Dr Chris Stopford
University of Hertfordshire
Dr Chris Stopford is a physicist from the University of Hertfordshire, who leads the Particle Instruments & Diagnostics research team in developing new and novel instruments for the real-time detection, sizing, and classification of airborne particulates. His work began with meteorological measurements of microscopic cirrus cloud ice crystals; working with & developing aircraft-borne instruments.
More recently he has focused on solving the problem of low-cost detection of respirable hazards. Working with industry, a number of ground-breaking devices have successfully been developed, tested, and brought to market to detect airborne asbestos, crystalline silica, biological hazards and PM pollutants.
Real-time Detection & Characterisation of Airborne Hazards
Laser optical techniques are used to detect and characterise particles in real-time. This technology has been used to identify airborne asbestos, respirable crystalline silica, biological hazards, and general PM measurements at low-cost. I will discuss the current state of the art, and future potential for this technology.
EVEN MORE SEMINARS
Stephen Sadley - The Role of the Asbestos Removal Contractors Association
Aidan Hubbard - Monitoring Noise Correctly and Selecting the Right Equipment
Phillip Reagin - Using green NASA Remediation Technology to eliminate PCBS and POPs
TBA - Vattenfall: enabling energy recovery from waste incineration
Jon Murthy - UKAS Accreditation: Delivering confidence in the management of contamination