STEADY STATE OPEN DRAINAGE SYSTEM FOR MINIMIZING FIRE HAZARD ON PEAT AREAS
DOI:
https://doi.org/10.11113/mjce.v10.15583Keywords:
Drainage, peat, fire, water tableAbstract
The principle of steady state drainage theory was employed to estimate an appropriate open drainage system on peatland. It is aimed at minimizing the occurrence of fire hazard that frequently happened on peat areas especially during the dry spell. Computation analysis shows that a certain open drainage design is required in order to keep the water table high, so that a fire could be , minimized. Besides drain spacing, other physical parameters associated to peat
soil are also required to materialized the theory. Depending on the size of the drains, the hydrogeological properties of the peat materials and the design drainage rate, a drain spacing between 51 to 525m would be required to accommodate the fire control on peat.
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