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Diving 2019-03 Morotai 8 of 8
June 26, 2019
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Posted by Wata
Kelantan drops suit against Petronas, but not federal government
June 25, 2019Dateline 2019-05-18, Malay Mail:
Kelantan has withdrawn its oil royalty lawsuit against national petroleum company Petronas, the state government’s lawyer Aleeya Elyana Ahmad Mahreez confirmed.
But she said the PAS-led state government is proceeding with the lawsuit against the federal government, which is named as the second defendant, Berita Harian reported today.
The matter was raised at the Federal Court during case management involving Petronas yesterday.
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Leave a Comment » | oil and gas | Tagged: Aleeya Elyana Ahmad Mahreez, Kelantan, Petronas | Permalink
Posted by Wata
IEM Shout Out – 2019-07 One Day Course on “Offshore Sand Separation: Design, Operation and Maintenance”
June 24, 2019My technical division will be hosting a 1 day course on the 23rd July 2019 It is worth 6.5 CPD points, and held at Wisma IEM. The course will be presented by Ir. Dr. John Eow.
In the upstream offshore oil & gas production, effective and efficient sand separation and management are vital, since the presence of sand particles and solids in wellhead production lines are likely to cause erosion and blockage issues in the subsequent downstream equipment at production platforms. As a consequence, dangerous incidents, such as failures of flowlines, production vessels, pumps and control valves, have a higher risk of occurring. Moreover, oily sands discharged into the sea are also an environmental concern.
This full-day course is designed to educate the participants on the engineering design, operation and maintenance of the technologies for the removal and cleaning of the sands and solids prior to discharge. Proven sand removal technologies, such as wellhead desanders, produced water desanding hydrocyclones, sand fluidizers, and sand cleaning systems are commonly used in the upstream oil & gas production. However, these sand removal and cleaning systems need to be designed and operated correctly to ensure optimized separation performance.
Ir. Dr. John Eow is a Chartered Engineer (UK) and a Professional Engineer (BEM), with more than 15 years’ experience in the Oil & Gas industry, having worked with sand separation and management, produced water treatment, crude oil dehydration-desalting, seawater treatment & injection, and gas processing technologies and equipment. He also conduct lectures in chemical and process engineering at Singapore Institute of Technology. Dr. John obtained his B.Eng in Chemical Engineering (1st Class Hons) and PhD in 1998 and 2002, respectively, from University of Surrey, UK. His PhD work was on electrostatic water-oil treatment technology. Over the years, he has worked as a technology specialist with oil & gas technology-provider companies, such as Global Process Systems (Malaysia), Keppel Offshore and Marine (Singapore), Cameron Process Systems (Singapore, Japan and Malaysia), and EDES Technology Malaysia. His experiences cover a wide range from Technical and Commercial Proposal to Detailed Engineering to Commissioning to Production Improvement & Troubleshooting for oil & gas processes and technologies. He has also conducted technical training and process improvement work for Saudi ARAMCO, SABIC, PETRONAS, Sarawak SHELL, CNOOC, Murphy Oil Sarawak, Husky Oil Energy, GAIL India, Transwater API, CPOC, Boustead-Salcon Water Solutions, etc.
Leave a Comment » | Malaysia, oil and gas | Tagged: Eow John Son, IEM | Permalink
Posted by Wata
Thermal power to remain most significant source in Malaysia during 2019-2030, says GlobalData
June 23, 2019All dem heat from Parlimentary debates, then.
Dateline 2019-05-16, Investor Ideas:
Thermal power capacity in Malaysia is expected to show a significant growth of 5 GW during 2019-2030 in order to meet the increasing consumption, and non-hydro renewable power is estimated to follow with a 2.8 GW capacity addition during this period, according to GlobalData, a leading data and analytics company.
GlobalData’s latest report, ‘Malaysia Power Market Outlook to 2030, Update 2019 – Market Trends, Regulations, and Competitive Landscape‘, reveals that due to an immature renewable power market and strong public resistance to the proposed adoption of nuclear power, the country will continue to embrace thermal power during 2019-2030 while also adding small amounts of renewable power capacity each year.
Harshavardhan Reddy Nagatham, Power Analyst at GlobalData, comments: “Progressive economic reforms and a continuous increase in industrial activity are expected to boost economic progress in Malaysia, driving the country’s GDP at a compound annual growth rate (CAGR) of 4.8% during the forecast period. In addition, increasing population will result in a significant increase in electricity consumption.”
Malaysia is a net importer of electricity. The country is primarily dependent on thermal resources for electricity generation and, although it possesses substantial fuel reserves, it faces the risk of declining energy security.
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Leave a Comment » | Renewable Energy | Tagged: Harshavardhan Reddy Nagatham | Permalink
Posted by Wata
Malaysia can generate more electricity if all roofs use solar panels, says Yeo
June 22, 2019Factually, Yes. Also, if we can harness all our cows to methane collection machines, we would have another gas source. And we need to reduce the cost of Solar PV panel installation to say, 3x normal roofing costs.
Now, if Malaysia can commercially produce cheaper, faster-charging, high energy density environmentally friendly rechargeable batteries, we are cooking with gas. Gravity/ pressure based energy storage facilities anyone?
Dateline 2019-05-14, The Star:
Malaysia can generate 1.4 times more electricity if all the roofs in Peninsular Malaysia are fitted with solar panels, compared with the conventional electricity generation of fossil fuel burning.
Energy, Science, Technology, Environment and Climate Change Minister Yeo Bee Yin said there are over 4.12 million buildings with solar rooftop potential in the peninsula.
If all these buildings are fitted with solar photovoltaic (PV) systems, it can generate a whopping 34,194 megawatt (MW) of electricity at any one time, she said.
In comparison, the current total electricity production in Malaysia is an average of 24,000 MW at any one time.
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Leave a Comment » | Renewable Energy | Tagged: Solar, Yeo Bee Yin | Permalink
Posted by Wata
Malaysia’s Sabah-Sarawak gas pipeline shut for repairs: sources
June 21, 2019Dateline 2019-05-14, Business Times:
[SINGAPORE] Malaysia’s state oil and gas company Petroliam Nasional Bhd has temporarily shut the Sabah-Sarawak pipeline that feeds gas to its liquefied natural gas (LNG) complex at Bintulu in the state of Sarawak, two industry sources said on Tuesday.
The 500-kilometre pipeline that transports gas from Kimanis in Sabah state to the LNG plant in Sarawak was shut from the start of May for repairs that will take about two months, one of the sources with knowledge of the matter said.
This has slowed production at the Bintulu plant, and potentially will curb spot LNG exports from Malaysia, a second source told Reuters.
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Leave a Comment » | oil and gas | Tagged: bintulu, Kimanis, MLNG, SSGP | Permalink
Posted by Wata
IEM Shout Out – 2019-06 Talk on “Environmental Forces Effect on Structure Decommissioning Operation”
June 20, 2019My technical division will be hosting a talk on the 22nd June 2019. It is worth 2 CPD points, and held at Wisma IEM. The talk will be presented by yours truly, so come and fill seats, especially since I am giving it during the fasting month.
Recently, aging, abandoned and unused offshore oil and gas platforms, subsea completion and related structures, with more than 600 projects are planned to be decommissioned within 5 years period. Studies made recently expects expenditure on offshore decommissioning projects to increase from approximately $2.4 billion in 2015 to &13 billion-per-year by 2040, a major increase of 540%. The challenges related to lifting and lowering technology is the weight of the structures to be installed, which combined with the dynamic response, can exceed the capacity of the lifting system. The harsh environment is acknowledged as the greatest challenge that should be carefully considered. Typically, such analysis on the structure at the splash zone governs the expected major loadings in the hoisting system and in turn the allowable sea state since the water particle kinematics is larger in the splash zone and computationally simulated to predict the total motion. In this study, the DNV Recommended Practice for Modelling and Analysis of Marine Operation (DNV-RP-H103, April 2009) is used as guidelines with emphasis on the hydrodynamic coefficients and analysis methodology for the splash zone down crossing analysis, which is considered to be the operation limiting criteria.
Ir. Mohd Fakhruddin, an energetic engineer with years of experience working in offshore, oil and gas engineering, focusing on transportation installation offshore structures. Graduated from Australian Maritime College, AMC in Bachelor of Engineering (Marine and Offshore System) in 2011, involved in the oil and gas industry as CFD Project Engineer at BMT Fluid Mechanics Ltd., and continues his career progression as Naval Architect at Sapura Energy in 2013 to 2019.Currently working as Subsea Installation Engineer at McDermott APAC. In 2015, he continues his study in Master of Science, UMT as a part time student, graduated on November 2018. Dedicated and experienced Naval Architect/Subsea Engineer in all phases of engineering operations related to hydrodynamic problems.
Leave a Comment » | Malaysia, oil and gas | Tagged: IEM, razak yakob | Permalink
Posted by Wata
Diving 2019-03 Morotai 7 of 8
June 19, 2019
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Fire at Sabah-Sarawak gas pipeline, no explosion or casualties reported
June 18, 2019Dateline 2018-05-08, The Star:
A fire occurred at the Sabah-Sarawak interstate gas pipeline near the remote Long Segemang village in Lawas district in northernmost Sarawak early Wednesday (May 8).
Sarawak Fire and Rescue Department in its latest updates said the incident happened at 1.37am.
“Bomba in Lawas town was alerted to the fire at 1.37am and deployed firefighters to the site.
“The fire was spotted at a section of the pipeline where there was a leak.”Bomba Lawas team left at 3am after the fire was contained,” said Bomba Sarawak.
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IEM Shout Out – 2019-07 One Day Course on “HAZOP Training for Team Members”
June 17, 2019My technical division will be hosting a 1 day course on the 16th July 2019. It is worth 6.5 CPD points, and held at Wisma IEM. The course will be presented by myself
A Hazard and Operability (HAZOP) study is a formal, systematic and detailed examination of new or existing facilities. It focusses on the process, rather than risks from ‘outside the pipe’, which are better analysed using other studies such as HIREC/ HAZID/ HER. A HAZOP assesses the hazard potential, causes and consequences on a facility when there are deviations to the operating conditions, or the manner of operations. Existing safeguards need are reviewed to determine whether they can eliminate the cause or minimise the consequence.
This full day course is designed to educate participants in the HAZOP process from the perspective of a HAZOP team member.
Ir. Razmahwata has 20 years of experience in the oil and gas industry, in both design and operations. He has upstream and downstream experience in process safety, measurement and allocation, process engineering, offshore technical support, and is also a training provider. He has conducted Formal Safety Assessment (FSA) and HSE Case workshops, for example HAZID, HAZOP, Hazards & Effects Register (HER), BowTie, safety critical element (SCE) / performance standard (PS) reviews. Ir. Razmahwata is currently a Director of IGL Services Sdn. Bhd. His current technical roles involve leading technical safety assessments and workshops, measurement and allocation reviews, and providing training on HAZOP, SIL and SIL LOPA methods.
Leave a Comment » | Malaysia, oil and gas | Tagged: HAZOP, IEM, IGL, razmahwata | Permalink
Posted by Wata
Wata - Malaysian Oil and Gas Engineer 