WASTEWATER COLLECTION SYSTEMS & LIFT STATIONS2021-02-09T13:41:14-06:00

WASTEWATER COLLECTION SYSTEMS & LIFT STATIONS

Our experience includes design and construction phase services for gravity sanitary sewer improvements up to 54-inch cured-in-place, pipe bursting, replacement, and new installation projects. Our experience also includes lift stations up to 6 pumps designed for up to 11,250-gpm with associated force mains up to 36-inches.

Various Clients – Sanitary Sewer Rehabilitation

February 25th, 2020|

Sander Engineering Corporation (“SEC”)has rehabilitated approximately 150,000 linear feet of sanitary sewer in recent years to minimize groundwater and surface water infiltration. Sanitary sewers have ranged in size from 8-inch to 36-inch diameter pipe. Existing pipe materials have been ABS Truss, clay, asbestos cement, concrete and PVC pipe. Typical problems being deteriorated pipe, cracks, joint misalignment, sages, root intrusion, various forms of blockages and poor installation. The primary method of rehabilitation has been Cured-In-Place Pipe (CIPP) along with Pipe Bursting, Slip-lining and Remove and Replace. Concurrent with the sewer pipe rehabilitation, SEC typically rehabilitates associated manholes with coatings/liners to address groundwater infiltration and the installation of inflow protectors to minimize surface water intrusion. We have performed this service for many of our utility district clients, the City of Houston and the City of League City.

City of Sugar Land Lift Station Rehabilitation

January 25th, 2020|

Evaluation and rehabilitation of the City’s lift stations. To date, 41 lift stations have been rehabilitated. The lift station sizes vary from small two (2) pump stations to major multi pump installations. Rehabilitation typically consists of replacement of the pumps, piping, structural modifications and electrical controls, landscaping and site improvements.

Client: Sugar Land, Texas
Project Manager: Erik Miller, P.E.
Project Location: Fort Bend County, TX
Design Engineer: Bill Manning, Jr., P.E.
Project Cost: $2,000,000+

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