Radiation Decontamination

Articles & Whitepapers

The power of dry ice

Dry ice is pure CO2, which is made by decompressing liquid CO2 to produce CO2 snow. The snow is then compacted and extruded through a die plate to form solid CO2 pellets. Dry ice is unstable above minus 78.6°C, but it will not melt into CO2 liquid, but directly sublimate into CO2 gas. It is this sublimation process that produces a cleaning effect when dry ice is used as a blasting medium. ...

Protecting Emergency Responders from Harmful Chemicals

A fire crew respond to an incident at a chemicals factory. Many hazardous substances are on site and the incident has resulted in injuries. The crew assess the situation, establish the danger zone ...

STS supply Swiss specialist hospital with training simulators

UK Nuclear Plant invests in smart probes

Case study - Dansk Dekommisionering

News

UK and Japan collaborate to tackle climate change & promote energy security

As part of a two day visit to the UK, Prime Minister Shinzo Abe of Japan met UK Energy and Climate Change Secretary Ed Davey, and both countries reaffirmed their commitment to ensuring security of supply and reducing emissions. Secretary of State ...

Japan sees future business in Fukushima cleanup

ASTM Homeland Security Committee Member Presents at Tokyo Conference

MHI and Obayashi Jointly Develop `Radiation-shielded Seat` To Suppress Radiation Exposure of Machinery Operators Working in Radiation-contaminated Areas

LabLogic now provides a new and effective Iodine Decontamination Gel

Equipment & Solutions

Showcase

Radiation Kinetic Impactor Inlets

HI-Q Environmental Products Company's AK-Series adjustable Annular Kinetic Impactor Heads are designed for collecting alpha, beta, & gamma-emitting contaminants, plutonium fission, Radon decay products and size specific dust particles. By adjusting the stopping distance (nozzle to impactor plate distance) and varying the particle velocities an operator can collect size specific dust ...