Sandison services
Hydro-Jetting
High-pressure cleaning for grease, scale, sludge, and recurring buildup. Sandison evaluates the complete system, explains the evidence, and coordinates plumbing, mechanical, or electrical requirements when they overlap.
The short answer
Start with the complete system and the evidence
Hydro-jetting uses high-pressure water to clean accumulated material from suitable drain and sewer piping. Sandison evaluates access, pipe condition, deposits, and drainage arrangements before coordinating the cleaning method and follow-up inspection.
What Sandison evaluates
A practical path from symptoms to the right scope
- Clear diagnostic process
- Licensed multi-trade coordination
- Repair and replacement options
- Residential and commercial support
Primary references
Verify the local and credential information.
Common questions
What property owners ask
How does hydro-jetting differ from drain cabling?
A cable may restore an opening through a localized obstruction, while jetting can remove broader grease, sludge, or other buildup. The pipe condition and the material causing the blockage determine which approach fits.
Is hydro-jetting suitable for every sewer line?
Suitability depends on pipe material, diameter, defects, branch connections, prior repairs, and access. A damaged section may need repair or another process before high-pressure cleaning is appropriate.
Why inspect the line after hydro-jetting?
Cleaning can restore flow while leaving structural or connection defects unresolved. Camera review where access permits records the remaining condition and helps determine maintenance or repair needs.
Evidence and review
Why this page can be trusted
Service information based on Sandison’s documented trade scope and the technical references below. Contact the office to discuss the conditions at your property.
Technical lead: James Sandison, B.S. Mechanical Engineering, Oakland University. Michigan Mechanical License 7115733 · Michigan Master Plumber 8112263 · Michigan Plumbing Contractor 800-3618. Service information record: 2026-08-28.