About RiserGard™
Microorganisms that cause wood decay thrive where wood is in contact with soil and moisture. This effect is seen in typical groundline decay. Depletion of oxygen in soil that comes into contact with a wooden structure severely restricts the activity of microorganisms that cause wood decay. Introduction of a suitable carbon source quickly depletes oxygen in soil and extends the time the soil environment is anaerobic. Adding a carbon source also changes the makeup of the microbial community around the wooden structure. The net result is a reduction in wood decay activity.
Using RiserGard™—
Whenever soil is disturbed by excavation, oxygen is introduced in to the
subsurface. The presence of oxygen facilitates the action of wood decay fungi.
Installing risers on a wood pole not only creates these conditions, it also
compromises the pole surface when the riser is attached. RiserGard™ is the
ideal tool to deplete that oxygen and foster temporary anaerobic conditions
that inhibit wood decay. By placing RiserGard™ rods into the soil immediately
adjacent to the riser (1 rod on each side of the riser) you can head off
groundline decay problems in the pole in which you have just invested your time
and effort.
Product Label Material Safety Data Sheet Federal Pesticide Registration North Carolina Pesticide Registration
Papers
2002 International Symposium on Environmental Concerns in Rights of Way Management 2001 External Assessment — A study of our product conducted at Oregon State University. » view additional papers
Presentations
2000 Northeast Utility Pole Conference and Trade Show 2000 International Conference on Utility Line Structures. » view additional presentations
Patents
US Patent#6,004,572 — Time Release Delivery System » view additional patents