Three Horizons Framework
for Extraction of natural gas (ISIC 0620)
The natural gas extraction industry faces a pivotal moment, requiring simultaneous optimization of current assets, strategic investment in transition technologies, and exploration of future energy systems. The Three Horizons Framework provides an ideal structure to manage this multi-faceted...
Short, medium, and long-term strategic priorities
Optimize current natural gas production and processing operations for maximum efficiency and reduced environmental footprint, securing the industry's social license to operate and maximizing present value.
- Deployment of continuous methane emission monitoring systems (e.g., satellite, drone, fixed-sensor networks) and advanced Leak Detection And Repair (LDAR) programs across all production and midstream assets.
- Implementation of AI-driven subsurface analytics and predictive modeling for optimizing well placement, frac design, and Enhanced Gas Recovery (EGR) techniques in unconventional and conventional reservoirs.
- Electrification of gas compression and processing facilities, leveraging grid power or co-located renewable energy sources to reduce Scope 1 and 2 operational emissions.
- Digitization of field operations through IoT sensors and real-time data platforms for predictive maintenance and operational uptime maximization across gas gathering and processing infrastructure.
Transition existing assets and core competencies into adjacent low-carbon value chains, developing new revenue streams and mitigating future 'Stranded Asset Risk' (MD01) by leveraging 'Structural Intermediation & Value-Chain Depth' (MD05).
- Development of blue hydrogen production hubs at existing natural gas processing facilities, integrating large-scale carbon capture and storage (CCS) technology.
- Feasibility studies and pilot projects for repurposing existing natural gas pipelines for CO2 transport or blending natural gas with green/blue hydrogen.
- Investment in commercial-scale Carbon Capture, Utilization, and Storage (CCUS) projects for industrial emitters, offering CO2 transport and storage services leveraging existing pipeline and geological expertise.
- Strategic partnerships for small-scale modular nuclear reactors (SMRs) or advanced geothermal pilot projects to provide stable, low-carbon power for internal operations or regional grids.
Incubate and invest in truly transformative, long-term energy technologies and business models that position the company as a diversified energy provider in a net-zero future, hedging against future 'Market Obsolescence & Substitution Risk' (MD01).
- Establishment of dedicated ventures for green hydrogen production, utilizing renewable energy (e.g., offshore wind, large-scale solar) and advanced electrolysis technologies.
- Participation in R&D consortia and pilot projects for next-generation geothermal energy systems (e.g., Enhanced Geothermal Systems - EGS) and advanced energy storage solutions (e.g., underground hydrogen storage, advanced battery technologies).
- Development of business units focused on Direct Air Capture (DAC) or bioenergy with carbon capture and storage (BECCS), leveraging geological storage expertise.
- Exploration and investment in advanced materials science for energy transition applications (e.g., high-efficiency catalysts for hydrogen production, advanced composites for renewable energy infrastructure).
Strategic Overview
The Three Horizons Framework offers a critical lens for natural gas extraction companies to strategically navigate the complexities of immediate operational demands, mid-term energy transition pressures, and long-term diversification imperatives. Given the industry's capital-intensive nature and exposure to significant challenges like 'Stranded Asset Risk' (MD01) and 'Regulatory Uncertainty and Policy Volatility' (IN04), this framework provides a structured approach to balance current profitability with future sustainability.
By categorizing initiatives into Horizon 1 (optimizing core gas extraction), Horizon 2 (exploring decarbonization technologies like CCUS and blue hydrogen), and Horizon 3 (investing in entirely new energy vectors), companies can allocate resources effectively, mitigate investment uncertainty (MD01), and proactively address market obsolescence risks. This approach is vital for ensuring resilience and long-term viability in a rapidly evolving global energy landscape, particularly as geopolitical factors (MD02) and demand uncertainty (MD08) continue to shape the industry.
4 strategic insights for this industry
Dual Imperative: H1 Efficiency & H2/H3 Transformation
Natural gas companies must excel in Horizon 1 by optimizing existing production and reducing methane emissions, while simultaneously committing significant resources to Horizon 2 (e.g., CCUS, blue hydrogen) and Horizon 3 (e.g., green hydrogen, geothermal) to de-risk future portfolios. This parallel pursuit is crucial to address 'Declining Revenue & Profitability' (MD01) and 'Investment Uncertainty' (MD01) in the long run.
Mitigating Stranded Asset Risk through Diversification
The framework aids in proactively addressing 'Stranded Asset Risk' (MD01) by guiding investments towards repurposing existing infrastructure (e.g., pipelines for hydrogen or CO2 transport) and developing new, low-carbon ventures. This foresight helps avoid 'Capital Misallocation' (MD04) and protects shareholder value.
Navigating Regulatory and Policy Volatility
By maintaining distinct H1, H2, and H3 portfolios, companies can adapt more flexibly to 'Regulatory Uncertainty and Policy Volatility' (IN04) and 'Investment Under Policy Instability' (MD08). H2 and H3 initiatives can be scaled or adjusted based on evolving policy support for decarbonization technologies and new energy markets.
Leveraging Core Competencies for New Ventures
The natural gas industry possesses significant expertise in large-scale project management, reservoir engineering, and energy infrastructure development. The Three Horizons framework encourages leveraging these 'High Capital Expenditure & Integration Costs' (IN05) capabilities in H1 to build 'Innovation Option Value' (IN03) and develop new energy solutions in H2 and H3, such as green hydrogen or geothermal, utilizing existing infrastructure where possible.
Prioritized actions for this industry
Establish distinct and separately funded business units or portfolios for H1 (core gas operations), H2 (transitional technologies), and H3 (future energy solutions), each with clear KPIs and leadership accountability.
This organizational structure ensures focused attention, resource allocation, and distinct success metrics for each horizon, preventing H1's short-term pressures from cannibalizing H2/H3 investments and helping to manage 'Investment Uncertainty' (MD01).
Accelerate H1 initiatives focused on operational efficiency, methane emission reduction, and enhanced recovery techniques to maximize current asset value and maintain social license to operate.
Optimizing H1 is crucial for generating the necessary cash flow to fund H2 and H3 initiatives, while simultaneously addressing environmental concerns and reducing 'Infrastructure Vulnerability' (MD02) through better asset management.
Form strategic partnerships and joint ventures for Horizon 2 (CCUS, blue hydrogen) and Horizon 3 (green hydrogen, geothermal, advanced storage) projects to share R&D burden, mitigate risk, and access complementary expertise.
Partnerships can de-risk 'High Investment and Long Payback Periods for Decarbonization Tech' (IN03) and overcome 'High Capital Expenditure & Integration Costs' (IN05) while accelerating market entry and technology adoption.
Develop robust scenario planning and continuous market intelligence capabilities to inform H2 and H3 strategy adjustments based on evolving policy, technology breakthroughs, and market demand for low-carbon solutions.
Given 'Regulatory Uncertainty and Policy Volatility' (IN04) and 'Long-Term Demand Uncertainty & Stranded Asset Risk' (MD08), agile strategy formulation for the mid to long-term is essential to avoid 'Capital Misallocation' (MD04) and ensure investments remain relevant.
From quick wins to long-term transformation
- Implement advanced methane leak detection and repair programs across existing operations to quickly reduce emissions and comply with emerging regulations.
- Deploy digital twin technology and AI-driven analytics for real-time operational optimization and predictive maintenance in H1.
- Conduct comprehensive internal workshops to align leadership and employees on the Three Horizons vision and urgency.
- Launch pilot projects for CCUS at existing gas processing plants or new blue hydrogen production facilities.
- Invest in feasibility studies and early-stage R&D for green hydrogen production methods, leveraging existing infrastructure where possible.
- Re-skill and up-skill the workforce to manage new technologies in H2 and H3, addressing 'Skills Gap for New Technologies' (IN02).
- Scale up successful H2 and H3 ventures into significant revenue streams, potentially establishing new business entities.
- Diversify portfolio significantly into renewable energy assets or advanced energy storage, reducing reliance on fossil fuels.
- Transform existing gas infrastructure into multi-purpose energy hubs, integrating hydrogen, CCUS, and renewable energy.
- Underfunding or neglecting Horizon 2 and 3 initiatives due to short-term financial pressures or focus on H1 profitability.
- Organizational resistance to change or inability to foster an innovation culture required for H2/H3.
- Lack of clear metrics and governance for H2/H3, leading to 'Misaligned Innovation Focus' (IN01).
- Attempting to force H2/H3 initiatives into traditional H1 operational structures and risk frameworks.
- Ignoring the potential for H2/H3 activities to cannibalize H1, or failing to manage this transition strategically.
Measuring strategic progress
| Metric | Description | Target Benchmark |
|---|---|---|
| H1: Methane Emission Intensity (kg CH4/boe) | Reduction in methane emissions per barrel of oil equivalent produced. | Achieve top quartile industry performance; 60% reduction by 2030 (IEA Net Zero scenario aligned). |
| H1: Production Cost per BOE (USD/boe) | Operating and capital costs per barrel of oil equivalent produced from existing assets. | Continuous reduction year-over-year, aiming for top quartile industry efficiency. |
| H2: CCUS Capacity Deployed (Million tonnes CO2/year) | Volume of CO2 captured and stored or utilized through CCUS projects. | X million tonnes by 2030, aligned with national decarbonization targets. |
| H2: Blue Hydrogen Production Volume (Tonnes/day) | Volume of blue hydrogen produced with verified low-carbon intensity. | Commercial scale production of Y tonnes/day by 2030. |
| H3: New Energy Revenue (% of total revenue) | Percentage of total company revenue derived from green hydrogen, geothermal, or other future energy solutions. | Achieve 5-10% by 2035, 20-30% by 2050. |
| H3: R&D Investment in Future Energies (% of total R&D budget) | Proportion of research and development budget allocated to Horizon 3 initiatives. | Minimum 25-30% by 2028, increasing annually. |
Other strategy analyses for Extraction of natural gas
Also see: Three Horizons Framework Framework