SOGCE is the only oil, gas & energy conference and exhibition in Sabah. 

 

SOGCE is the one-stop centre industry platform for oil, gas & energy professionals, technologists, experts in the industry & policy makers to meet, to network and to discuss pivotal industry issues to help grow and explore opportunities in the Sabah oil, gas & energy industries. SOGCE also provides the platform for exhibitors to promote their products & services.  SOGCE complements the state government in promoting the oil, gas & energy industry in Sabah.  It also spurs collaborations, and partnerships for mutual benefits as well as providing vast opportunities for Sabah local contractors to be involved in the oil, gas & energy industry.

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The 11th SOGCE is organised across two days of full day conference, with  various interesting topics of paper presentation  as well as plenary sessions and a 2-Day exhibition that will showcase latest equipment, technology & solutions to demonstrate competitive advantages and competencies. The exhibition will run concurrently with the conference.

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There will also be SOGCE Networking Golf hosted by Midas Events Management (MEM) and organised by the Malaysian Oil, Gas & Energy Services Council (MOGSC).

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To add value to SOGCE, there will be a programme for young professionals.  Stay tuned for details!

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11th SOGCE Theme: Accelerating Energy Transition and Digital Transformation in the Oil, Gas and Energy Industry

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Accelerating Energy Transition

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Developing a future-proof energy sector in line with the energy transition trend.

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Energy transition refers to a structural shift of energy systems towards cleaner sources of energy. This transition involves a shift from fossil fuel-dominated usage with high carbon emission intensity to a higher rate of RE usage and lower carbon emission intensity. Whilst energy transitions have occurred throughout history, the current energy transition is expected to occur at an accelerated pace. This is driven by rapid technological progress and strong climate change policies. The drive for enhanced environmental sustainability through GHG emissions reduction and green economy initiatives is being spearheaded by multiple stakeholders across governments, businesses and investors.

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Energy sector as the main driver for Malaysia’s socioeconomic development

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The energy sector, which acts as the main driver of growth for the Malaysian economy, and energy-intensive industries contribute 28 per cent of Gross Domestic Product (GDP) and account for 25 per cent of the total workforce. In addition, the energy sector is also a key source of national income with petroleum-related income contributing 31 per cent of fiscal income and energy exports constituting 13 per cent of total export value. The energy sector has strongly contributed to the national socioeconomic impacts, benefiting over 10 million customers with daily access to electricity supply and is a foundational enabler for people mobility through the reliable supply of various transport fuels. Jobs and business opportunities created in the energy sector as well as economic multipliers in energy-related supply chains have also contributed significantly to the quality of life and positive socioeconomic effects for the rakyat. (National Energy Policy, Malaysia (DTN))

 

 

National Energy Transition Roadmap (NETR)

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“Energising the Nation, Powering Our Future”

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“Energy transition refers to the shift from an energy system dominated by the use of fossil fuels with high carbon emissions intensity towards a system based on clean and renewable energy sources. The energy transition process is unfolding at a swift pace due to rapid technological developments and the increasing awareness of global net-zero emissions target.” (NETR)

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The Case for Change

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“Growth in the energy sector drives development in various adjacent industries, creating spin-offs through employment, capital inflows and investments, as well as supporting the energy service companies ecosystem.” (NETR)

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“The energy sector has long driven Malaysia’s development and growth. Yet emissions have also increased in tandem with the country’s economic growth, necessitating an urgent need to transition towards a low carbon economy. This will involve meeting the country’s climate commitment to cut 45% carbon intensity against GDP by 2030 compared to the 2005 baseline.” (NETR)

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In 2022, the European Union (EU) introduced the Carbon Border Adjustment Mechanism (CBAM), aimed at preventing carbon leakage. The current scope of CBAM covers industries that are important to Malaysia, such as iron, steel, aluminium, fertiliser, electricity and hydrogen. It is estimated that 57% of Malaysia’s total exports will be affected by the implementation of CBAM.” (NETR)

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“Effective energy transition management requires a whole-of-nation approach involving the federal governments, state governments, industry and general public, as well as the international community. This will coherence of policy planning and implementation in balancing the energy trilemma of security, affordability and environmental sustainability.” (NETR)

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“The National Energy Policy, 2022 - 2040 (DTN) lays the groundwork for a transformation in the energy landscape. It defines the energy transition as a structural shift in energy systems, characterised by a transition towards cleaner sources of energy, increased use of RE, and a significant reduction in carbon emissions. The energy transition is expected to occur at an accelerated pace, driven by rapid technological advances and robust climate change policies.” (NETR)

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Digital Transformation in the Oil, Gas and Energy Industry

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Digital transformation has become critical for organisations to stay competitive, relevant, and succeed in today’s rapidly changing and technology-driven world. Digital transformation in the oil, gas and energy industry refers to the process of using digital technologies to improve operations and business performance. The goal of digital transformation is to help oil, gas and energy companies become more agile, efficient, and competitive in a rapidly changing market.

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Digital transformation in the oil and gas sector has the potential to deliver annual cost savings of at least $130 billion from 2023 to 2030, based on overall capital and operational expenditures, according to an analytics report by Rystad Energy (March 2023).

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There are many different components of digital transformation, but some common examples include the use of data analytics to optimize production, the use of drones and robots for exploration and maintenance, and the use of virtual reality for training and simulations. Signifcant cost reduction can be attained through the implementation of data analytics, artifcial intelligence (AI), machine learning,  the Internet of Things (IoT), and digital twins. 

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Capitalising Emerging Technologies: Oil & Gas (DTN):

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“The oil and gas sector continues to face unique challenges, which requires technology analytics, development, adoption and commercialisation to optimise the lifespan of indigenous oil and gas
resources”. These technologies include:

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1. Technology for deepwater and ultra-deepwater fields;

2. Technology to ensure economical and environmentally sustainable production in sour gas fields; and

3. Enhanced oil recovery technology for mature fields

 

“In addition, efforts to develop advanced technology and enhance technology adoption in growing demand areas such as sustainable exploration and production will be key, which can be leveraged to build regional leadership in the sector. Technologies to drive efficiency in operations will be enhanced such as the digitalisation adoption across the oil and gas value chain. These include the use of data analytics; artificial intelligence (AI) and machine learning (ML); integrated carbon capture, utilisation and storage (CCUS) facilities; as well as harnessing the potential of internet of things (IoT) to enhance value creation and cost-competitiveness of domestic oil and gas production”. (DTN)

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Digital technology can play a key role in helping to accelerate the energy transition.

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“The modern world generates huge quantities of data and, if subjected to the right analysis, this can deliver crucial insights into business processes, technological development and societal needs. Meeting commitments on carbon neutrality while addressing the rising global demand for energy requires new technologies, new business models and improved collaboration".

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“An analysis by Accenture, in collaboration with the World Economic Forum, states that “digital technologies, if scaled across industries, could deliver up to 20% of the 2050 reduction needed to hit the International Energy Agency net-zero trajectories in the energy, materials and mobility industries.”

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Source: www.weforum.org - “Power of digitalization: How better use of data is helping drive the energy transition” (Jan 10 2023)

 

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