Climate Finance - an overview (2024)

Disintermediating the Green Climate Fund

Tim Reutemann, in Transforming Climate Finance and Green Investment with Blockchains, 2018

11.11 Outlook

Climate finance is an excellent place for first experiments with global democratic consensus mechanisms. And the most vital component of it is the creation and conservation of legitimacy. But initially, electronic democratization of climate finance will remain for a “club of the willing.” Most importantly, lots of experiments on the rules, user interfaces, and incentives, etc., are required before any serious proposals for a USD$100 billion apparatus can be made. Believably, creating a show-case for functional electronic democracy could be a door opener for wider efforts to turn the tide on the global recession of democracy with new technologies (https://www.eiu.com/topic/democracy-index, 2017).

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Climate Change and Kyoto Protocol

Anil Gupta, in Handbook of Environmental and Sustainable Finance, 2016

1.7 Climate Finance

Climate finance refers to local, national, or transnational financing, which may be drawn from public, private, and alternative sources of financing. Climate finance is critical to addressing climate change because large-scale investments are required to reduce emissions significantly, notably in sector that emit large quantities of greenhouse gases. Climate finance is equally important for adaptation, for which significant financial resources will be similarly required to allow countries to adapt to the adverse effects and reduce the impacts of climate change. Climate finance should not be confused with carbon finance as the two are totally different; climate finance refers to the funds required for addressing the climate change whereas carbon finance is the revenue realized by projects through sale of carbon credits earned.

In accordance with the principle of common but differentiated responsibility and respective capabilities set out in the Convention, developed countries (Annex-I countries) are to provide financial resources to assist developing countries (non-Annex-I countries) in implementing the objectives of the UNFCCC. It is important for all governments and stakeholders to understand and assess the financial needs the developing countries have so that such countries can undertake activities to address climate change. Governments and all other stakeholders also need to understand the sources of this financing, in other words, how these financial resources will be mobilized.

Equally significant is the way in which these resources are transferred to and accessed by developing countries. Developing countries need to know that financial resources are predictable, sustainable, and that the channels used allow them to utilize the resources directly without difficulty. For developed countries, it is important that developing countries are able to demonstrate their ability to effectively receive and utilize the resources. In addition, there needs to be full transparency in the way the resources are used for mitigation and adaption activities. The effective measurement, reporting, and verification of climate finance are keys to building trust between Parties to the Convention, and for external actors.

At international level, the Adaptation Fund (AF), the Green Climate Fund (GCF) and the GEF are major instruments of climate finance at present.

The AF was established in the year 2001, through a decision taken by COP to UNFCCC, to finance concrete adaptation projects and programs in developing countries that are particularly vulnerable to the adverse effects of climate change. The AF is financed through financial contributions from developed countries and with a share of proceeds from the CDM project activities. The share of proceeds amounts to 2% of CERs issued for a CDM project activity. This fund has achieved its goal of raising a fund of US$100million by end of the year 2013 with target for the resource mobilization of US$80million per calendar year in 2014 and 2015 to support the approved projects and programs.

The GCF was established by the COP in its 16th session during November 29 to December 10, 2010 as an operative entity to the financial mechanism of the Convention. The GCF supports projects, programs, policies, and other activities in developing countries, which are Party to Kyoto Protocol. The World Bank is the interim trustee of the GCF. This fund has mobilized US$10.2billion to date by contributing Parties, enabling it to start its activities in supporting developing countries and making it the largest dedicated climate fund.

The GEF, a partnership for international cooperation where 183 countries work together with international institutions, civil society organizations, and the private sector, to address global environmental issues, also serves as financial mechanism for UNFCCC and its Kyoto Protocol.

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Blockchain—Powering and Empowering the Poor in Developing Countries

Jane Thomason, ... David Shrier, in Transforming Climate Finance and Green Investment with Blockchains, 2018

10.4 Blockchain and Tracking Financial Flows to the Poor

Climate finance is the flow of donor and government funds toward activities that reduce or mitigate greenhouse gas emissions or help communities adapt to climate change’s impacts, and can catalyze other investment flows. Climate finance and adaptation will play an important role in helping developing countries meet the UN’s Sustainable Development Goals8 (United Nations, 2017).

Each year, over one trillion dollars flows from individuals, governments, and businesses to address the challenges of poverty and crisis across the world (Carraro, 2017). The distribution and tracking of global development and humanitarian aid funds remains complex, opaque, and hugely inefficient. Transfers can take weeks to arrive and 5–10% losses are not uncommon (The World Bank, 2017).

Lack of transparency is also a key issue as there is an inability to trace the flow of funds from end to end. The UN estimates that up to 30% of official development assistance is lost due to fraud and corruption (Jenny, 2012). The result is less funds, leading to reduced impact for those who need it most. On the ground, organizations face multiple barriers to ensuring full transparency of fund distribution–weak infrastructure, capacity limitations, and cash-based systems all contribute to the challenge for international agencies and local organizations to be fully accountable to both their donors and the communities and individuals they work with.

The Climate Funds Update9, a joint initiative of the Heinrich Böll Stiftung (HBF)10 and the Overseas Development Institute (ODI)11, monitors dedicated climate change funds from the stage when donors pledge funding, through to the actual disbursem*nt of financing for projects, in an effort to increase the transparency of climate finance flow (Climate Finance Fundamentals, 2017). Blockchain applications to track financial flows and report results, and smart contracts that target beneficiaries have potential to speed up financial flows and vastly improve accuracy and transparency of reporting.

Applications are being tested to improve the flow and targeting of donor funds. The Case Study Two highlights Disberse12, a Blockchain platform to track flow of donor funds.

Case Study Two

Disberse12 is a fund-management platform for the global development sector, built on Blockchain technology. It drives the transparent, efficient, and effective flow and delivery of development and humanitarian aid. It enables donors, governments, and Non-Governmental Organizations (NGOs) to transfer and trace funds through the whole chain, from donor to beneficiary, via intermediaries. It has potential to be used for social cash transfers to enable mobile money transfers and voucher schemes for the most vulnerable. It could be employed by any development and humanitarian projects that involve the transfer of funds between two or more stakeholders (Disberse, 2017).

Swaziland: Disberse12 has partnered with the UK charity Positive Women13 which raises funds in the UK from individuals and foundations, and then distributes the funds to partner NGOs in Swaziland. This pilot has a school fees component (developed in conjunction with schools, government, and the families) and a wider personal-development support program. The pilot, tested between the UK and Swaziland, sent funds to four Swazi schools via a local NGO. Disberse12 enabled Positive Women to reduce their transfer fees by 2.5% and trace the flow of funds down the chain, resulting in zero losses at the points of delivery. Thanks to the cost savings, Positive Women were able to fund an additional three students’ school fees for a year.

Start Network: Disberse12 have partnered with the Start Network14 who manage a $100 million humanitarian response fund from institutional donors such as Department for International Development (DFID), Swedish International Development Cooperation Agency (SIDA), and Irish Aid. Start Network will roll out a full cross border, end-to-end pilot in late 2017, and will be the first organization to fully track the flow of funds though the chain, from donor through to beneficiary.

www.disberse.com/

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Decoding the Current Global Climate Finance Architecture

Alastair Marke, Bianca Sylvester, in Transforming Climate Finance and Green Investment with Blockchains, 2018

4.5 Barriers for Unlocking Climate Finance

For public climate finance, two factors—“austerity” and “national politics”—can explain most of the difficulties encountered at national level. At subnational level, the transfers of climate finance are often hindered by the following factors:

a.

Lack of communication between financial institutions and local governments – For example, in Indonesia, a resort would not have been repetitively destroyed by wildfires if the investors had been informed by the community and local government about the needs to adapt to fire risk at that location.

b.

Uncertainty over regulatory and tax policies – For example, in the South African government, there is only one unit dedicated to public-private partnerships with the sole authority to initiate projects, which means very few can move forward.

c.

Lack of capacity and expertise – Developing world tend not to be able to effectively implement their vision and demonstrate their creditworthiness (CityTalk, 2016).

Nevertheless, for private climate finance, which will account for a significant proportion of global climate finance in the future, the story is much longer and more complicated. Briefly speaking, Callaghan (2015) considers the barriers to mobilizing private climate finance being three-pronged:

a.

“Viability gap” – The “viability gap” in the financing of many climate investments exists between costs and revenues. From investors’ perspectives, the costs of capital for such investments as renewable energy projects may be so high that the profit margins would be uncertain given the revenue streams being perceived as not sustainable. This gap should be bridged by concessional finance from governments in the form of tax incentives, feed-in tariffs, concessional loans, or what CPI calls in its 2014 report “public framework expenditures” that improve the investment climate.

b.

Risk aversion – (Foreign) investors tend to be very sensitive to risks that would impact the returns for their investment. Their appetite for risk associated with climate projects in developing countries, which are characterized by various uncertainties, is relatively low. These risks include the familiar adverse currency movements which are ever-present for external investors and may be mitigated with short-term commercial hedging products. Another example is political risk which can be reduced by political risk insurance or export credit guarantees from governments or development agencies such as Overseas Private Investment Corporation in the US and the World Bank’s Multilateral Investment Guarantee Agency.

c.

Visibility of investment opportunities – The major constraint for private climate finance is the low visibility of climate investment opportunities, leading to mismatch between assets and liabilities. For instance, in many (I)NDCs, micro-insurance products that cover crop risks have never been mentioned despite rapid growing demand.

An example of a sector where there has been a significant climate finance shortfall is in the clean cooking sector. In this sector, finance is needed for improved biomass and clean-fuel supply chains, working capital for improved cookstove producers and distributors, support for market transformation programs and enabling infrastructure. According to the World Bank, estimates of the total funding gap vary, but they suggest that the sector is significantly underfunded with roughly US$70 million of investments globally in clean cooking interventions by donors (Putti, Tsan, Mehta, & Kammila, 2015). This contrasts with IEA estimates that annual investments of US$4.7 billion are needed globally to ensure universal application of clean cooking fuels through 2030. To address the significant shortfalls, the World Bank calls for a significant increase in clean cooking solutions, potentially via smart and targeted subsidies, and continued investment in improved cookstoves.

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Using Smart Algorithms, Machine Learning, and Blockchain Technology to Streamline and Accelerate Dealflow in Climate Finance

Neil Salisbury, Jenya Khvatsky, in Transforming Climate Finance and Green Investment with Blockchains, 2018

Abstract

A major reason for the chronic climate finance underspend (US$1 trillion per year required, US$360 billion per year spent) is that there is a misalignment between institutional investors looking to invest in climate finance and the fundamental characteristics of the most impactful technologies and projects that will drive the global transition toward a low-carbon economy. Many highly effective activities are well below the investment hurdle of most institutional investors. CleanTek Market has created an on-line marketplace for the global climate finance community. The marketplace provides matchmaking services to participating organizations, whereas a range of Blockchain-based tools and services is being developed that will mobilize climate finance and direct it to where it is required. Tools and services include: deal aggregation, investor syndication, crowdfunding, corporate power purchase agreements (PPAs), and other niche marketplaces. All are designed around our smart algorithms to match organizations together, and Blockchain technology to provide algorithmic authentication, smart contracts, and settlement services.

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Blockchain and Smart Contracts

James duch*enne, in Transforming Climate Finance and Green Investment with Blockchains, 2018

22.3 The Dawn of a New Economy

One of the most exciting developments for climate finance and renewable energy trading with smart contracts is the explosion of global funding through token sales. This has accelerated in 2017 because of a number of reasons:

1.

Early cryptocurrency adopters rode an appreciation wave whereby many new millionaires were created. As the growth of this industry is orders of magnitude more than what is experienced with stocks or commodities, they tend not to leave this booming digital economy, rather investing their earnings in Blockchain ventures via token sales;

2.

As Blockchain technology proves itself, it is attracting a number of investors to invest in tokens such as Ether and Bitcoin, in addition to ERC20 tokens, demonstrable through the rapidly increasing liquidity in trading those assets; and

3.

The Fat-Protocol model is now being more understood (Monegro, 2016). This postulates that during the Internet era, the protocol carrying information had virtually no way to capture value at the protocol layer, but applications built on top of that infrastructure are where most of the value was soaked up. In the Blockchain space, we are seeing a reversal of this, for instance: What if the Internet had tokens and anyone was required to have tokens to use it—how much would this token be worth today? In this manner, the protocol layer is expected to produce most of the value in the Blockchain era and the applications running on top of it significantly less.

In this new economy, several conclusions can be drawn:

1.

If a token represents a tailored approach to the climate change-related industries, then its successful deployment could mean unimaginable returns for those investing in the tokens;

2.

The way in which contributions to climate finance is made can be highly creative although some patterns are starting to emerge in the way that institutional investors participate in token sales;

3.

The way in which the community’s participation is leveraged could mean a change in the current governance models with the input of the crowd through various voting mechanisms; and

4.

The tokens are liquid from the day they are released on global exchanges, although this may change significantly in the coming years as more clarity is available from regulators.

22.3.1 A Novel Way to Funding Renewable Energy Projects

A number of funding models have been used to fund projects, such as the Bitcoin Investment Trust model, Coinlist, Crypto Assets Fund, and Blockchain Capital. Other models are being tested that have a number of different flavors as this field is evolving rapidly.

Another model—the Sutton Stone13 model—can be used to address the climate-related industries through a utility token (where the token itself represents access to the platform, recordings, trades, or rewards). The model segregates funding for institutional-type investors (e.g., venture capitals) and public (crowd) sales. In addition, the funding period is over a long period of time to discourage major participants (or speculators) from influencing the price of the token (e.g., by dumping tokens to move the market). The opportunities previously only available to wealthy investors are now being commingled with the crowd.

These models are being tailored to include consumer protection initiatives, including “Know Your Customer” (KYC) and antimoney laundering (AML) policies and obligations, and the relevant incentives for multistakeholder participation.

The utility token sales model highlights a distinct shift from the way in which modern-day corporations operate. We have had hundreds of years of experience with the concept of the company and many corporate structures have been subject to adaptation over the years. However, this new way of funding means a rethinking of the concepts of shareholders equity, officers’ duties, compliance and planning, and more. For example, the same token can represent ownership or access to a platform, in addition to cash for cash-flow requirements, all under different conditions.

In the renewable energy sector, this funding model could be linked to assessments predicting the likely production of energy over an average year, or the average annual energy yield predicted for a site. These evaluations are often termed P50-P90 evaluations, which are interpretations of the simulation of energy productivity over several years. It is possible to link that simulation results to the release of funding for projects and complement traditional funding models. This democratization of for renewable energy financing can lead to significant upside toward the goals of a cleaner, low-carbon future.

By combining financing and enterprise activities, the cost of financing renewable projects such as administrative overheads can also be significantly sidestepped. Further, compliance is a matter of examining the Blockchain records with the relevant checkpoints, in real time. Penalties or taxes can be automatically charged to organizations or nation–states for under-performance; or grants can be linked to provable events that all participants agree on.

22.3.2 Appreciation of Token Values

Between January and July 2017, approximately US$1.2 billion has been raised through token sales (Soklin, 2017). While this may look small for capital markets, the rate of growth is significant. It means that significant deliberation should be given to how token sales can boost renewable project finance, plus other mitigation and adaptation projects against climate change.

Why could the crowd not participate in owning the tokens required to drive trades and finance climate investments? The more trading increases and its uses grow, the more likely that the tokens will appreciate in value and the less friction there will be in trades. The meshing of these activities with various international agreements (from which various national legislations, regulations, and sectoral standards are transposed) must, therefore, be studied as soon as possible. It is recommended that an ad hoc experts’ committee be created under the UNFCCC to address just that. Blockchain allows us to live in a society of a different paradigm, which should be better understood and used to incentivize all parties to address climate change together.

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A Conversation with Masterminds in Blockchain and Climate Change

Alexander Harris, in Transforming Climate Finance and Green Investment with Blockchains, 2018

Abstract

Understanding the potential blockchain has to offer the world of climate finance, is essential in achieving the goals set out by the Paris Climate Agreement. Based on conversation with masterminds in the field, this chapter aims to demystify the innovative new technology and explore the areas in which blockchain’s application could make a crucial difference in the pursuit of climate pledges. These range from its potential in helping to upscale private climate investment to the vital role which it could play in facilitating peer-to-peer energy transactions. The experts interviewed in this chapter are Sven Braden, a climate change negotiator with over a decade of experience in representing the nation of Liechtenstein, and Stefan Klauser, a FinTech expert with an extensive background in blockchain innovation as a lead organizer at the Swiss Federal Institute of Technology in Zurich (ETH Zurich).

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COCOA—Crowd Collaboration for Climate Adaptation

Gustavo Arciniegas López, ... Cristián Retamal González, in Transforming Climate Finance and Green Investment with Blockchains, 2018

12.2.3 The Sources of the Problem

The lack of technical knowledge and existing bureaucracy in the current climate finance architecture may be quite restrictive for organized communities to implement climate adaptation initiatives in their territories.

First, the selection or prioritization of adaptation projects for funding is subject to governmental discretion, justified with technical arguments and metrics, and usually also impacted by unavoidable political calculations. Consequently, many interesting climate adaptation ideas originated at local community levels have never passed the proposal assessment stage by conventional international climate funds.

Second, funding entities are characterized by cumbersome bureaucracies and procedures, lengthy approval processes and complicated structures designed to safeguard the integrity of the funds. It could take years for an international climate fund to complete a project funding cycle.

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Central Banks and Blockchains

Delton B. Chen, in Transforming Climate Finance and Green Investment with Blockchains, 2018

Abstract

A central problem of the climate crisis is a need to mobilize sufficient climate finance to generate a low-carbon transition, and to do so quickly enough to prevent dangerous anthropogenic interference with the climate system. In response to this challenge, a case is presented for a coordinated central bank policy that involves a Central Bank Digital Currency (CBDC) for rewarding climate mitigation actions. Justification for the CBDC is framed on a new model for costing externalities and pricing systemic risk. A hypothetical 100-year storyline, called “Avoiding Catastrophe,” is presented to illustrate how the CBDC could be used to mobilize trillions of dollars of new climate finance and manage climate risk. Effectiveness of the CBDC reward is appraised by comparing the 100-year storyline with a speech given by Mark Carney—the Governor of the Bank of England—titled “Resolving the climate paradox.” A technical brief is provided for a CBDC platform, including recommendations for Blockchain ledgers, smart contracts, rules, and strategies for ensuring accountability and scalability.

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How to Read This Book

In Transforming Climate Finance and Green Investment with Blockchains, 2018

I appreciate that not all readers would have days or weeks to read every page of this book. Therefore, I suggest a couple of ways to read this book, depending on your needs or priorities.

1.

If you do not have any prior knowledge about Blockchain technology, it is very important that you start with: Chapters 1 and 3Chapter 1Chapter 3.

2.

If you have had some knowledge about Blockchain and have an hour to learn about its applications in climate change in general, you may read: Chapters 2 and 4Chapter 2Chapter 4, and all interludes preceding each section. It would be helpful if you had a clear grasp on the state of global climate finance reported in Chapter 4.

3.

If you are intrigued by Blockchain’s capacity of stimulating peer-to-peer renewable energy trading, you may read: Section 2, including Chapters 5–9Chapter 5Chapter 6Chapter 7Chapter 8Chapter 9. Chapter 5 summarizes the potential role of Blockchain in shaping the energy sector. Chapters 6 and 7Chapter 6Chapter 7 discuss the changing energy sector from the supply-side perspective while Chapters 8 and 9Chapter 8Chapter 9 discuss from the demand-side perspective.

4.

If you are particularly interested in how Blockchain technology can accelerate international climate finance transfers, you may read: Section 3, including Chapters 10–14Chapter 10Chapter 11Chapter 12Chapter 13Chapter 14. Chapter 10 represents a kaleidoscope of innovative Blockchain solutions for developing countries. Chapters 11 and 12Chapter 11Chapter 12 discuss on possible streamlining of procedures in international climate funds, while Chapters 13 and 14Chapter 13Chapter 14 focus on the smart mobilization of private climate finance.

5.

If you are concerned about the way in which Blockchain could increase the efficiency of emissions trading schemes, you may read: Section 4, including Chapters 15–19Chapter 15Chapter 16Chapter 17Chapter 18Chapter 19. Chapters 15 and 16Chapter 15Chapter 16 introduce new approaches to price carbon credits that underpin emissions trading schemes, while Chapters 17 and 18Chapter 17Chapter 18 suggest new, administratively efficient systems to transfer or trade carbon credits on a Blockchain. Chapter 19 goes further by proposing the “networking” of carbon markets with Blockchains.

6.

If you would like some food for thoughts as you are pondering the interaction between the law and disruptive technologies, you may read: Section 5, including Chapters 20–22Chapter 20Chapter 21Chapter 22. Chapters 20 and 21Chapter 20Chapter 21 present how Blockchain can facilitate the enforcement of green finance-related law, while Chapter 22 envisages new legal frameworks to suit the “Blockchain era.”

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