Our Strategic Response to the Climate Policy Discussion

At Range, we recognize and understand our responsibility to act as a steward of the environment, and that understanding guides everything we do. Our approach to climate change management is an integral part of our broader business strategy, which includes the following elements:

  • Commit to environmental protection and worker and community safety;
  • Concentrate on our core operating area;
  • Focus on cost efficiency;
  • Maintain a multi-year drilling inventory;
  • Minimize land disturbance and associated impacts by drilling longer laterals and using well pads to access multiple gas formations;
  • Maintain a long-life reserve base with a low base decline rate;
  • Market our products to a diverse set of customers;
  • Maintain operational and financial flexibility

Climate-change and other macroeconomic factors can impact the price of the natural gas we sell. Range focuses on operating responsibly and as efficiently as possible in order to manage the risk of changing natural gas prices.

In 2020, Range Resources completed the sales of our North Louisiana and conventional assets. To enable benchmarking of data in the future, the 2020 environmental data throughout the report excludes data from this asset. Prior year data has not been restated and reflects ownership of the asset.

By continuing to be on the lower end of the industry supply cost curve, Range is able to reduce the risk from lower prices relative to peers.

In order to operate in a clean and safe manner, we have invested and implemented substantial GHG reduction programs and water management initiatives as part of our environmental stewardship strategy.

Natural gas is a cleaner and safer alternative to other fossil fuels and is projected to outpace oil and coal as a source of energy. As a producer, we understand the inherent opportunity natural gas production provides us and our stakeholders. Our focus on natural gas and NGL production in the Appalachian basin in Southwestern Pennsylvania grants us some of the lowest production costs in North America, while operating under some of the highest state and local environmental and safety regulatory standards.

Our emphasis on maintaining a long-life drilling inventory and low decline reserve base reflect our long-term focus and strengthen our resilience in maintaining our cost advantage, while marketing our products to a broad customer base reaffirms our belief in natural gas’ long-term advantage as a reliable and clean energy source with significant global demand potential. Finally, in order to adapt to the challenges before us, we maintain operational and financial flexibility and are fully committed to the continued reduction of our GHG emissions footprint, positioning Range as a leader in the industry. 

From 2011 to 2020, we have reduced our direct GHG production emissions intensity by 84 percent, while reducing our absolute direct emissions by 66 percent in just the last three years. As technology allows us to improve efficiency and production techniques, our methane intensity will improve. Additionally, we work to upgrade older well sites with newer, more advanced technology. By utilizing improved technology, we are reducing overall emissions.

Emissions Reduction Goals

Range has expanded our emissions goal by committing to net zero Scope 1 and Scope 2 GHG emissions by 2025. The EPA defines Scope 2 emissions as indirect GHG emissions associated with the purchase of electricity, steam, heat, or cooling. We view those emissions part of our GHG inventory and this added commitment strengthens our sustainability goals.

Emissions reductions are an integral part of our strategy implementation, and we have set several short-term, medium-term, and long-term objectives specifically related to GHG emissions. Our medium-term goals focus on achievements by 2025, including net zero Scope 1 and Scope 2 GHG emissions through absolute reductions in emissions, the use of carbon offsets including reforestation and improved forest management, and further reducing our GHG emissions intensity by 15 percent relative to 2019 levels by 2025.

Scenario Analysis

Our strategy development is guided by the analysis of long-term trends and developments in energy markets. This type of review helps us assess our business strategy and market position relative to regulatory, market, technological, reputational, and physical risks associated with climate change. For the purposes of our analysis, we use the publicly available scenarios produced by the International Energy Agency’s (IEA) World Energy Outlook (WEO) 2020, which is currently one of the most widely recognized models contemplating the transition risks associated with climate change. 

The WEO 2020 presents two main scenarios: The Stated Policies Scenario (STEPS) and the Sustainable Development Scenario (SDS). Each scenario assumes a different set of changes in policy along with associated technological advances, market demand trends, and energy efficiencies. The energy market projections of the scenarios extend to 2040, while assumptions around population growth and economic growth are the same in both scenarios.

1. The Stated Policies Scenario assumes that global GDP returns to pre-pandemic levels in 2021 and that global energy demand normalizes by early 2023. This scenario incorporates today’s official policy intentions and targets in addition to policies and measures that governments around the world have already put in place.

2. The Sustainable Development Scenario identifies a pathway to fully meet sustainable energy goals related to universal access to energy and cleaner air. The achievement of these goals assumes a different mix of fuels and technologies that provide efficient and cost-efficient energy services.

The primary difference between the WEO 2019 and WEO 2020 is that there is no longer a “Current Policies Scenario.” The STEPS scenario reflects current policies as of 2020, and from 2021 through 2040 “describes a pathway forward from a new, postcrisis starting point.”1 The SDS scenario assumes the same economic growth outlook and outlines a pathway to reaching 2040 climate goals. IEA has also added a Delayed Recovery Scenario (DRS) through 2030, to reflect a slower return to normal economic activity and thus energy demand from the Covid-19 pandemic. 

Under the STEPS scenario, natural gas demand rises at 1.2 percent annually over the 2019-2040 period (Figure 8.1). This level of growth is lower than pre-pandemic forecasts as assumptions on the timing of cost-effective fuel switching have been brought forward into this decade as opposed to the 2030s. In terms of sector shifts in gas consumption, growth will come from the industrial sector as renewables claim a larger share of power generation. 

Under the SDS scenario, natural gas production peaks in 2025 and then falls, ending at 13 percent below current levels by 2040. Average annual production in this scenario declines by 0.7 percent from 2019 to 2040 (Figure 8.1). 

When looking at regional production in North America, overall gas production grows by 0.6 percent per year in the STEPS scenario over the 2019-2040 period. While in the SDS scenario, North American annual gas production falls on average by 2.2 percent annually during the same period. (Figure 8.2

According to IEA’s analysis, shale production globally has a stronger growth rate than conventional or tight gas in the STEPS scenario, rising on average by 2.7 percent.

Transparent Emission Reductions

In June 2019, Range joined EPA’s Natural Gas Star Program and has begun reporting emission reduction efforts as of this year. In November 2019, EPA held a Natural Gas STAR and Methane Challenge Workshop in Pittsburgh. Range presented its liquids unloading program to reduce emissions and hosted a field tour of Range, drilling, completion, and production sites to demonstrate emission reduction projects.

Natural Gas’ Role in Decarbonization

Society can pursue multiple decarbonization pathways, with different costs and mixes of technology to those outlined by the IEA. IHS Markit for example details the role natural gas could play in achieving greater near-term decarbonization in a more cost-optimal manner. In order to reduce emissions in a cost-efficient manner, many core industries and regions are projected to opt to use natural gas in combination with carbon capture, utilization, and storage. For example, liquified natural gas has the opportunity to help the global supply chain operate more sustainably as shipping and trucks evaluate low-carbon gas solutions. Further, industries and regions that currently rely on coal as an energy source have the potential to reduce emissions swiftly by switching to gas usage. Technological advancements within the natural gas industry will only serve to amplify the potential benefits of natural gas and its role in decarbonization. 

“IHS Markit estimates that 420–550 Bcm* per year of additional natural gas—10–15% of current global consumption—would be required to meet a cost-optimal pathway for emission reductions in the Asian power sector alone, generating between 0.9 and 1.2 gigatons (Gt) of annual carbon dioxide (CO2) reductions.” 

The potential benefit of Asian and other markets increasing the use of liquified natural gas is huge. One example: the effect of switching from coal to natural gas in China is an estimated 47−57% reduction in GHG emission intensity, cradle through power generation. 


IHS Markit report: A Sustainable Flame: The role of gas in net zero 

ACS Sustainable Chemistry & Engineering: LNG Supply Chains: A Supplier-Specific Life-Cycle Assessment for Improved Emission Accounting

* One billion cubic meters (Bcm) is equivalent to 35.3 billion cubic feet (Bcf) 

More specifically: 

  • U.S. shale will be the natural gas production leader globally 
  • The U.S. will remain a net exporter of natural gas under both scenarios 
  • The use of natural gas for power generation, and in the industrial sectors, is associated with significantly lower GHG and other air emissions 

While no scenario can predict future events, scenarios can serve to evaluate strategic priorities and positions under a variety of policy circumstances. Based on our review of global energy market projections, it is apparent that the natural gas industry is better positioned relative to other fossil fuels under both scenarios. The projected compounded annual growth rate for global natural gas production outpaces oil and coal significantly in the STEPS scenario. In the SDS scenario, natural gas production declines albeit at a much lower rate than other fossil fuels. 

While natural gas production is projected to face a compounded annual decline of 0.7 percent under the SDS, the impact is significantly lower compared to the other two fuels. Under the SDS, the 2040 production level for natural gas is projected to be approximately 13 percent lower than current levels, while 2040 oil and coal production levels are projected to be lower by 33 percent and 67 percent, respectively. For context, IEA’s Gas Market Report for the third quarter of 2021 shows the progress of demand growth in relation to the SDS scenario: global gas demand by 2024 would already be 2% above the 2025 level in the Sustainable Development Scenario. 

A closer look at the natural gas production forecasts by type shows that shale gas proves to be more resilient compared to conventional gas or tight gas. The Stated Policy Scenario projections estimate 2040 shale gas production levels to increase by 75 percent compared to current production, while production for tight gas is projected to drop significantly. Conventional gas production in this scenario grows by 19 percent in comparison (Figure 8.3). SDS projections show similar reductions in both conventional and shale gas, of 11 percent and 12 percent respectively, while tight gas production has a 42 percent drop. 

Our business strategy outline recognizes these favorable projections in the STEPS scenario but incorporates the fact that our industry faces challenges that will require us to maintain operational and financial flexibility. Under the Sustainable Development Scenario, the price of natural gas remains at relatively low levels, which underlines the need for Range to maintain discipline and focus on cost efficiency. Our current costs of production and breakeven prices are among the lowest in the industry and should allow us to remain competitive under these various forecasted price scenarios (Figures 8.4 and 8.5).

Under both policy scenarios, North America is projected to remain a net exporter of natural gas as demand is expected to grow more rapidly in other parts of the world (Figure 8.6). In line with our business strategy position to market our products to a broader customer base and different markets, the global market dynamics may require us to continue positioning our products and services for exports. 

Our investments in the production of natural gas liquids (NGLs) will also likely prove to be more resilient compared to conventional crude oil. While NGLs are projected to face a slight decrease in production under the Sustainable Development Scenario, they are expected to gain a larger portion as a percentage of total production (Figure 8.7). 

Further, LNG/NGLs provide additional benefits beyond resilience to climate change. According to the IEA, the use of LNG/NGLs for power generation, and in the automotive and industrial sectors, is associated with significantly lower GHG and air pollutant emissions, such as particulate matter, nitrogen oxide, and sulfur dioxide, relative to oil and coal.

Moreover, NGLs can help prevent premature deaths related to illnesses attributable to household air pollution from cooking with solid fuels in emerging markets. IEA estimates there are currently 2.6 billion people without access to clean cooking facilities. IEA estimates a total of 2.44 million premature deaths in households due to lack of clean cooking in 2019. Under the Sustainable Development Scenario – which envisions universal access to clean cooking by 2030 – reducing reliance on polluting fuels for cooking by 2030 reduces PM2.5 emissions by more than 80 percent compared to the Stated Policies Scenario. 

With the backing of policy in jurisdictions around the world, NGLs will catalyze access to clean cooking to hundreds of millions of households, saving people’s lives. Premature deaths due to household air pollution fall to 0.6 million a year in the Sustainable Development Scenario by 2030, compared to 2.4 million a year in the Stated Policies Scenario (Figure 8.8). According to the IEA, access to clean cooking facilitated by liquified petroleum gas also reduces overall greenhouse gas emissions by reducing methane emissions from incomplete combustion of biomass and reducing deforestation. 

A careful analysis of climate change policy scenarios reinforces Range’s commitment to our current business strategy. Each key element of our strategy aligns with the risks and opportunities presented by climate change and ensures we maintain a competitive and resilient market position under the various policy scenarios discussed above.