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National Energy Transition Roadmap
…green mobility and carbon capture, utilisation and storage (CCUS). Phase 1 of the NETR has attracted RM25 billion of investments from public and private sector, with the government committing a total of RM2 billion in terms of seed funding. A non-exhaustive list of projects to be implemented are:- Floating hydro solar power: 2500MW TNB hydro dam reservoir- Residential solar power: Construction of 4.5 MW residential rooftop solar power plants;- Hydrogen: Implementation of three integrated hydrogen production plants in Sarawak- Eco-friendly mobility: 10,000 EV charging stations; electrification of public transport;- Carbon Capture Utilization and Storage (CCUS): Petronas…
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Resolution 40350 – 2021: Integrated Climate Change Plan for the Mining-Energy Sector
…2050. This plan sets goals for carbon neutrality and climate resilience in 2050. The Plan consists of 3 phases: I. Preparatory (2018-2030), II. Transformative (2030-2040), and III. Consolidation (2040-2050). Each phase will build from the previous one to achieve the 2050 goals. Additionally, it models five different mitigation scenarios, that range from current commitments to a highly ambitious scenario. Scenario 5, the most ambitious, includes carbon capture utilisation and storage (CCUS) in the mitigation actions by 2040 and energy-efficient hydrocarbon and mining sectors, through the implementation of renewable energy in extraction processes. The document shows the…
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National Hydrogen Strategy
Strategy includes a forecast for the production of 1.4 Mt of hydrogen per year by 2031 (1 mtpa of green H2 and 0.4 mtpa of blue H2), 7.5 Mtpa by 2040 and 15 Mtpa by 2050, through a mix of electrolysis powered with renewable and nuclear electricity, and natural gas with carbon capture, utilisation and storage (CCUS)
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Research Innovation Enterprise (RIE)
…of becoming a research-intensive, innovative and entrepreneurial economy. The first RIE (RIE2015) was announced and established in 2010 and is worth SGD $60 billion up to 2025. In the RIE, the SIngapore government will sustain investments in R&D and innovation at about 1% of Singapore's GDP over 2021 to 2025. The associated efforts include:Manufacturing, Trade and ConnectivityHuman Health and PotentialUrban Solutions and Sustainability Smart Nation and Digital Economy Academia ResearchManpowerIn particular, it supported the required R&D activities to decarbonise Singapore's power sector such as solar, grid technologies, hydrogen, carbon capture utilisation and storage solutions.
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Net Zero Industry Act: CCUS
…which proposes to establish a framework of measures to strengthen Europe’s net-zero technology products manufacturing ecosystem. The overall goal is to put Europe on a path to domestically manufacture at least 40% of its clean energy technology needs by 2030. The Act identifies carbon capture, utilisation and storage (CCUS) as one of the eight strategic net-zero technologies for which scaling up manufacturing capacity is critical to reaching the EU's climate goals. Specifically for CCUS the Act proposes:Accelerating permitting and defining strategic net-zero projects: Requires the establishment of a “one stop shop” in each country…
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Green Research Strategy
…the economy the government has proposed to increase the funds for green research, compared to 2020. The government proposes to prioritise four green missions in 2021: 1) carbon capture and storage or utilisation 2) green fuels for transportation and industry (Power-to-X) 3) climate and environmentally-friendly agriculture and food production 4) recycling and reduction of plastic waste The missions are to support the overall climate efforts of the government. In the 'Climate Agreement for Energy and Industry', it was agreed to focus on the green technologies of the future, including energy storage and conversion, carbon capture, utilisation and storage.
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Japan-Australia partnership on decarbonisation through technology
Japan and Australia commit to jointly support initiatives to accelerate the development and commercialisation of low and zero emissions technologies, toward the transitions to net zero emissions. Such technologies are: clean fuel ammonia, clean hydrogen and derivatives produced from renewable energy (or from fossil fuels with substantial carbon capture, utilisation and storage), carbon capture utilisation and storage, carbon recycling, low emissions steel and iron ore. The two countries will provide appropriate financial support to advance initiatives in these sectors. This partnership builds on already established initiatives and statements such as the Hydrogen Energy Supply Chain (HESC), the Japan-Australia Energy…
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Energy Innovation Program
…calls.
The key priority areas of the program are:
- renewables
- smart grid and storage systems,
- reduction of diesel use in industry in northern and remote communities
- methane and volatile organic compound (VOC) emission reduction
- reduction of greenhouse gas emissions in building sector
- carbon capture, use and storage
- improvement of energy efficiency in industry
In 2021, the government of British Colombia and Shell Canada are also providing 35 million CAD each for the creation of the Centre, set to launch in 2021. The centre will focus on clean fuels, renewable natural gas, low-carbon hydrogen and carbon capture, utilization and storage… -
(British Columbia) CleanBC Roadmap 2030
…by 2035.The introduction of a requirement that all new large industrial facilities must have a plan to achieve net-zero emissions by 2050. The release of a new industrial climate program to ensure that the sectoral target of a 33-38% emissions reduction below 2007 levels in met.The commitment to clean up 100% of current orphan wells in B.C. before 2030 through the industry-funded Orphan Site Reclamation Fund.The integration of emissions goals into the oil and gas royalty system. The advancement of a provincial approach to carbon capture, utilisation and storage and negative emissions technologies.
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Renewables 2025
Analysis and forecasts to 2030 Renewables 2025 Renewables 2025 is the IEA's main annual report on the sector. It presents the latest forecasts and analysis, based on recent policy and market developments, while also exploring key challenges and opportunities facing the sector.This year’s edition provides forecasts for the deployment of renewable energy technologies in electricity, transport and heat through 2030. It also examines notable developments in key areas of the sector, including policy changes, manufacturing trends, and the financial health of different parts of the industry.
