Accordo Petronas per il sistema ProAssure Clamp


Petronas Technology Ventures had signed a licensing agreement with Australia-based Cooperative Research Centre for Advanced Composite Structures (CRC-ACS) and its wholly-owned subsidiary Advanced Composite Structures Australia Pty Ltd (ACS Australia) in Kuala Lumpur on Wednesday to commercialise the system, ProAssure Clamp.
Under the arrangement, the ProAssure Clamp will be manufactured and marketed worldwide by ACS Australia, a rotor blade and composite structure repair firm. According to Petronas, the ProAssure Clamp is a cost-effective composite repair solution for preventing or arresting leaks in pipelines.
Petronas Technology Ventures chairman Zakaria Kasah said the advanced composite solution gave Petronas the opportunity to execute a safe and cost effective leak repair at its facilities.
‘In addition, the ProAssure Clamp is customisable and this provides more benefits in terms of cost as it enables leak repair to be performed without a costly shutdown,’ he noted.
Petronas said the advanced composite solution was lightweight and resistant to corrosion and could be customised for odd geometries.
‘The overall production cost is lower due to reduced fabrication time in comparison to its metal counterpart. In addition, composites are also more fatigue resistant and customisable, which can be especially beneficial for extreme operating conditions,’ he said.
CRC-ACS chief executive officer, Prof Murray Scott, said these clamps would be engineered to meet specialised customer requirements by CRC-ACS spin-out company, ACS Australia.
‘It is our intention for ACS Australia to work with Petronas and other Malaysian companies to make the ProAssure Clamps available to the industry,’ he said.
The composite clamp system has been independently tested by a third party to meet oil and gas industry standards which include ISO, ISO/TS and ASME certified by Lloyd’s Register. In addition, the ProAssure Clamp was successfully piloted at Petronas’ facility in Kertih. Terengganu.
CRC-ACS is funded by industry partners and Australian Government subsidy under the Cooperative Research Centre program whose purpose was to pursue common outcomes for the advancement of composites technology in Australia and around the world.


Leggi anche

In risposta alle normative che impediscono l’utilizzo di materiali riciclati nel settore medicale, è nato un progetto che prevede di recuperare la poliarilammide proveniente da attrezzature chirurgiche, rigenerarla, miscelarla con poliarilammide vergine e utilizzarla nei settori dell’automotive, delle attrezzature sportive e degli articoli per il tempo libero. …

Leggi tutto…

The KAST Group includes Dr. Günther Kast GmbH & Co. Technische Gewebe Spezial-Fasererzeugnisse KG with two plants in Sonthofen, since 1995 the subsidiary Tolnatext BT. in Tolna (Hungary) as well as the 2020 founded us subsidiary Kast Technical Textiles LLP and since 1974 the sister company BAUFAS Faserprodukte für den Bau GmbH & Co. KG also belong to it. …

Leggi tutto…

Con la domanda globale di fibra vergine destinata a superare l’offerta entro il 2025, il National Composites Centre (NCC, Bristol, Regno Unito) ha deciso di lanciare un programma triennale di innovazione per perfezionare e scalare i processi industriali necessari a creare un mercato commerciale per la fibra di carbonio continua rigenerata. Uno degli obiettivi del progetto è alleviare la pressione sulle catene di fornitura e vedere il Regno Unito assumere un ruolo di primo piano nella definizione di una nuova era per i compositi….

Leggi tutto…

Si chiama Marlic (Marche applied research for innovative composites) il progetto di economia circolare, co-finanziato dalla Regione Marche attraverso fondi europei, che prevede di ridare nuova vita a materiali compositi di scarto, creando il nuovo da qualcosa che altrimenti andrebbe buttato e disperso nell’ambiente. …

Leggi tutto…

Strumenti costosi e di dimensioni importanti, le turbine eoliche sono macchine che devono funzionare il più efficacemente possibile e con tempi di fermo estremamente ridotti. Questo fa sì che non si possano commettere errori durante le operazioni di produzione e installazione. …

Leggi tutto…