Business Opportunities from European Union and United States Regulations Requiring Climate-Friendly Refrigerants


This paper explains the new business opportunities to sell climate-friendly cooling products in developing countries’ markets in which inefficient appliances with obsolete refrigerants are predominantly sold today. Market drivers include the European Union (EU) 2024 F-gas regulation prohibiting the sale of cooling equipment not eligible for sale in Europe and the complementary United States Environmental Protection Agency (US EPA) regulations on the phasedown of hydrofluorocarbons, which subject exports to these regulations implementing the Kigali Amendment to the Montreal Protocol on Substances that Deplete the Ozone Layer (Montreal Protocol). The paper describes a cost-effective way forward for cooling equipment manufacturers to offer environmentally superior products at affordable prices made possible by economy of scale, bulk sales, and campaign installation with specialized crews fully equipped with tools and supplies.

The Ghana National Ozone Unit (NOU) and Ghana Energy Commission, on behalf of all of Africa, asked the Montreal Protocol to implement investment, prior informed consent, and ultimately shared responsibility to stop dumping in ways that developing country governments cannot accomplish. The following organizations are working in partnership with the African Parties to help replace dumping with access to best available cooling technology:

e it realistic at every level. It will not be easy, but if we are to be successful in the long term, it must be done.

Figure 1. Partnership entities.

CLASP (originally the Collaborative Labeling and Appliance Standards Program) provides technical and policy reports that document dumping, including assessing manufacturing company practices in the developing world. CLASP also advises on how developing countries can amplify the impact of energy efficiency standards and labels as these countries stop the dumping of unsustainable cooling equipment. In hundreds of projects and publications over two dozen years, CLASP has helped to defend cooling equipment purchasers against exploitation by providing information that shows how cheap but inefficient appliances are more expensive to operate and damaging to local and global environments in the long term, despite the lower initial cost.

The Climate & Clean Air Coalition (CCAC) is a partnership of over 160 governments, intergovernmental organizations, and non-governmental organizations convened within the United Nations Environment Program (UNEP). CCAC works to reduce powerful but short-lived climate pollutants (SLCPs) including hydrofluorocarbons (HFCs) in inefficient cooling equipment that drive climate change and air pollution.

The Institute for Governance & Sustainable Development (IGSD) focuses on fast cuts to non-carbon dioxide (CO2) climate pollutants and on other fast climate mitigation strategies to slow near-term warming and self-amplifying climate feedback, delay catastrophic tipping points, and limit global temperature rise. IGSD experts include respected and influential members of the Montreal Protocol Community who have developed the legal and economic foundation for actions to stop dumping and continue to work on accelerating the phaseout of greenhouse gases (GHGs) that deplete ozone and the phasedown of ozone-safe hydrofluorocarbon (HFC) GHGs.

The Montreal Protocol controls the production and consumption of ozone-depleting substances (ODSs) that are GHGs and HFCs that are ozone-safe GHGs (Andersen and Gonzalez 2023). The Montreal Protocol’s Technology and Economic Assessment Panel and its Technical Options Committees guide the selection of replacement technology for both developing (Article 5) and developed (non-Article 5) Parties1.Article 5 Parties are further assisted in the selection of replacements by the investment guidelines of the Multilateral Fund for the Implementation of the Montreal Protocol (MLF) and the additional payments offered to safely use refrigerants with the lowest lifecycle carbon footprint, such as natural refrigerants ammonia, carbon dioxide, and hydrocarbons.

CLASP and IGSD reports on Africa (2020) and Southeast Asia (2023) marketplaces documented that manufacturers and suppliers ignore the global commons by offering only energy-inefficient cooling equipment with obsolete ozone-depleting and GHG refrigerants. This damaging business practice, called “environmental dumping,” occurs when developing country export markets are offered products that are not available for sale in the country of manufacture or the country where the manufacturer is headquartered due to not meeting that country’s performance and safety standards. (Andersen et al. 2018; Agyarko et al. 2022).

EE = energy efficiency; SEA = Southeast Asia
Figure 2. Low efficiency room air conditioner sales by market in 2021, with important and domestic shares indicated (source: CLASP and IGSD 2023).

In locations with long, hot, and humid cooling seasons and high electricity prices, the lifecycle ownership costs are significantly lower for efficient products that also help avoid climate tipping points. Tragically, money wasted on electricity for inefficient cooling equipment would otherwise be spent locally on education, health, nutrition, and other goods and services to enhance quality of life. Furthermore, equipment with poor energy efficiency creates compounding impacts on local and national economies. Higher energy demands contribute to electricity brown outs and black outs that damage expensive cooling equipment. To attempt to minimize disruptions in service, countries purchase imported electricity, resulting in imbalanced national payments for energy.

Figure 3. The harmful cycle of appliance dumping (source: CLASP and IGSD 2023)

Parties to the Montreal Protocol agreed by consensus in 2023 to Decision XXXV/13: The Import and Export of Prohibited Cooling Equipment, which reflects the importance of the shared responsibility of exporters and importers in stopping the dumping of new cooling equipment using obsolete ODS and HFC refrigerants not allowed in new equipment sold in the country of manufacture. The EU F-gas regulation 2024/573, which was adopted on 7 February 2024 and started to apply on 11 March 2024 (EU 2024), reflects the spirit of Decision XXXV/13 by prohibiting the export of certain used and new equipment containing, or whose functioning relies upon, fluorinated greenhouse gases with a high GWP. Specifically, stationary refrigeration and air conditioning equipment with F-gases (if covered by EU import bans) having a GWP of 1000 will be banned starting in 2025. The United States Environmental Protection Agency (US EPA) regulations on the phasedown of hydrofluorocarbons (effective 26 December 2023) apply restrictions on domestically manufactured products to those products intended for export (EPA 2023), complementing the EU F-gas directive. Consider also that the Kigali Energy Efficiency Decision and MLF investment guidelines will dramatically increase the production and imports of efficient equipment with next-generation refrigerants.

Figure 4. F-gas phasedown from percentage of 2015 baseline in EU and US (data sources US EPA 2023, 2024; EU 2014, 2023).

Manufacturers of environmentally superior cooling equipment are poised to supply new markets with bulk sales outside the peak cooling season from leftover inventory. In addition, with the fixed cost of research, development, and capital improvement already recovered from higher-priced sales in developed country markets as driven by caps on refrigerant GWP and high minimum energy performance standards (MEPS), manufacturers can undertake new production for these markets while benefiting from incremental costs lower than average cost.

It is important to note that bulk sales avoid marketing costs, and just-in-time delivery avoids warehousing and inventory taxes. Procurement can focus on just a few brands and models to simplify installation, replacement parts, and service. Finally, coordination with the Montreal Protocol MLF and Implementing Agencies can establish necessary training, tools, and other infrastructure at no cost to the equipment manufacturer.

Figure 5. MLF approved funding and phaseout project impacts (based on source graphics in MLF 2023).

The donor cost of protecting the climate under the Montreal Protocol is less than or equal to the cost of carbon finance under the other climate treaties. The Montreal Protocol pays the cost of avoiding greenhouse gas emissions from refrigerants released to the atmosphere. Specifically, the MLF pays the agreed incremental costs of Article 5 Parties’ transition from using ODSs and HFCs to using modern superior refrigerants. Parties not classified as under Article 5 (the developed country Parties) replenish the MLF. The agreed incremental cost is always equal or lower to a market price because it is based on the actual cost of equipment and refrigerants rather than the value of the damage of the ODSs and HFCs to human and natural ecosystems, as has been agreed for carbon trading.

Additionally, carbon trading allows for profits only limited by competition, including where intellectual property licensing and corporate monopolies result in price increases.

For example, the Montreal Protocol will pay just the cost of incinerating of HFC-23 produced as an unwanted byproduct of hydrochlorofluorocarbon (HCFC)-22 refrigerant and feedstock production, while the Clean Development Mechanism (CDM) paid 8–10 times more than the cost of destruction for the carbon value of the HFC-23 (Sarma and Andersen 2010).

The global advantage of paying the actual cost is that developed country taxpayers get more for their monetary contributions and generate a greater good for the climate versus simply being a mechanism for more profits to enterprises that stop their climate pollution or excess profits to the companies required to pay for mitigation of their climate damage.

Montreal Protocol Parties have the authority, mandate, and ambition to avoid climate tipping points that would make life on Earth nearly impossible for humans and other lifeforms for centuries to come. The Montreal Protocol’s cooling community has the opportunity to be a bigger part of the solution by shifting away from the practice of dumping inefficient cooling equipment with obsolete GHG refrigerants in vulnerable A5 countries to enabling access in such countries to highly efficient technology with low lifecycle carbon footprint and cost made affordable by bulk purchase and buyers clubs. Together we can protect the planet.

  1. All A5 Parties should implement Lifecycle Refrigerant Management (LRM), with training, tools, and surplus destruction paid by the MLF.
  2. More non-A5 Parties that export cooling appliances should join the EU, Japan, and USA in shared responsibility for banning the export of inefficient cooling products containing or functioning using fluorocarbons (whether already phased out or destined for phaseout) and/or not qualified for domestic sales due to prohibited GWP.
  3. Complementing above, A5 Parties should put in place an immediate ban on the import and manufacture of select cooling products with refrigerant GWP greater than global standards and provide replacement products at affordable cost with long-term savings.
  4. A5 governments should establish laws or regulations that define and ban “inefficient” equipment and promote behavioral change in consumers through awareness campaigns.
  5. Cooling equipment manufacturers should pledge to market the best available cooling equipment installed safely at competitive prices without price gauging.
  6. Environmental non-governmental organizations should identify those brands that dump and praise brands that market climate-friendly products in all markets around the world.

References

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Stephen O. Andersen

Dr. Stephen O. Andersen is Director of Research at IGSD. At University of California, Berkeley he participated in the 1974 assessment of super-sonic transport (SST) on stratospheric ozone. From 1986 to 2009, Dr. Andersen advanced in the Environmental Protection Agency (EPA) to positions including Director of Strategic Climate Projects and Deputy Director of the Stratospheric Protection Division and was EPA Liaison to the Department of Defense (DoD) on climate and ozone protection. He created EPA’s first voluntary partnerships in food packaging, motor vehicle air conditioning, electronics, aerospace, fire protection and more; and he created and managed the EPA Stratospheric Ozone and Climate Protection Awards. For the Montreal Protocol, he founded and co-chaired the Technology and Economic Assessment Panel (TEAP) from 1988 through 2012 and for the Intergovernmental Panel on Climate Change (IPCC), he was senior manager and author of reports.

Kofi A. Agyarko

Kofi A. Agyarko is a career public servant with 19 years of experience successfully building compliance and monitoring programs for appliance energy efficiency and responsible management of recycling and waste. Since 2018, Mr. Agyarko has been Director of Renewable Energy and Energy Efficiency for the Ghana Energy Commission. He has been particularly successful in partnering with Ghanaian and African regional and national authorities, a skill that is particularly important in light of the interdisciplinary nature of refrigeration and other energy-using appliance lifecycle management. In particular, Mr. Agyarko partners with the Ghana National Ozone Unit on Montreal Protocol compliance and other matters involving the HCFC phaseout and pending HFC phase down. He is a member of the Energy Efficiency Task Force (EETF) of the Technology and Economic Assessment Panel (TEAP) of the Montreal Protocol. Mr. Agyarko also chairs the Cool Coalition working group on used product imports to Africa and features regularly on multinational initiatives like the Vienna Energy Forum (VEF) and the International Energy Agency (IEA).

Ana Maria Carreño

Ana Maria Carreño leads CLASP’s climate program, working with governments and partners around the world to implement ambitious energy efficiency policies for high-priority appliances. Some of her work at CLASP includes the development of a regional policy roadmap to facilitate harmonization of minimum energy performance standards for room air conditioners in ASEAN and co-authoring the United for Efficiency (U4E) Policy Guide Accelerating the Global Adoption of Energy-Efficient and Climate Friendly Air Conditioners. Ana also leads the Clean Lighting Coalition, offering strategic guidance on international engagement in the effort to phase out mercury-containing lamps. Originally from Colombia, Ana has studied and lived abroad in France and Mauritius, where she found her calling in energy efficiency. She holds a Master of Science degree in project management for environmental and energy engineering from Ecole des Mines de Nantes.

Mohamed Rida Derder

Mohamed Rida Derder is IGSD Special Counsel for the MENA region and Africa.  He is an attorney from Morocco, focusing on ozone and climate change issues. He was instrumental in the development of the Network for Environmental Compliance & Enforcement in the Maghreb (NECEMA) through the International Network for Environmental Compliance & Enforcement (INECE). He managed INECE’s participation in planning and coordinating environmental capacity-building workshops through the State Department’s Middle East Partnership Initiative (MEPI). He also serves as an advisor to the UNFCCC and Montreal Protocol for many African countries. He holds an LLM degree from The American University Washington College of Law. He is a native speaker of both Arabic and French with fluency in English.

Richard “Tad” Ferris

Richard “Tad” Ferris is Senior Counsel at IGSD. Tad has over three decades of experience working in developing countries on law and policy development, compliance, and risk management. Tad advises on fast and near-term climate action, including developing and advancing law and policy to cut short-lived climate pollutants and protect carbon sinks. Prior to joining IGSD, Tad was a law-firm partner focusing on international environmental law. Prior to his law-firm career, Tad was Asia Programme Manager at the Center for International Environmental Law. Tad advises on, for example, developing country, including China, regulatory matters, multilateral and bilateral ozone protection, climate, and waste agreements, non-profit registration, grassroots environmental campaigns, and health and safety law and policy. Tad maintains strong contacts with African and other environmentalists in the government and in the non-profit communities. Mr. Ferris is a graduate of Duke University Law School, receiving a Juris Doctor degree and a Master of Laws degree in comparative and international legal studies. Mr. Ferris also holds a degree in East Asian Studies from The George Washington University Elliott School of International Affairs. Mr. Ferris speaks and reads multiple languages in addition to English, including Mandarin Chinese, French, and Japanese.

Denise San Valentin

Denise San Valentin, Programme Management Officer, has been working in the Climate & Clean Air Coalition (CCAC) Secretariat as coordinator of initiatives since 2014 and is based in the United Nations Environment Programme (UNEP) office in Paris, France. Currently, Denise oversees the implementation of over a hundred projects of the CCAC aimed at advancing action to reduce short-lived climate pollutants (SLCPs) from key emitting sectors. Denise is also the focal point for the Coalition’s work in the cooling sector, including management of the Cooling Hub and funded projects in the sector. Denise has 20 years of experience in international environmental programmes at the national, regional, and global levels. From 2003 to 2011, she was a Project Officer in the Department of Environment and Natural Resources (DENR) of her home country, the Philippines. She later joined the UNEP Asia-Pacific Office in Bangkok to support 39 developing countries implementing Montreal Protocol projects from 2011 to 2013.

Hubert Zan

Hubert Zan is the Assistant Manager in charge of Energy Efficiency Inspection and Enforcement, a unit under the Renewable Energy, Energy and Climate Change (REEECC) Directorate of the Ghana Energy Commission. He has efficiently and effectively worked for 12 years enforcing National regulations on Energy Efficiency and environmental regulations on Phasing out CFC based and now HCFC based refrigerators and air conditioners respectively in Ghana. Hubert’s passion to see the world and Africa in particular be free of new inefficient and used obsolete appliances has made him a champion and strong advocate of energy efficiency. He is the focal person for the ECOFRIDGES GO project at the Energy Commission and also a member of the Cool Coalition working group on used product imports to Africa. He has also featured in other international forums like the International Energy Agency (IEA) and the Vienna Energy Forum (VEF).

Notes

  1. Parties characterized as operating under Article 5, paragraph 1 of the Montreal Protocol (so-called “Article 5” Parties) were originally Parties to the Montreal Protocol classified by the United Nations (UN) as developing and consuming less than 0.3 kg/capita of the originally controlled ODSs. Parties not classified under Article 5 are “non-Article 5 Parties,” namely developed countries. Over time, the Montreal Protocol Ozone Secretariat managed the process of reclassification of Parties for various reasons, and when the Union of Soviet Socialist States was reorganized, the former Soviet States “countries with economies in transition  (CEIT) were financed by the Global Environment Facility (GEF) because the UN did not classify Soviet States as developing. ↩︎