This case study is about a septic system upgrade in Coloma, Michigan, where a high water table caused a septic system failure. The site posed multiple challenges, making it unsuitable for a traditional septic solution.
Faced with challenges such as limited space, water levels near the surface, and site restrictions that ruled out conventional solutions, the team implemented the SludgeHammer® system, which uses air and bacteria to treat effluent inside the tank, producing cleaner water and enabling the use of smaller pipes, drip irrigation, and a compact, low-profile mound approved by the health department. The result was an efficient, functional system with minimal visual impact, showcasing the effectiveness of tailored solutions for challenging sites.
There were three challenges to this job: limited space to install a new system, water level nearly at the surface, and a restrictive area that couldn’t accommodate traditional systems. These constraints made it impossible to install a standard septic solution.
The SludgeHammer® septic system was used to tackle the challenges. It cleans effluent inside the septic tank using air and bacteria, producing cleaner water. This allows for smaller pipes, drip irrigation, and no need for large amounts of stone or sand. The system also enables a smaller, less noticeable mound, approved by the health department. Additional benefits include even water distribution in the drain field, efficient percolation and evaporation through capillary action, root-resistant materials and prevention of biomat buildup, which are common causes of septic failures.
The project delivered a functional and efficient septic system for the challenging site. The solution not only met health department standards but also minimized the visual impact of the installation. For challenging sites, the team offers expertise in engineered systems to provide reliable and tailored solutions.
