Kana Pipeline Images
This 40,000 gal 100% fiberglass water-efficient tank measures 57'L x 12' W and will be installed at Caltech to collect and reuse rainwater for irrigation which is part of a Green Building application.
Concrete vibrating equipment is used here to allow freshly poured concrete to settle down, deep into the grooves of this junction structure frame work, to prevent any sizable air gaps.
This 54" reinforced concrete pipe is being hoisted from the top center of the pipe to allow for proper lifting and pipeline installation. This small hole will be patched with concrete after trench installation.
Large, 54" reinforced concrete pipe has just been installed for this new residential tract. The edges and top openings have just been patched with concrete to secure and close them in place.
Pipeline construction crews are pouring concrete to form a junction structure at an intersection that will serve to connect a concrete storm drain pipeline and storm drain manhole.
Show here is a partially poured-in-place junction box structure reinforced with rebar that will serve to connect an intersecting storm drain pipeline and manhole.
Construction workers pouring concrete over and into a reinforced concrete junction structure that will serve to connect two pipelines.
A freshly poured mound of concrete over a bend in reinforced concrete pipe (RCP) called a concrete collar to hold the pipe together in place and prevent storm drain leakage.
A concrete collar is being formed out of wood to cover the gap of a bend or downward slope of this large RCP pipeline.
A storm drain reinforced concrete junction structure is being formed and prepared for concrete pour to join large RCP pipe with a corresponding manhole.
Shown here is PVC pipe with a vertical cleanout and cap structure and a wye lateral bend extending out towards a residential lot.
A temporary sewer bypass pumping machine has been set up and connected with this metal piping structure that will be taken down every night after the construction night work shift is over.