MiniRae Lite Special Offer - 25% OFF
The MiniRae Lite is a PID with exceptional performance. Its robust design and easy maintenance mean it is perfect for those infield VOC...
A Quick Guide to Maintaining your MiniRae 3000 and MiniRae Lite Photoionisation Detector (PID)
Asphyxiates | Toxic Gases | Volatile Organic Compounds (VOCs) | Benzene | Explosive gases | Atmospheric pollution | Dust/Particulates |...
In-Field Measurements of Benzene Vapour: Contaminated Land and Industrial Hygiene
What is Benzene and why is it of Concern to me? Benzene (C6H6), is an organic compound that is highly volatile, flammable and...
Contaminated Land, Does and Don'ts: Soil and Water Headspace Screening by PID
Introduction Photoionization detectors (PIDs) are often employed to measure VOC concentrations in water or soil. For example,...
Which PID Shall I use for Environmental Testing or Occupational Hygiene Monitoring?
Introduction PIDs are used in a number of activities ranging from soil head space analysis for VOCs, benzene monitoring in refineries and...
Guide to Calibration of the MiniRae 3000
A quick guide to the calibration and maintenance of the MiniRae 3000 photoionisation detector from Rae Systems by Honeywell. For more...
Developer fined after failing to safely carry out demolition work
The owner of block of flats was prosecuted after a Health and Safety Executive (HSE) inspection identified serious safety breaches while...
HSE: Independence given to FFI dispute process
The Health and Safety Executive (HSE) has confirmed that disputed invoices raised under the fee for intervention (FFI) cost recovery...
