Photo above is of clearing brush and trees to create an opening and drive way for an R.V. site.

Photo below is after we got the new driveway built, you can see the now cleared area with a small log deck and brush pile still to be moved/burned.

Breaking out the old tank.

Photo above of Line to new tank.
Photo below of transport line to the drain field.

Installing pressure lines and infiltrator chambers for the new drain field.

Boulders along the edge of a driveway.

This pressure drainfield is 120 ft. A 30 ft, 40 ft, and 50 ft lateral. It was a tight spot to get that much drainfield into due to the fact the property line was close and it has to be a minimum of 5 ft off the property line.          

The design called for shallow trenches in order to maintain vertical separation. So in order to get enough cover over the infiltrator chambers some extra soil had to be brought in. 

The old drainfield had failed and sewage was surfacing due to being buried too deep. In order for a drainfield to function properly it has to get oxygen in order to promote aerobic bacteria and avoid anaerobic bacteria. If the drainfield can't get oxygen due to being too deep or being covered with too dense of soil then the anaerobic bacteria can take over and secrete a black impermeable layer referred to as biomat. Once biomat is built the effluent can't drain into the soils and instead comes to the surface. In order to solve this problem the new drainfield is buried shallow (trench depth is 8 inches) and topped with a thin layer of topsoil (6 inches) to allow for plenty of oxygen to get through so that the new drainfield will have a long, healthy life.