Truly international membership currently comprising 11 member companies: Borealis, Borouge, INEOS O&P, IRPC, lyondellBasell, PetroChina Dushanzi Petrochemical Company, Prime Polymer, SABIC, SCG & Thai Polyethylene, Sinopec, and Tasnee.

Why PE100+ Association

PE100+ Testimonials

Member Companies

The Advisory Committee

Governance of the Association

Compliance Guidelines

Meetings and reports

Becoming Member

PE100+ Materials

The PE100+ Association promotion of quality relies on the principle of rigorous quality control done by external, independent test institutes.

Testing Institutes

Why choose PE compounds for pressure pipe ?

Quality Materials List

Test Requirements

Testing schedule

Testing methods

Sustainability : environmental position paper

First Examples of Reference Installations of PE 100+ pipes

PE technical guidance

HDPE technical guidance

The HDPE Pipe Model, developed by the PE100+ Association with inputs from many industry experts, includes the most frequently asked questions and answers (Q&A's) of all the elements through the pipe system value chain: design, materials, construction, operation & maintenance, and environmental issues.

PE Pipe Manual

Pipe dimensionning

No-Dig technical Guide

PACE+ design tool

End Effects on Long-Time Internal Pressure Testinf of PVC Pipes

Farshad, Flueler

Additional Information # 1992 Eindhoven

In this paper, results of short and long time internal pressure tests on a number of PVC pipe samples are pre- sented. Modes of failure of the pipe specimens consisting of ductile rupturing and brittle fracturing have been do- cumented. The results of long time tests have been extra- polated by means of Standard Extrapolation Method (SEM) to 50 years of PVC pipe performance. Presented are also the results of rated loading tests and their comparisons with constant pressure tests. Based on a more refined theoretical modeling of the pipe samples, it has been concluded that the currently used relation should undergo a proposed modification.

Please note that the whole article content is available on PPCA website onlySource : 1992 Eindhoven

Author(s) : Farshad 2006 Washington DC

This contribution deals with the short-term and the long-term behavior of multi-layer pipes subjected to internal hydrostatic pressure. A new methodology for prediction of long-term behavior of multi-layer pipes under internal hydrostatic pressure taking into account the material differences and the composite pipe...

Buckling Resistance of Polymer Pipes Under Hydrostatic Pressure

Author(s) : Farshad, Flueler 1995 Edinburgh

In this contribution, some aspects of the huckling hehaviour of polymer pipes are treated; particular emphasis is placed on the hehaviour of pipes under lateral pressure. This work contains a classification of the failure cases in the plastic pipes due to instahility, a summary of some of the existing...

Shock Behaviour of HDPE Pipes

Author(s) : Farshad, Flueler 1992 Eindhoven

In this paper, results of an investigation on behavior of HDPE pipes under internal shock pressure are presented. A number of HDPE pipe segments have been subjected to travelling shock wave of internal water pressure produced by an axial impacting mechanism. Three types of failure, consisting of ductile rupture,...

Members of the Association

PetroChina Dushanzi Petrochemical Company

TOP

End Effects on Long-Time Internal Pressure Testinf of PVC Pipes

Farshad, Flueler

Related papers

Members of the Association