solex partners with.
Plastics manufacturers may have a new opportunity to reduce their primary energy consumption following new research that supports a pre-heating stage that operates on process-related waste heat.
One of the many benefits to heating free-flowing bulk materials with plate-based moving bed heat exchangers (MBHEs) is the ability to use steam as a heat source, providing the opportunity to reduce the size of the equipment. However, there are several key considerations when doing so.
The value behind regular performance evaluations and how they help maximize the effectiveness of your moving bed heat exchange technology.
How Solex heat exchange technology solves the problem of recovering waste heat from solids in industries such as cement, chemicals, packaging and food/drink.
Did you know that Solex Thermal Science was recently featured in a book? Titled Ammonium Nitrate & Fertilizer Safety, the publication recognizes Solex for pioneering the now-industry-wide use of moving bed heat exchangers (MBHEs) based on vertical plate technology
Exploring opportunities for process efficiencies and quality control in plastic polymer manufacturing through the use of moving bed heat exchange technology.
How moving bed heat exchangers is providing large energy users with the opportunity to recover and re-use energy that is inherent in bulk granular solids during production processes such as cement, steel and many others.
Anti-fouling UV-C solution combines pillow plate technology from Solex Thermal Science, ultraviolet radiation from Corrosion and anti-fouling IP from Phillips.
Understanding bulk solids flow patterns is essential to troubleshooting issues with solids handling equipment. Subtle changes in how a material moves may drastically affect overall performance and operability.
In Episode 17 of The Exchange, we discuss waste heat recovery and its applications within the oilseeds sector with Rich Barton of N Hunt Moore.