Our site uses cookies necessary for its proper functioning. To improve your experience, other cookies may be used: you can choose to disable them. This can be changed at any time via the Cookies link at the bottom of the page.


Rehabilitation of abandoned dn1000mm steel pipe with PE100 in malaysia

 

Papers

Plastic Pipes Conference Association # 2018 Las-Vegas

KianLin Ng, WengKeong Tan, KumHoong Lou

Heavy and constant trucked container traffic combined with an accelerated ground settlement in a coastal reclaimed land caused a DN1000mm cement-lined mild steel water pipeline that crossed under it to sink by more than 6m from its original buried depth. This then caused the internal & external cement lining to crack. Heavy corrosion quickly followed and the growing leaks forced the pipeline to be temporarily decommissioned after barely a decade. The utility operating the pipeline considered several options including complete replacement of this pipeline. It became clear that the most economical option was to rehabilitate the steel pipeline. A contractor was the chosen to perform a PE100 slip lining. The following paper describes this project in detail and also the unique lessons learnt in its successful completion. 

The KESAS Highway is a 34km long expressway linking the town of Pandamaran in the state of Selangor with Sri Petaling in the federal territory of Kuala Lumpur, Malaysia. The expressway in Pandamaran, being adjacent to Port Klang which is also the 12th busiest container port in the world, naturally sees extremely heavy traffic from container trucks round the clock. The state water utility company, SYABAS, operated a DN1000mm cement-lined mild steel water pipeline that crossed under this highway near Port Klang. This pipeline played a critical role in serving the coastal community of Pulau Indah adjacent to the port. The pipeline crossing is situated in an area that was previously reclaimed land and this combined with the extremely heavy and constant traffic loads caused the steel pipe to sink by a further 6m into the ground from its original position after barely a decade in operation. The force exerted on this steel pipe caused the internal and external cement lining to come off. Because of its coastal location, this pipeline suffered heavy corrosion. No long term solution could be found despite numerous repairs and the leaks got worst along this pipeline and became so severe that this pipeline had to be temporarily abandoned. Fortunately, this was solved by a PE100 insertion into the steel pipeline. This paper describes the challenges and lessons learned in completing the project and how the versatile PE100 system allowed the water utility to restore service to support the increased demands from the community of Pulau Indah.

Related keywords : Coastal reclaimed land, traffic loads, pipeline rehabilitation, PE100 lining, cracked cement lining.
Please note that the whole article content is available on PPCA website only :

Related papers

2023 Lake Buena Vista : DESIGN METHODS AND ACTUAL PERFORMANCE OF LARGE DIAMETER STRUCTURED WALL PIPES

Author(s) : Anders Andtbacka, Peter Sejersen

In March 1999, a project report on the performance of buried Thermoplastics pipes was published by TEPPFA /1/. In the report, deflection and strain data on buried pipes were analyzed and compared with calculation results from several well-known static calculation models in use in Europe. Pipes were installed to...

2023 Lake Buena Vista : DIFFERENT THERMO-OXIDATIVE TESTS IN COMPARISON FOR ONE INDUSTRIAL PE PIPE COMPOUND

Author(s) : Norbert Jansen

A practical requirement of temperature resistance of minimum 50 years at 70°C was established for the extra high voltage (EHV) corridor projects in Germany. Experts have debated what tests are best suited to prove the suitability of a pipe resin for cable protection pipes which may be installed hastily and under...

2023 Lake Buena Vista : EFFECT OF POLYPROPYLENE (PP) POST-CONSUMER RECYCLATE ON THE SLOW CRACK GROWTH RESISTANCE OF A VIRGIN PP PIPE MATERIAL

Author(s) : Jessica Hinczica, Mario Messiha, Florian Arbeiter, Gerald Pinter

In Europe, only 1.8 million tons of recycled material is processed in new products within the building and construction sector [1]. Recyclates and blends of recyclates with virgin materials are already used for different products in the plastic pipe industry, such as cable trays, or storm water management...

2023 Lake Buena Vista : EFFECTS OF POLYMER DESIGN PARAMETERS ON THE SLOW CRACK GROWTH RESISTANCE BASED ON CRACKED ROUND BAR

Author(s) : Jiyong Park, JaeHyuck Han, YoungGu Kim, Eunjin Park

This study investigates the influence of various parameters on polymer design to determine the slow crack growth. HDPE(High Density Polyethylene) materials with different molecular weight distribution and comonomer content for PE100-RC pipe were investigated with cracked round bar test. The cracked round bar test...

2023 Lake Buena Vista : FROM FISHING NETS TO PLASTIC PIPES: NEW CHALLENGES FOR RECYCLED POLYETHYLENE FLOWS IN A CIRCULAR ECONOMY

Author(s) : Rafael A. García-Muñoz, Rafael Juan, Mónica de la Cruz, Beatriz Paredes, Carlos Domínguez

Plastics are widely used in various industries, resulting in the generation of significant amounts of plastic waste, which causes environmental and economic problems. Although mechanical recycling is the most commonly employed technology, the resulting recyclates often suffer from degradation and contamination. This...

2023 Lake Buena Vista : LONG-TERM PERFORMANCE IN PE100 AND PE100RC RESINS: DOES THE COMONOMER LENGTH MATTER?

Author(s) : Carlos Domínguez, Predrag Micic, Rafael Juan, Nuria Robledo, Rafael A. García-Muñoz

Slow Crack Growth (SCG) resistance is the main property that must be controlled for assessing the long-term performance on polyethylene resins used for pipe application. The latest generation of bimodal and multimodal ethylene-α-olefin copolymers with exceptional balance of mechanical properties and processability...

2023 Lake Buena Vista : PE100 MATERIAL SUPPORTS WORLD’S LARGEST WASTEWATER TREATMENT PLANT – BAHR EL BAQAR, EGYPT

Author(s) : Peter Youssef, Sultan Alkendi, Hussein Basha

Bahr El-Baqar Water Treatment Plant, produces 2 billion m3 per year, introduces a sustainable solution for environmental pollution recovery and irrigation water source (via recycling the water of Bahr El- Baqar drain); whereas it protects the environment and generates water to support the cultivation of 4000 km2 in...

2023 Lake Buena Vista : PUBLISHED HYDROGEN PERMEATION STUDY ON 4 DIFFERENT TYPES OF PE PIPES

Author(s) : Norbert Jansen, Andrew Wedgner, Rainer Kloth

PE100+ Association(client) has sponsored a technical investigation to define the permeation rate of hydrogen through polyethylene pipes at an external expert laboratory. Four different types of PE pipe materials in the same pipe size and SDR17 have been evaluated at 3 different target temperatures 8°C, 14°C and 20°C,...

2023 Lake Buena Vista : RE-ROUNDING OF DEFLECTED HIGH-DENSITY POLYETHYLENE PIPE

Author(s) : Kevin White, Shad Sargand

Re-rounding is a technique for remediating excess deflection in corrugated highdensity polyethylene (HDPE) pipe meeting AASHTO M-294 with diameters between 12" and 60" using a pneumatic device vibrating from within the pipe and pushing against the inside crown and inverted to redistribute the surrounding backfill and...

2023 Lake Buena Vista : THE USE OF PE100+ MATERIALS IN TRENCHLESS TECHNOLOGY APPLICATIONS

Author(s) : Andrew Wedgner, Robin Bresser

PE100 pipes are the most widely used material for the installation, rehabilitation and replacement of pressure pipes for water and gas supply and for pressure sewers. Such pipes can be installed using a broad range of trenchless technologies and hence the selection of the most appropriate method and identification of...

2021 Amsterdam : DESIGN OF LARGE DIAMETER BURIED PIPES

Author(s) : Anders Andtbacka, Peter Sejersen

In the late nineties a study of the behavior of buried thermoplastics pipes was carried out. The project had input and participants from both the plastic pipe industry as well as from external organizations. Six external leading experts in the field of pipeline design, not necessarily plastics pipes design, have been...

2021 Amsterdam : FINITE ELEMENT METHOD (FEM) USED TO SIMULATE THE STRESS/STRAIN OF THE POINT LOAD TEST (PLT) IN A BROADER STUDY TO SUPPORT THE FUTURE ISO TEST STANDARD

Author(s) : S. Nestelberger, J. Cheng

The Point Load Test (PLT) [‎ 1, ‎ 2] was designed to simulate the SCG (slow crack growth) failure initiated by a rock pressing into the exterior wall of a polymer pipe. Today’s PE materials sustain long PLT testing times, due to its high SCG resistance design. Consequently, an accelerated “PLT+” with the support...

2021 Amsterdam : FIRST USE OF PE100-HT CONDUITS FOR ADVANCING THE CONTAINMENT OF UNDERGROUND HIGH VOLTAGE CABLES

Author(s) : Dr. Holger Brüning, Serge Hascoët, Yann Delanne, Didier Nozahic, Jawdat Mansour, José Santana

RTE operates, maintains and develops the French electricity network, including the High and very High Voltage cable lines. Their network is the largest in Europe and includes over 6400 km of underground HV links operated in 2018. The company is modernizing and developing its network by investing 1.5 billion euros per...

2021 Amsterdam : FLOWABLE FILL FOR PLASTIC PIPE

Author(s) : Amster Howard

Flowable fill is used for many applications, but mainly for pipe trench embedment and backfill. There are three ways that using flowable fill can be kind to the environment. Because flowable fill is self-leveling and has a strength greater than the native soil, the trench cross section can be minimized. This means...

2021 Amsterdam : FULL SCALE EVALUATION OF THE CORE TUBES GROUT INJECTION METHOD FOR LARGE DIAMETER HDPE OFFSHORE PIPELINES SINKING

Author(s) : Mehdi Jalili, Maziar Neyshabouri, Ashkan Nasrollahi

Seawater intake/outfall systems in nine lines with 1400/2200 m length and large diameter polyethylene pipelines (O.D. 2700 mm dia.) had been designed and fabricated to supply 4,200,000 cubic meters per day seawater into a basin in northern coast of Persian Gulf, Bandar Abbas/IRAN. The usual sinking by additional...

2021 Amsterdam : GROWTH IN THE USE OF POLYETHYLENE PIPES IN MEA FOR NATURAL GAS UTILITY DISTRIBUTION

Author(s) : Sultan Alkendi, Mohamed Jaber, Ahmed Atef Helal

The current push to reduce governmental energy subsidies has moved the need to adapt utility gas distribution networks toward the top of Middle Eastern governmental near-term agendas. Egypt is at the forefront of this push towards gasification. The United Arab Emirates has started on the path towards gasification...

2021 Amsterdam : INTAKE AND DISCHARGE LARGE DIAMETER PIPELINE PROJECT FOR COAL FIRED GENERATION PLANT IN JAPAN

Author(s) : Mitsuaki Tokiyoshi, Yuichi Shibao, Yoshitaka Watanabe, Takeshi Yoshioka, Takashi Oka, Kohei Sasaki

It was common to use those pipelines for Steel in Japan. However Steel pipes have the long standing problems that it has been needed maintenance costs for rust prevention and antifouling property. Therefore it had been carried out the project that large diameter polyethylene pipeline applied for circulating water...

2021 Amsterdam : INVESTIGATING THE INFLUENCE OF CHANGES IN MOLECULAR STRUCTURE OF POLYAMIDE 12 GRADES ON THE RESISTANCE AGAINST SLOW CRACK GROWTH

Author(s) : Mario Messiha, Britta Gerets, Jan Heimink, Andreas Frank, Florian Arbeiter, Gerald Pinter

A majority of field failure of viscoelastic plastic pipes can be attributed to slow crack growth (SCG) and has become crucial in terms of characterization of newly developed materials – particularly, if they are designed for pressurized pipe applications. In this study, investigations in terms of SCG resistances...

2021 Amsterdam : NEW CHALLENGING APPLICATION AS USED PEAT LAND HIGH PERFORMANCE PE-SGF PIPELINE SYSTEM FOR INTERNAL PRESSURE APPLICATION AS LARGE DIAMETER

Author(s) : Kensei INOUE, Mitsuaki TOKIYOSHI, Joji HINOBAYASHI, Takeshi KARINO, Toshinori KAWABATA, Takashi KURIYAMA

As the worldwide problems are over-population, unusual weather like as localized heavy rain and climate change. Against those problem, it has to need new projects to make a new agricultural field, drainage pipeline system and to spread the new underground irrigation system at peat land whereas spots of about 2 million...

2021 Amsterdam : PLASTIC PIPES FOR WATER DRAINAGE IN RAIL- AND MOTORWAY TUNNELS – A MAJOR CHALLENGE

Author(s) : Florian Arbeiter, Tobias Schachinger, Stefanie Eichinger, Gisbert Rieß, Michael Stur, Michael Steiner, Florian Saliger

Plastic pipes are of outstanding importance for the distribution of potable and process waters, oil and gas, as well as for sewer and waste water disposal. However, plastic pipes are also used in many other technical areas. Especially in European countries with mountainous regions, such as Austria, Switzerland, Italy...

Members of the Association

BOREALISBOROUGEFormosa Plastics CorporationHanwha TotalEnergiesINEOS O&PIRPCKorea Petrochemical IND. Co., LTD (KPIC)LyondellBasellORLEN UnipetrolPetroChina Dushanzi Petrochemical CompanyPRIME POLYMERSABICSCG Chemicals & Thai PolyethyleneSinopecTASNEE