Sewers and Sewer Line Maintenance Solutions
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FLEX-TEND® Flexible Expansion Joint
12/4/2020
FLEX-TEND Flexible Expansion Joints are designed to protect water or wastewater pipeline systems from the stresses produced by ground motion or shear either from seismic activity or gradual soil subsidence.
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FLEX-TEND® Force Balanced Flexible Expansion Joints
12/4/2020
FLEX-TEND Force Balanced Flexible Expansion Joints are designed to protect water pipeline systems from the stresses produced by ground motion either from seismic activity or gradual soil subsidence. The Force Balanced FLEX-TEND unlike conventional flexible/expansion joints does not generate an axial thrust that must be compensated for.
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2000PV MEGALUG® Mechanical Joint Restraint
12/4/2020
The Series 2000PV MEGALUG Mechanical Joint Restraint is the fastest and most economical method of restraining PVC pipe to mechanical joints. It can be used with C900, C905 or IPS OD PVC pipe. For sizes 42 through 48 inch See Series 2200
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1100TDM Tandem MEGALUG® Mechanical Joint Restraint
12/4/2020
The Series 1100TDM Tandem MEGALUG restrain ductile iron pipe to mechanical joint fittings, pipe and appurtenances that require high PSI ratings. It consists of one Series 1100 MEGALUG and one Series 1100 MEGALUG with the MJ lip removed as to sit properly behind the first.
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1100 MEGALUG® Mechanical Joint Restraint
12/4/2020
The Series 1100 MEGALUG® Mechanical Joint Restraints effectively and economically restrain Ductile Iron Pipe (DIP) to mechanical joints above or below ground, for practically any application including valves, hydrants, and pipe. For use on all classes of ductile iron pipe (PC350 through PC150 and CL56 through CL50) without damage to the pipe or cement linings. It can also be used on steel pipe and cast iron pipe when joining to mechanical appurtenances, see product brochure for more details on these pipes.
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FLEX-TEND® Flexible Expansion Joints, Features And Specifications
12/3/2020
FLEX-TEND® flexible expansion joints are designed to protect structures and pipelines from differential movement whether this movement is earthquake induced or the gradual motion of soil subsidence. This bulletin offers a concise listing and discussion of the important features and materials of the double and single ball assemblies.
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EX-TEND Force Balanced Expansion and Contraction Joint
12/3/2020
The Force Balanced EX-TEND Expansion/Contraction Joint is designed to provide expansive or contractive movement to water pipelines subjected to linear movement. Unlike normal expansion joints, the Force Balanced EX-TEND does not generate an imparting thrust.
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Bridge Crossings And The Proper Use Of EX-TEND®, FLEX-TEND®, And Force Balanced FLEX-TEND Products
11/1/2020
Of particular interest when it comes to bridges is the locating of pressurized water lines on and under bridge structures. Pressurized pipelines can present a number of unique challenges to the design engineer and utility owner.
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Xylem Vue Powered By GoAigua SSO/CSO Prediction And Prevention
9/1/2020
To solve complex wastewater network problems more efficiently, utilities require actionable insights based on their live, dynamic conditions.
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Wastewater Collection System That Causes Less Disruption To Communities
7/21/2017
Cost-Effective, Environmentally Sound
Orenco Sewer™ (effluent-only sewer) is a cost-effective, environmentally sound wastewater collection system. With an Orenco Sewer, raw sewage flows from a house or business to a watertight underground tank. Only the filtered liquid portion is discharged (by either pump or gravity) to shallow, small-diameter collection lines that follow the contour of the land. Solids remain in the underground tank for passive, natural treatment and only need to be pumped every 10 to 12 years (depending on the number of residents and the tank volume).
Orenco Sewers take significantly less time to install than conventional sewers. And in an Orenco Sewer, material and excavation costs are reduced because the inexpensive collection lines are shallowly buried just below the frost line. Because only liquid is being pumped, system designers don’t need to worry about minimum velocities and associated grades. This simpler installation process causes less disruption to communities and allows businesses to operate normally during construction.