Financial Readiness Framework Introduction

Global Methane Initiative (GMI) Financial Readiness Framework for Organic Waste Management

Introduction > Develop Project Plan > Assess Feasibility > Identify and Select Finance Source/Instrument > Mitigate Risks > Secure Permits and Approvals > Seek Project Funding/Finance > Structure and Close Financing > Case Studies > Acknowledgements

Overview

National and subnational governments face many challenges to implementing organic waste diversion and treatment projects. One major obstacle is securing financing for the projects’ capital investment and operation costs. The Financial Readiness Framework for Organic Waste Management (the Framework), developed by the U.S. Environmental Protection Agency (U.S. EPA) in support of the Global Methane Initiative (GMI), provides high-level practical guidance to help stakeholders understand the process for financing organic waste management projects, mitigate potential investment risks, and improve the bankability of projects.

The Framework is intended primarily for national and subnational governments, as well as private sector project developers. Throughout this Framework, “project developers” refers to public or private sector actors or public-private partnerships. While some suggested best practices may apply specifically to either the public or private sector, as a whole this resource summarizes broadly applicable measures for project financial readiness.

The Importance of Reducing Methane Emissions

In many parts of the world, organic waste, including food and green waste, makes up more than half of total municipal solid waste. When organic waste is left unmanaged at disposal sites, it decomposes and releases methane into the atmosphere. Methane is a powerful greenhouse gas with a global warming potential 28 times greater than carbon dioxide on a ton-for-ton basis over a 100-year time frame.¹ Over a 20-year time frame, one ton of methane can trap up to 80 times more heat than carbon dioxide. Municipal solid waste is the third largest source of global anthropogenic methane emissions; contributing approximately 11 percent. Therefore, diverting and treating organic waste is a major opportunity for reducing global methane emissions.

GMI provides technical assistance and capacity building to partner countries to accelerate the mitigation, recovery, and use of methane from the biogas sectors, which include municipal solid waste, agriculture, wastewater, and other methane-emitting sectors. This support aligns with major initiatives to reduce waste methane emissions, including the Lowering Organic Waste Methane Initiative (LOW-Methane), which aims to deliver at least 1 million metric tons of annual methane reductions in the waste sector by 2030. Furthermore, GMI’s support helps governments achieve ambitious climate change targets, including the Global Methane Pledge, a joint agreement signed by more than 150 countries to collectively cut methane emissions by 30 percent by 2030 relative to 2020 levels.

¹ Intergovernmental Panel on Climate Change (IPCC), 2013, Climate Change 2013: The Physical Science Basis. Contribution of Working Group I to the Fifth Assessment Report of the Intergovernmental Panel on Climate Change [Stocker, T.F., D. Qin, G.-K. Plattner, M. Tignor, S.K. Allen, J. Boschung, A. Nauels, Y. Xia, V. Bex and P.M. Midgley (eds.)], Cambridge University Press, Cambridge, United Kingdom, and New York, USA.

Options for Improving Organic Waste Management

Options for reducing methane emissions from organic waste include:

Upstream

Reducing organic waste generation, including through programs to reduce food waste.

Downstream

Diverting organic waste from waste disposal facilities (i.e., landfills and open dumps) to treatment facilities, such as:
- Anaerobic digestion or biogas projects that capture and use methane as an energy source,
- Composting plants, which treat organic waste aerobically to reduce methane emissions or,
- Emerging technologies projects, such as the use of the black soldier fly for the production of animal feed, biochar, or use of organic waste to manufacture biopolymer-based products.
Capturing emissions from existing disposal sites, such as through the collection and use of landfill gas.

This Framework focuses on identifying and obtaining the financing mechanisms for managing organic waste using one or more of these options (e.g., building and operating infrastructure for organic waste treatment and landfill gas collection) to reduce methane emissions.

Developing Bankable Projects for Organic Waste Management

Developing bankable projects for organic waste management is critical for securing financing. Bankability refers to the project's financial viability, technical feasibility, social and environmental impact, and risk profile. A project is bankable if it can attract investors, financial institutions, or governments. Bankable projects secure better financing terms such as low interest rates, higher funding amounts, and extended repayment periods from lenders and financiers. Bankable projects are financially viable (they can sustain their operations and meet their long-term financial obligations), and they are profitable (the investor will be able to gain a profit from the operation of the project).

Determinants of Bankability

The determinants of bankability vary depending on the source of financing: the public sector, private sector, or non-governmental funding sources. The latter include foundations, development banks, and international organizations (e.g., The World Bank or the Green Climate Fund (GCF)).

Bankability for private sector investors, such as private banks, depends on the following criteria:

Project cash flow: The ability of the project to generate consistent and sufficient cash flow to meet its financial obligations.
Profitability: The potential for the project to yield a significant return on investment.
Risk-return ratio: The balance between the potential risks and the anticipated financial returns.

For public sector and other investors, such as development banks, the criteria may also include the following:

Social impacts: The positive effects the project will have on the community, including job creation, gender equality, health benefits, sustainable growth, and overall social well-being.
Social returns on investments: The non-financial returns that contribute to societal development, sustainability, and climate-related commitments.

Improving Bankability

To improve the bankability of organic waste management projects, the project design should include the following elements:

Comprehensive business plan: Develop a detailed business plan outlining the project's objectives, waste management strategies, market analysis, and financial projections.
Strategic partnerships: Form strategic partnerships with experienced companies, research institutions, and government agencies to enhance project credibility, access to technical expertise, and funding opportunities.
Diversified revenue streams: Identify and secure reliable revenue streams, such as tipping fees, energy sales from biogas, sales of recoverable products (i.e., compost, biogas, animal feed), and Renewable Energy Certificates (RECs) or carbon credits.
Environmental and social responsibility (ESR): Integrate strong ESR practices into the project design, which demonstrates commitment to sustainability and attracts socially responsible investors.
Innovative financing mechanisms: Explore innovative financing mechanisms such as green bonds, impact investing, and public-private partnerships (PPPs) to diversify funding sources and leverage expertise.
Innovative project approaches: Explore diverse strategies to boost the volume of organic waste treated, thereby achieving economies of scale. Consider sourcing additional feedstock from other sectors, such as agriculture and wastewater, or from neighboring municipalities. Implementing a regional project, where two or more municipalities collaborate on shared infrastructure and facilities, can significantly optimize costs.

Reducing Risk

Reducing risk is crucial in improving the bankability of organic waste management projects. Risk reduction strategies include:

Technical feasibility: Ensuring that the project design is technically sound and the technologies chosen are reliable and proven.
Operational efficiency: Ensuring that the chosen technology and processes are reliable and well suited for the target organic waste stream.
Regulatory adherence: Adhering to all state and federal environmental and regulatory standards to avoid legal and operational risks.
Financial planning: Developing comprehensive financial plans that include sensitivity analyses to account for various risk scenarios.
Stakeholder engagement: Involving relevant stakeholders, including local communities, governments, and investors, to build trust and support for the project.
Risk transfer mechanisms: Exploring insurance and guarantees to protect against unforeseen events and financial losses.

Creating bankable projects for organic waste management involves careful planning and strategic design to meet the varying criteria of different investors. By reducing risks and improving financial viability, these projects can secure the necessary financing to succeed and contribute positively to environmental sustainability and social development. In the following sections provide a detailed seven-step Framework that can be used to ensure financial readiness of organic waste management projects.

Steps to Ensure Financial Readiness for Organic Waste Management Projects

This Framework involves seven steps that may occur sequentially, concurrently, or as part of an iterative process to secure funding for an organic waste management project. The steps are numbered for clarity and easy reference, but this does not imply a rigid or linear process; rather, it is flexible and ongoing.

The seven steps are as follows:

Each step of the Framework contains:

A brief description
Best practice activities
Relevant tools and resources
Case studies, where applicable

Disclaimer: The links to resources in this Framework are provided for your reference. GMI is not responsible for the content on the linked websites and cannot attest to the accuracy of all of the information on these sites or guarantee that they have been updated.

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