Low-Carbon Technologies

Global progress towards tackling climate change is lagging. This paper puts forward a framework to design comprehensive decarbonisation strategies while promoting growth and social inclusion. It first highlights the need of evaluating a country’s national climate targets and current policy mix, in conjunction with facilitating monitoring tools to assess current and future progress, as a key step to design effective decarbonisation strategies. It then provides a detailed comparison of several policy instruments across different assessment criteria, which indicates that no single instrument is clearly superior to all others. This highlights the need for developing decarbonisation strategies based on a wide policy mix consisting of three main components: 1) emission pricing policy instruments; 2) standards and regulations; 3) complementary policies to facilitate the reallocation of capital, labour and innovation towards low-carbon activities and to offset the adverse distributional effects of reducing emissions. However, there is no one-size-fits-all policy mix, as feasible policy choices depend on countries’ industrial structure, social preferences and political constraints. A robust and independent institutional framework, stakeholders engagement and credible communication campaigns are key to managing these constraints and ultimately enhancing public acceptance of climate mitigation policies.

This report explores the circular economy from a product perspective, applying a systemic approach and transition theory. Drivers of product design and usage are discussed in the context of emerging consumption trends and business models. For governance to be effective, it has to address the product life-cycle and the societal context determining it. Indicators and assessment tools are proposed that can help fill the current data and knowledge gaps.

Human societies have always been climate dependent, but we are only now coming to grips with the fact that our climate also depends on us. As the second decade of the 21st century gets underway, we now recognize that we are faced with two challenges created by our ever-increasing emissions of greenhouse gases. First, the atmosphere is warming, setting the stage for a host of problems from droughts, extreme weather events, coastal erosion and inundation, to which we have to adapt. And second, we must begin implementing strategies to slow down our greenhouse gas emissions to mitigate the scale of these impacts while putting in place corresponding adaptation measures.

These challenges are particularly problematic for countries and economies in the Asia Pacific. On the one hand, the region is slated to face some of the greatest climate related impacts relative to other regions of the world. On the other, developing economies in the region will see substantial expansions of their middle classes and the greenhouse gas emissions their lifestyles generate.

The future scenario(s) aimed to illustrate how social, economical and political demand could be harnessed to move the Asia Pacific along a path toward putting far less carbon into the atmosphere by 2050. Science and technology development, including technology transfer, that respond to such demand was seen a key driver of this transition and thus was a major focus of the project. The future scenarios and policy recommendations developed from this project were meant to reflect the economic and social conditions among APEC economies and be consistent with their common but differentiated responsibilities and capabilities. While the project’s main focus was on longer-term perspectives, recommendations were to be developed for APEC and member economies that spell out short-term actions that could be taken to more quickly reduce the region’s carbon
footprint.

The low-carbon cities in the APEC region differentiate from each other in terms ways and focuses of development due to their distinctive natural conditions, economic development, industrial structure and cultural tradition. Drawing from the experiences from all the member economies, this report offers suggestions for the development models and toolkit of low-carbon cities.
The concept of Low Carbon City originates in Low Carbon Economy, which was put forward in the context of coping with the global climate change and advocating less greenhouse gases emission during human production and living activities. In 2003, the government of United Kingdom published its "Energy White Paper" entitled "Our Energy Future: Creating a Low Carbon Economy", in which the concept of Low Carbon Economy was first put forward. The White Paper pointed out that Low Carbon Economy means to achieve more economic output by less natural resources consumption and environmental pollution, in order to create approaches and opportunities for a higher living standard and better living conditions, and to provide new business opportunities and more job opportunities for the development, application and output of advanced technologies. Low Carbon Economy gives consideration to both "Low Carbon" and "Economy", of which Low Carbon is a model that humans respond to the climate change to realize sustainable economic and social development. Low Carbon means we must reduce or even stop depending on carbon-based fuel to the greatest extent and realize energy utilization transition and economic transition in the pursuit of economic development; Economy, means we need to maintain a stable and sustainable economic development on the basis and in the course of energy utilization transition, however this concept should not exclude the maximum of development, output, and long-term economic growth.

Questions about the reliability, affordability and sustainability of our energy future often boil down to questions about investment. But are investors ready to commit capital in a fast-changing energy world? This special report in the World Energy Outlook series takes up this question in a full and comprehensive update of the energy investment picture to 2035 – a first full update since the 2003 World Energy Investment Outlook. With benchmark data on past investment trends and updated projections for investment at regional and global level, the report provides insights into:
- The structure of ownership and models for financing investment in different parts of the energy sector.
- The continued importance of oil investment in the Middle East to meet demand, and the consequences of delay in such investment.
- The dynamics and costs of LNG investment and how this can shape the future of global gas supply.
- Where investment in the power sector might fall short of what is required, with important findings on the reliability of electricity supply in Europe and in India.
- The outlook for investment in low-carbon technologies, including renewables, and energy efficiency and the barriers to their realisation.
- How global investment and financing requirements change if governments take stronger action to address climate change.