The main factors that affect fire spread in peat are moisture content, oxygen supply, and the type and density of the fuel. This article covers some suppression options for shallow peat fires burning to a depth of 1 metre. Logistics…
Selecting and using a thermal imaging camera for wildfire – Part 2
A thermal imaging camera (TIC) like any other item of firefighting equipment has limitations. This together with the misinterpretation of the displayed image and the failure to follow standard practices and procedures could result in the inability to identify and…
Selecting and using a thermal imaging camera for wildfire – Part 1
For wildfire, the use of a thermal imaging camera (TIC) can have significant benefits. However, like any other item of firefighting equipment it also has limitations and standard practices and procedures must still be followed. Incorrectly interpreting displayed images could…
Assessing peat fires for health and safety
Peatlands cover about 5% of the earth’s surface. Their total reliance on water to maintain natural processes makes them highly significant terrestrial ecosystems. They are under increasing pressure from human development and drought conditions. In this concluding article, Gavin Parker…
Assessing peat fires for planning and control
Peat is an accumulation of partially decomposed plant debris in a water-saturated, anaerobic environment. Peatlands cover about 5% of the earth’s surface. Their total reliance on water to maintain natural processes makes them highly significant terrestrial ecosystems. They are typically…
Emergency response to coal and energy production incidents in Victoria
Fire and emergencies in coal mines, handling and power generation facilities as proven with the fires in February 2014 at the Yallourn and Morwell open cut mines can have a devastating effect on the health and wellbeing of residents close…