RMI

RMI

Transforms global energy systems toward 1.5°C.

Overview

Company Does Not Provide H1B Sponsorship

RMI accelerates the transition to clean energy by designing market-based solutions that align global systems with a 1.5°C climate future. The organization works by collaborating with businesses, policymakers, and communities to identify and scale technical and financial interventions that reduce greenhouse gas emissions. Unlike traditional advocacy groups or research firms, RMI focuses on practical, market-driven strategies and cross-sector partnerships to implement changes in the world's most critical economies. Its primary goal is to cut global emissions by at least 50 percent by 2030 to secure a zero-carbon future for all.

Significant Headcount Growth

About RMI

Simplify's Rating
Why RMI is rated
B-
Rated B on Competitive Edge
Rated B on Growth Potential
Rated C on Differentiation

Industries

Data & Analytics

Consulting

Energy

Social Impact

Company Size

1,001-5,000

Company Stage

Grant

Total Funding

$4.4M

Headquarters

Boulder, Colorado

Founded

1982

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Simplify's Take

What believers are saying

  • SCoBA launched April 8, 2026, targeting 250,000 annual tons of low-carbon cement.
  • RMI's March 2026 Cornell CDR tracker expands into 13 more removal pathways.
  • Africa Minigrids Program expanded to 21 countries, strengthening RMI's execution footprint.

What critics are saying

  • DOE terminated RMI grants in March 2025, exposing revenue dependence.
  • The 2025 10% staff cut showed funding volatility already hit operations.
  • If SCoBA and steel certificates stall, RMI loses its commercialization narrative.

What makes RMI unique

  • RMI turns climate theory into market mechanisms like SCoBA and steel book-and-claim.
  • Its 2026 Beijing cement work spans CBMF, GCCA, and Asian producers.
  • AMP reaches 21 African countries through UNDP, AfDB, and RMI implementation.

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Funding

Total Funding

$4.4M

Above

Industry Average

Funded Over

1 Rounds

Grant funding comparison data is currently unavailable. We're working to provide this information soon!
Grant Funding Comparison
Coming Soon

Benefits

Health Insurance

401(k) Company Match

Life Insurance

Disability Insurance

Paid Vacation

Paid Sick Leave

Parental Leave

Commuter Benefits

Wellness Program

Flexible Work Hours

Growth & Insights and Company News

Headcount

6 month growth

28%

1 year growth

28%

2 year growth

28%
U.S. Department of Energy
May 29th, 2026
Leading organizations and resources.

Leading organizations and resources. The Advanced Building Construction (ABC) Initiative builds on a number of different efforts already underway to improve the energy performance of buildings while increasing the productivity of the U.S. construction industry. Below are some of the primary organizations and reports that inform BTO's work in this field. An "ABC" Approach to existing buildings. RetrofitNY is a $30 million initiative that aims to "revolutionize the way buildings are renovated in New York State." The project's goal is to spearhead the creation of standardized, scalable retrofit solutions that will improve the aesthetic and comfort of residential buildings while dramatically improving their energy performance. RetrofitNY intends to bring a large number of affordable housing units to net-zero or near net-zero energy use by 2025 while providing new business opportunities in the State of New York. Thus far RetrofitNY has produced six pilot designs for net-zero retrofits for multifamily buildings across New York State, with some projects now in the site planning and construction phases. The initiative has also partnered with the Dormitory Authority of the State of New York (DASNY) and the New York City Housing Authority (NYCHA) to request proposals for high-performance retrofit designs of a university dormitory and a public housing building. In addition to RetrofitNY, NYSERDA is investing in R&D projects for HVAC and building envelope technologies with similar goals to the ABC Initiative. As part of RetrofitNY, NYSERDA commissioned a report by Taitem Engineering called "Energiesprong: A Dutch Approach to Deep Energy Retrofits and Its Applicability to the New York Market." Taitem's research evaluated an innovative Dutch whole-building retrofit approach called "Energiesprong" to determine its feasibility in the New York housing market. The report lays out every aspect of the program, from the technical approach of the retrofits to financing and regulations. The report ultimately suggests that the Energiesprong approach, or some derivative, is transferable to New York State and other U.S. markets. The REALIZE Initiative aims to combine demand aggregation, a "zero over time" approach, and supply chain coordination to deploy high-quality, prefabricated mass-scale retrofit packages that are easy to install and are financed through utility cost savings. The initiative envisions a future where buildings are heated, cooled, and powered using renewable resources and where historically disenfranchised communities fully benefit from building improvements and can take part in the new retrofit workforce. The U.S. Department of Energy previously awarded the Rocky Mountain Institute (RMI) with a Building America cooperative agreement to initiate a pilot retrofit project using the REALIZE approach. More recently, RMI was awarded a $7.2 million grant from the California Energy Commission (CEC) to use the REALIZE Initiative to carry out "turnkey" retrofits for 300,000 square feet of apartments for disadvantaged communities. The REALIZE Initiative has also released several reports that helped inform the ABC Initiative, including this "How-To Guide: Net Zero Retrofit Technical and Cost Benchmark Studies" for entities considering launching their own net-zero retrofit programs. "Energiesprong" is a comprehensive whole-house refurbishment, new build standard, and funding approach currently being pursued in five European countries. Among other innovations, the typical Energiesprong retrofit utilizes customized facade panels that fit precisely onto the existing building's exterior, giving the house a new "shell" that dramatically improves thermal performance and aesthetic appeal. Energiesprong construction companies capture an existing building's dimensions using a laser scanner, transform that data into a building information model (BIM) to design the retrofit panels, and then use the information from the BIM to fabricate the panels using computer-aided manufacturing (CAM). As a result, the vast majority of work is done in the factory, with installation steps at the actual home site requiring less than a week. The Energiesprong approach originated in the Netherlands as a government-funded innovation program. To date, it has delivered net-zero retrofits for more than 5,000 Dutch homes. The mission of the Energiesprong Foundation is to scale this approach to more markets and create an industry capable of designing, producing and delivering high-performance whole-building retrofits to millions of homes and apartment units. The Energiesprong Foundation works with independent market development teams that create large-scale demand for these high-performance, desirable and affordable retrofits. The foundation also provided input to NYSERDA and RMI as the two organizations were designing their respective retrofit programs. The Energiesprong Foundation's "Transition Zero" project provides a deeper description of the Energiesprong approach and plans for scaling from the Netherlands to other European countries. An "ABC" Approach to New construction. In this seminal 168-page report, the McKinsey Global Institute examines the root causes of poor productivity growth in the construction industry and recommends seven key steps that could improve construction sector productivity by up to 60%. The report also discusses the potential gains that could be achieved through a more dramatic shift toward mass production, standardization, prefabrication, and modularization - which McKinsey claims has the potential to boost construction labor productivity by five to 10 times in relevant parts of the industry. According to McKinsey's calculations, productivity gains in the construction sector could boost the industry's value added by $1.6 trillion per year, the equivalent of 2% of global GDP. While it is just one study, the "Reinventing Construction" report has provided the construction industry with a common framework about how to solve its challenges. With its specific recommendations for change, the report has has had a profound effect on the construction industry and the trend of investments in new construction technology. Many companies across the building construction supply chain are actively working to implement the report's advice, from startups developing digital apps to infuse technology into construction worksites to established general contractors opening modular production facilities. The National Institute of Building Sciences' Off-Site Construction Council. The National Institute of Building Sciences established the Off-Site Construction Council (OSCC) in 2013 to serve as a research, education and outreach center for relevant and up-to-date information on off-site design and construction for commercial, institutional and multifamily facilities. The OSCC strives to be an unbiased source for evaluating the applicability and potential benefits of off-site construction methods such as prefabrication, unitization, modularization, and panelization, for determining where and when fabrication is appropriate, and for identifying the range of choices inherent in integrating and collaborating with fabricators. The OSCC Resources webpage contains a wide range of publications, including whole-building design guidelines for off-site construction methods, case studies, industry surveys, and studies showing how off-site methods can improve construction productivity and efficiency. Founded in 1983, the Modular Building Institute (MBI) is the international nonprofit trade association serving modular construction. As the voice of commercial modular construction, it is MBI's mission to expand the use of off-site construction through innovative construction practices, outreach and education to the construction community and customers, and recognition of high-quality modular designs and facilities. Associate members are manufacturers, contractors, and dealers that supply building components, services, and financial services. MBI strives to keep up with the latest trends of the modular/off-site construction industry and has expanded its membership over the years to include architects, owner/developers, and general contractors. The MBI "Research, Whitepapers, and Studies" webpage includes many informative resources, including analysis of the growth of the modular industry. The broader MBI network is made up of over 400 companies including general contractors, manufacturers, owners, developers, and financiers.

China Building Materials Federation
May 26th, 2026
Cement Industry Net-Zero Transition and Regional Cooperation Project Promotion Exchange Meeting Held in Beijing

Cement Industry Net-Zero Transition and Regional Cooperation Project Promotion Exchange Meeting held in Beijing. 2026-05-26 S M L Building Materials Federation (CBMF) and Rocky Mountain Institute (RMI) jointly hosted the "Cement Industry Net-Zero Transition and Regional Cooperation Project On May 22, the China Building Materials Federation (CBMF) and Rocky Mountain Institute (RMI) jointly hosted the "Cement Industry Net-Zero Transition and Regional Cooperation Project Promotion Exchange Meeting" in Beijing. The meeting was supported by the "Carbon Neutrality Transition Accelerator," a public welfare project jointly initiated and launched by HSBC Bank (China) Company Limited and the Beijing Entrepreneurs Environmental Protection Foundation (SEE Foundation). Its sub-project, the "Industrial Transition Accelerator - Cement Industry Net-Zero Transition and Regional Cooperation Project," focuses on the cement industry. It aims to provide a platform for discussing the industry's cross-regional low-carbon transition, helping the global cement industry achieve its net-zero emission goals. Liu Jianhua, Vice President of the China Building Materials Federation, introduced the work done and results achieved by China's building materials industry in promoting carbon emission reduction during his opening remarks. He put forward work recommendations for accelerating the cement industry's net-zero transition, including scientifically formulating transition pathways, securing financial institution support, and strengthening regional exchange and cooperation, to jointly advance the net-zero transition of the global cement industry. Thomas Guillot, Chief Executive Officer of the Global Cement and Concrete Association (GCCA), delivered a keynote report titled "Global Cement Industry Decarbonization: Practical Action, Recent Progress, and Future Outlook." Lilik Unggul Rahardjo, Chairman of the Indonesian Cement Association (Asosiasi Semen Indonesia - ASI), delivered a keynote report titled "Cooperation Opportunities for Asian Cement's Low-Carbon Transition." Release of Research reports. During the meeting, the China Building Materials Federation and Rocky Mountain Institute jointly introduced the contents of: * Research Report on Net-Zero Transition Plans for Cement Enterprises * Emission Reductions in the Asian Cement Industry from a Regional Cooperation Perspective * Case Studies on Cement CCS Technology Utilization in China These publications aim to provide valuable references for the industry's transition and development. In the corporate sharing session, representatives from various companies shared their carbon reduction pathways and practical experiences across different regions and scales: * Yu Songbai, Vice President of the Technical Research Institute of Huaxin Cement Co., Ltd. * Jiang Yusheng, Minister of the Technology Innovation and Green Low-Carbon Department of Jidong Cement Group * Yu Wenbo, General Manager of Yunnan Fuyuan Southwest Cement Co., Ltd. Additionally, key figures shared valuable insights surrounding regional collaboration in Asia and the co-construction of green industries, including: * Zahrotus Surayya, Head of Operations at PT Semen Indonesia (Persero) Tbk (SIG) * Li Congxiao, Deputy Director of the Dual-Carbon Office of China State Construction Engineering Corporation (CSCEC) * Lin Li, General Manager of the Science and Technology Management Department of Sinoma International Engineering Co., Ltd. Panel discussions and Future Outlook. During the discussion session, both online and offline attendees engaged in in-depth dialogues regarding: * The research and development of cutting-edge low-carbon technologies in the cement industry. * The commercialization and implementation of innovative achievements. * Synergy across the upstream and downstream industry supply chains. Participants conducted a profound analysis of the pain points and difficulties currently faced by cement enterprises in advancing their net-zero transitions. They thoroughly evaluated the opportunities and challenges of the green transition within the Asian cement industry, actively sharing experiences and offering advice. The session provided innovative thinking and pragmatic recommendations for accelerating the industry's net-zero transition and deepening regional cooperation. Editor: Zhang Hanwen Reviewer: Shen Yulu, Li Yuemei Public Account Address:No. 11, Sanlihe Road, Haidian District, Beijing Tel:8610-57811569, 57811073 Email:[email protected]

RMI
Mar 6th, 2026
Exploring a Book and Claim Framework for Steel

Exploring a Book and Claim Framework for steel. RMI is launching a public consultation on a framework to accelerate investment in low-emissions iron and steel production. Additional Contributors: Climate Intelligence Help shape a credible market for low-emissions steel. Steel accounts for roughly 11 percent of global greenhouse gas emissions, yet deployment of near-zero technologies remains constrained by high capital costs, long asset lifetimes, and limited ability for buyers to physically procure low-emissions steel. A credible book-and-claim system can help bridge this gap by enabling a broader set of market participants to financially support low-emissions production, even when physical supply chains cannot yet shift. RMI is launching a public consultation on a proposed Steel Book and Claim Framework - a market-based mechanism designed to accelerate investment in low-emissions iron and steel production while ensuring transparency, credibility, and environmental integrity. Developed through structured engagement with corporate buyers, producers, and technical experts, this framework establishes the core design rules for a steel book-and-claim system. This includes functional units, eligibility criteria, emissions performance measurement, guidance on transfer and claim certificates, accounting and reporting claims and measures to prevent double counting. By linking verified emissions performance to transparent certificate issuance and tracking, it strengthens buyer confidence and helps producers to de-risk early investments in low-carbon steel technologies. The Rocky Mountain Institute invite stakeholders across the steel value chain, including producers, buyers, standard-setters, and civil society, to provide feedback on this draft framework. Please submit your feedback using the public consultation response form to Iris Wu ([email protected]). The deadline is 30 April. If you have any questions about the framework or the consultation process, please reach out to the contacts above.

RMI
Mar 2nd, 2026
From Roadmap to Reality: A New Interactive Hub for Tracking Global Progress on Carbon Dioxide Removal

From roadmap to reality: A new interactive hub for tracking global progress on carbon dioxide removal. RMI and Cornell Atkinson Center for Sustainability join forces to tackle carbon dioxide removal knowledge gap. March 2, 2026 For 15 years, the Cornell Atkinson Center for Sustainability has been funding high-risk, high-reward research. In today's sustainability ecosystem, nothing fits the bill better than carbon dioxide removal (CDR). Reducing emissions has long been the focus of sustainability research, yielding impressive results in solar, battery, clean fuel, and electrification technologies. But as CO[2] emissions continue to rise globally, it's become clear that a two-pronged approach is needed. While The Rocky Mountain Institute continue to make forward progress on direct emissions reductions, The Rocky Mountain Institute must also deploy CDR at scale to reduce residual emissions from some of the most carbon-intensive sectors and address historical emissions to restore balance in its atmosphere. The field of CDR experienced a rapid period of growth in the early 2020s as CDR startups emerged and new researchers entered the space. One of the biggest challenges that has come from this rapid growth is simply keeping track of all the work that is being done. From research being conducted at universities, NGOs, and private companies eager to unlock new pathways to decarbonization, to ambitious new projects being launched around the globe, there is a breadth of information stakeholders need to stay apprised of - but one has to know where to look. In 2025, Cornell Atkinson funded a project, staffed by scientific experts at Cornell, to address this challenge by creating a CDR research tracker website. This website is built on RMI's Applied Innovation Roadmap for CDR (AIR), published in 2023, which created a snapshot of the field of CDR companies and research and assessed the path for further developing each approach. Building on the AIR, its collaborators at Cornell developed a live online tracker with the goal of improving public awareness of CDR and direct air capture (DAC), informing policies, increasing collaboration between academia and industry, and ultimately directing funding to the most pressing research and promising projects. "This partnership pairs RMI's innovation roadmap with Cornell Atkinson's research strengths to do something the DAC sector has needed: make technological progress visible and accessible," said Patrick Beary, Bruce H. Bailey Senior Director of Strategic Partnerships at Cornell Atkinson. "A shared, public picture of where the field stands is how we move faster - from identifying gaps to targeting the investments and research that accelerate near-term deployment." RMI's AIR provides a clear and practical overview of what it will take for CDR technologies to scale. The roadmap examines 32 different approaches and explores what is needed to move them from early development to real-world deployment. Created for a wide audience - including policymakers, investors, technology developers, and research organizations - it highlights where innovation is most needed, what challenges stand in the way, and how CDR can play a role in building a low-carbon future. The Direct Air Capture Database by the Cornell Atkinson Center for Sustainability, in collaboration with RMI and the Direct Air Capture Coalition, tracks the technological development of the DAC industry using milestones identified in The Applied Innovation Roadmap for CDR published by RMI in 2023. This project's goal is to accelerate the near-term deployment of DAC by clarifying the state of the field and showing where progress is occurring. The first phase of the website, launched in February of 2026, introduces the 10 direct air capture (DAC) technology approaches outlined in the AIR, and assesses the commercial status of these technologies. The next phase of the project, expected in summer 2026, will expand the site to cover an additional 13 types of CDR and include a review of global academic activities within each approach. "It's been a pleasure partnering with Cornell on this important effort," said Rudy Kahsar, principal on RMI's CDR initiative. "As a leading academic institution, they have experts with deep technical expertise who have helped create a database that is credible, comprehensive, and truly valuable for advancing transparency and progress across the CDR sector." By making the latest intelligence on the global state of CDR more accessible through an interactive website, RMI and Cornell Atkinson hope to increase buy-in for CDR, familiarize people with the range of technologies available, and give the CDR industry, NGOs, policymakers, and academic researchers the data they need for decision making at the commercial and policy level. CDR is considered by many to be high risk, relying on new technologies and markets to make good on a lofty promise of a net-zero future. But to those working on CDR today, these technologies are the only thing putting net zero within reach. Improved knowledge sharing, project tracking, and collaboration are critical steps to unlocking the high rewards the industry can offer. Recommended reading. From trees to tech and beyond: carbon dioxide removal (CDR) in all its variations. November 27, 2023 The Applied Innovation Roadmap for CDR. November 30, 2023

CNBC
Oct 5th, 2025
Prologis, Amazon and Meta sign low-carbon concrete pact

* Amazon, Meta and Prologis are joining other organizations in founding the Sustainable Concrete Buyers Alliance, led by RMI.

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