FAQ Tera environnement
Before a new material, piece of equipment, consumable or coating is introduced into a cleanroom, TERA Environnement characterizes its outgassing potential using a micro-chamber (µ-CTE). The material...
The WOS (Wafer Out-gassing System) technique coupled with ATD GC MS (thermal desorption / gas chromatography / mass spectrometry) is an advanced method for detecting low-volatility or non-volatile...
SMC (Surface Molecular Contamination) refers to chemical contaminants deposited on cleanroom surfaces, particularly substrates and wafers during manufacturing. TERA Environnement analyzes SMC by wipe...
TERA Environnement has more than 25 years of experience in cleanroom-air analysis and a high-performance analytical instrument fleet capable of analyzing a wide range of organic and inorganic...
AMC (Airborne Molecular Contamination) refers to gaseous chemical contamination in cleanroom air that can affect the manufacture of ultra-sensitive components such as semiconductors, aerospace...
For workplace-air measurements, TERA Environnement offers passive media (Radiello badges, Ogawa samplers for NOx and SKC badges for mercury) for exposure periods ranging from 8 hours to 7 days...
Workplace-air monitoring, also known as industrial hygiene or occupational exposure monitoring, is intended to protect workers exposed to hazardous chemical agents. In France, the Labour Code...
Yes. TERA Environnement is involved in the CARACTAIR project, which is developing a new approach to long-duration sampling in soil gas and indoor air. This innovative project aims to improve...
Soil-gas analysis involves sampling and analyzing gases present in soil pores, particularly at potentially contaminated sites such as former industrial sites and landfills. It is essential for...
Yes. TERA Environnement works in particular with the French Accredited Air Quality Monitoring Associations (AASQA), which are responsible for regulatory air-quality monitoring in France. The...
