“decarbonizing The Gas Industry: Strategies And Progress In 2023” – To meet the urgent need to curb climate change and restore clean, healthy air to communities, policymakers must act to eliminate greenhouse gas (GHG) emissions from the building sector. In the United States, the burning of fossil fuels in residential and commercial buildings produces at least 600 million tons of carbon dioxide-equivalent emissions annually, and the figure is much higher when methane leaks are taken into account. Utilities, their regulators, and state policymakers have an opportunity to work together to eliminate these emissions and transition American homes and businesses to clean energy.
The old utility regulatory model is not conducive to an all-electric future, and the changes required are wide-ranging. To help understand this evolution, this report provides a framework for the comprehensive regulatory reforms needed to transition the U.S. construction industry to clean energy, along with more than 40 specific recommendations for action.
“decarbonizing The Gas Industry: Strategies And Progress In 2023”
‘Regulatory solutions for building decarbonisation: tools for councils and other government agencies’ outlines 10 key strategies to support the decarbonisation of buildings. In this library, we share resources from committees, nonprofits, and the media that expand on the topics and strategies presented in our reports.
Bbva’s Decarbonization Targets: What Do They Mean, What Is Their Scope?
The report is the result of a six-month process to engage the environmental and climate justice community in the building electrification movement while ensuring equity is baked into state and local policies. Building electrification policies must be tested against four core criteria of energy democracy: shared governance and decision-making, social equity, renewable energy systems, and ethical economies. Specific guidance under the framework includes government funding to help communities make informed decisions and requiring equitable impact assessments to delve into unique geographic and cultural issues. The report’s concluding recommendations to local governments in developing building electrification policies focus on research and citizen engagement, technical analysis support for project design, and workforce diversity for building electrification-related jobs.
Greenlines’ Equitable Building Electrification Framework addresses the opportunities and challenges electrification presents to low-income communities, 70% of which are tenants. The framework finds that electrification can be a transformative force for low-income residents and explains the steps the state must take to ensure electrification helps close California’s clean energy gap and provides relief to the millions of residents currently facing energy insecurity. system.
This five-step framework presents a top-to-bottom recipe for how current goals of building electrification relate to producing healthy homes, creating high-quality local jobs that cannot be outsourced, and building stronger bonds between everyday Californians and our lives. Contact combined. Climate Change Policy and Targets.
The Sacramento Municipal Utilities District (SMUD) participated in Rocky Mountain Institute’s eLab Accelerator to answer the question: How can a nonprofit municipal utility working to decarbonize buildings ensure its most vulnerable customers are not left behind? SMUD’s guiding philosophy is that low- and moderate-income households should be able to transition to gas-free appliances at the same rate as the rest of the population. The team saw the potential benefits of this transition for both property owners and tenants, and developed a plan to incorporate electrification into existing low-revenue efficiency jobs.
Adnoc Allocates 15 Billion To Low Carbon Solutions
A new E3 study from the California Energy Commission shows why the state needs a transition strategy for its retail natural gas distribution system as the state aims to meet its ambitious climate goals by mid-century. In this study, E3 evaluated two strategies for reducing carbon emissions from buildings in California: building electrification and renewable natural gas. Building electrification may be a lower-cost, lower-risk strategy for reducing carbon emissions from buildings in California, E3 found. E3 also found that, particularly in the future of electrification of tall buildings, without a natural gas transition strategy, customers who remain on natural gas systems may face disproportionately high costs.
This paper is the first to assess the statewide market potential, costs, and potential employment impacts of building decarbonization in California. Building electrification will affect multiple employment sectors, including construction jobs to electrify existing buildings, manufacturing jobs to install the electrical equipment and appliances needed to install them, and support for the upgrade and expansion of electrical systems to support increased electricity sales.
In addition to the increased demand for workers in these areas, the demand for workers in other areas will decrease. All-electric new construction eliminates the need for plumbers and pipefitters to extend natural gas lines and connections, and the reduction in natural gas sales could reduce the number of utility workers needed to provide natural gas service to customers.
To guide workforce planning and engagement, this paper discusses the distribution of positive and negative employment impacts by market segment and industry. It provides recommendations for engaging skilled and trained workers in the transition to clean energy generation and electric buildings. Recommendations are also made to minimize and mitigate potential job losses from reduced natural gas consumption.
A Net Zero Future
The report shows how a series of local and statewide policies enacted by California’s commitment to 100% clean electricity and carbon neutrality will lead to a dramatic reduction in natural gas demand in the coming decades. Meanwhile, the cost of safely operating California’s natural gas infrastructure has risen in recent years and is set to rise again as utilities seek necessary safety upgrades and investments.
Without a strategy to transform the natural gas delivery system, the combination of these two trends could be damaging to natural gas workers, low-income natural gas residents, industries that depend on natural gas, and the broader economy. Our report sets out to develop that strategy and offers recommendations on how country and industry leaders can address this challenge.
Gridworks’ mission is to convene, educate and empower stakeholders to decarbonize the grid, and this report draws on a range of discussions among key consumer, labour, equity, utility and environmental stakeholders. These stakeholders provided invaluable input without which this report would not have been possible.
Retrofit Building Electrification Regulation: A Handy Regulator’s Guide Jessica Shipley, David Farnsworth – RAP | Dr. Asa Hopkins, Kenji Takahashi – Synapse Energy Economics, Inc.
For Gulf Producers, Decarbonization Does Not Mean Zero Oil Production
Today, the prospects for securing the benefits of electrification are less rosy. This is partly because many outdated energy policies distort existing opportunities, rather than promoting positive economic and environmental outcomes.
This paper by RAP and Synapse Energy Economics recommends several key areas for “revolutionizing” regulatory policy: equitable building electrification, load flexibility and grid-interactive buildings, energy efficiency resource standards, energy efficiency program delivery, building codes and performance standards, and gas utility Career line extension. RAP and Synapse identify barriers to building electrification and outline specific toolkits that regulators can use to realize the full set of benefits of electrification.
Net Zero Gas: A Framework for Managing Natural Gas Demand Reduction as a Pathway to Decarbonize the Buildings Sector Radina Valova, Craig Hart, Tom Bourgeois and Joseph O’Brien-Applegate – Perth Center for Energy and Climate
This paper proposes a zero net natural gas (ZNG) policy and regulatory framework to decarbonize the construction sector. The ZNG strategy recognizes that natural gas consumption must be limited in the short term and, where possible, gradually reduced by combining new natural gas demand with reductions in existing inefficiencies through demand-side measures such as energy efficiency, heat pumps and renewable heating. The use of natural gas is combined with technologies such as solar thermal utilization, non-pipeline solutions and demand response programs. The framework focuses on reducing peak demand as a means of halting gas infrastructure expansion and reducing overall gas use to minimize greenhouse gas emissions.
Supporting Our Customers On The Path To Net Zero: The Microsoft Cloud And Decarbonization
The Zero Net Gas Framework is the first step towards deep decarbonisation: by providing countries with a mechanism to halt gas growth, regulators and stakeholders establish a pathway to meet mid-century climate and energy mandates without further investment in gas infrastructure. This paper recommends that the Public Utilities Commission establish a zero nominal growth framework under existing powers in order to preserve the public interest.
Driving the Heat Pump Market: Lessons from the Northeast NRDC and Vermont Energy Investments
Northeastern states have identified space electrification and water heating in buildings as a key step in meeting their greenhouse gas reduction goals. Air source heat pumps (ASHP) are a key technology for building electrification, but many barriers to its adoption remain. Projects in the Northeast have taken different approaches to incentivizing heat pumps and are at different stages of maturity and market adoption.
This report reviews policy, regulatory, and program frameworks in Northeastern states (New England and New York) to identify key factors that drive program success and overcome barriers to ASHP adoption. It focuses specifically on ductless mini-split heat pumps for heating and cooling, the most commonly installed unit in the Northeast. However, many of the lessons learned apply to other heat pump technologies as well.
The Role Of Natural Gas Utilities In A Decarbonizing World
Significant reductions in greenhouse gas emissions from the building sector are necessary to meet state and local climate stabilization goals. A new generation of Advanced Air Source Heat Pumps (ASHPs) enables programs to decarbonise energy use in homes and buildings, providing efficient, comfortable heat even when outside temperatures are low, and high-efficiency air conditioning in summer.
Combined with thermal improvements of the building envelope and smart controls that respond to grid reliability needs, ASHP is replacing
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