Groundwater enters the sewer system through cracked pipes, deteriorated joints, and failed connections. Increases treatment costs, causes capacity issues, and indicates structural vulnerability.

4 solutions

Fats, oils, grease (FOG), and mineral scale accumulate inside pipes, gradually restricting flow. Common in commercial kitchens and industrial facilities. Can lead to complete blockages if not managed.

4 solutions

Complete or partial pipe collapse blocks flow entirely. Often the end-stage of untreated corrosion, cracking, or external loading. Requires urgent intervention to restore sewer or water service.

4 solutions

A section of pipe sinks due to soil erosion, poor compaction, or ground settlement, creating a low spot (belly) where waste and water collect. Causes chronic backups and accelerates pipe deterioration.

3 solutions

Pipe sections shift out of alignment at joint connections due to ground settlement, soil erosion, or poor original installation. Misaligned joints create turbulence, catch debris, and allow infiltration.

4 solutions

Pipes develop cracks from ground movement, freeze-thaw cycles, traffic loads, or aging. Cracks allow infiltration, exfiltration, and can lead to complete pipe failure if left untreated.

5 solutions

Internal or external corrosion degrades pipe walls, reducing structural integrity and water quality. Affects metal pipes (cast iron, ductile iron, steel) and concrete pipes exposed to hydrogen sulfide.

5 solutions

Tree and plant roots penetrate pipe joints and cracks, causing blockages and structural damage. One of the most common sewer problems in residential areas with mature landscaping.

5 solutions