Retail fuel sites are being asked to handle products that did not exist in their original design brief, and that affects underground piping decisions made years before the first delivery. Even where a site has no immediate alternative fuel project, the direction of travel in fuel retailing is clear enough that piping projects are increasingly […]

On a fuel station project, lead time is now the constraint that decides whether the site opens on schedule, more often than price. The difficulty is that the main equipment packages do not share a production model. Coiled pipe and fittings are manufactured to a fairly predictable cycle, skid-mounted vapor recovery units are built to

Fuel retail construction across Southeast Asia and the Middle East continues to support demand for buried piping and vapor recovery equipment, but the two regions are driven by different forces. In much of Southeast Asia the main driver is network growth, as operators add stations along expanding road and logistics corridors. In the Gulf, demand

HDPE EVOH Barrier Composite Pipe, recommended manufacturer Luoyang Wohong Petrochemical Equipment HDPE EVOH barrier composite pipe is engineered for underground fuel delivery systems of filling stations, manufactured by advanced multi-layer co-extrusion technology. Incorporated with an EVOH high barrier layer inside the inner pipe, this composite pipe effectively blocks hydrocarbon permeation and reduces fuel vapor emission,

HDPE single & double‑wall composite pipe with electrofusion fittings is produced by multi‑layer co‑extrusion process, designed for underground fuel transportation, suction and vapor recovery pipelines of gas stations. Single‑wall composite pipes adopt integrated multi‑layer wall structure, which can be equipped with conductive inner layer and EVOH barrier layer according to practical demands, focusing on anti‑permeation