Articles

Discover how Statistical Process Control (SPC) methodologies, traditionally used in manufacturing, can be effectively implemented during refractory installation processes. This scientific approach ensures consistent quality, reduces ...

This article discusses the scientific principles behind designing and selecting refractories with superior thermal shock resistance. We explore how microstructural engineering and composite material development can mitigate the impact ...

Examine the latest scientific developments in eco-friendly refractory materials, including innovations in raw material sourcing, energy-efficient production, and enhanced recyclability, contributing to a more sustainable industrial future.

Understand the quantitative and qualitative frameworks of Risk-Based Inspection (RBI) as applied to refractory linings. This article details how systematic risk assessment drives optimized inspection intervals and maintenance ...

Delve into the scientific methodologies employed in forensic materials analysis to pinpoint the exact mechanisms of refractory degradation, from microstructural changes to chemical attacks, providing a definitive basis for corrective ...

Explore how advanced machine learning algorithms analyze historical operational data, material properties, and environmental factors to accurately predict refractory wear rates and remaining lifespan, enabling proactive maintenance and ...

Lucideon Supports Wockhardt to Get the COVID-19 Vaccine to Market Case study Testing carried out at Lucideon’s GMP testing laboratories and analytical chemistry facilitie The challenge Lucideon was chosen by Wockhardt, the global ...

The waste feedstock used to generate biogas and landfill gas (LFG) often produces siloxanes; silicon-based organic materials that are widely used in industry, e.g. water repellents, cosmetics, deodorants and shampoos. Siloxanes become ...