Three Horizons Framework
for Manufacture of gas; distribution of gaseous fuels through mains (ISIC 3520)
The industry is at a pivotal juncture, requiring a structured approach to manage the transition from a traditional gas supplier to a multi-energy or decarbonized gas network operator. High capital intensity (MD06), long asset life cycles, and significant regulatory and policy uncertainties (MD01,...
Short, medium, and long-term strategic priorities
Optimize the efficiency, safety, and reliability of the existing natural gas distribution network, mitigating the impact of declining demand and preparing critical infrastructure for future transitions while reducing operational costs (MD06).
- Implement an enhanced Leak Detection and Repair (LDAR) program using advanced acoustic and optical gas imaging technologies to reduce methane emissions and gas losses.
- Upgrade SCADA systems and deploy advanced pressure management controls for real-time network monitoring and optimized gas flow, improving operational efficiency.
- Roll out a proactive pipeline integrity management program with inline inspection (ILI) tools and predictive analytics for critical metallic and plastic assets, extending network life and enhancing safety.
- Launch customer engagement programs promoting energy efficiency and smart gas appliance upgrades to manage demand decline and reinforce customer relationships.
Integrate low-carbon gaseous fuels such as biomethane and hydrogen into the existing network, leveraging current infrastructure to navigate the energy transition and prepare for deeper decarbonization (MD01).
- Develop and launch commercial agreements and technical infrastructure (e.g., injection points, quality control) for increased biomethane injection into the grid.
- Conduct targeted pilot projects for blending up to 20% hydrogen into specific segments of the gas distribution network, assessing material compatibility and operational impacts.
- Perform a comprehensive engineering assessment and material testing program across the network to identify assets suitable for hydrogen conversion and plan phased upgrades for non-compatible components.
- Initiate the phased deployment of 'future-ready' smart metering infrastructure capable of accurately measuring and billing for different gas compositions (e.g., natural gas, biomethane, hydrogen blends).
Explore and establish new roles and business models, positioning the company as a multi-energy service provider or operator of dedicated hydrogen infrastructure, fundamentally shifting beyond traditional gas distribution (IN04, MD01).
- Initiate detailed engineering design and feasibility studies for developing regional dedicated hydrogen transmission and distribution backbone networks, potentially repurposing existing high-pressure pipelines.
- Invest in a Power-to-Gas-to-X (PtG2X) demonstration project, integrating renewable electricity, electrolysis, and potentially methanation, to produce and inject synthetic low-carbon gases into the network or for industrial off-takers.
- Form strategic partnerships and develop pilot programs for integrated local energy systems combining gas networks (hydrogen-ready), district heating, and localized renewable energy sources for community-level decarbonized heat solutions.
- Explore and co-develop carbon capture, utilization, and storage (CCUS) infrastructure partnerships with large industrial customers, broadening the scope of decarbonization services offered.
Strategic Overview
The 'Manufacture of gas; distribution of gaseous fuels through mains' industry faces a complex future characterized by declining long-term demand for traditional natural gas and significant regulatory pressure for decarbonization (MD01). The Three Horizons Framework provides a critical lens for managing this strategic dilemma, enabling companies to simultaneously optimize their existing, capital-intensive infrastructure (H1), invest in transitional technologies like hydrogen blending and biomethane integration (H2), and explore entirely new energy service models (H3).
This framework is essential for navigating the industry's high capital expenditure (MD06), long asset lifespans, and profound policy and regulatory uncertainties (IN04). By systematically allocating resources and attention across these distinct time horizons, gas distributors can mitigate the risk of stranded assets (MD01), foster innovation despite high R&D burdens (IN05), and ensure a sustainable transition from a legacy fossil fuel model to a future low-carbon energy infrastructure provider.
4 strategic insights for this industry
H1: Optimizing Legacy Infrastructure Amidst Decline
The current gas distribution network, characterized by high capital expenditure and maintenance (MD06), requires continuous optimization for efficiency and safety. However, declining long-term demand (MD01) means these H1 efforts must be cost-effective and adaptable, avoiding investments that create additional stranded assets and focusing on maximizing value from existing infrastructure.
H2: Navigating the Energy Transition with New Gas Streams
The mid-term horizon is critical for integrating new, low-carbon gaseous fuels such as hydrogen and biomethane. This involves significant R&D investment (IN05), overcoming technology adoption hurdles (IN02), and actively managing policy dependency (IN04) as regulatory frameworks for these new energy carriers are developed and mature.
H3: Reimagining the Role of Energy Networks
Long-term strategy involves exploring fundamental shifts beyond traditional gas distribution, such as becoming multi-energy service providers, operating hydrogen backbone networks, or developing power-to-gas solutions. This demands high R&D investment with potentially long payback periods (IN05) and managing significant innovation option value (IN03) amidst profound regulatory uncertainty (MD01) and social license shifts.
Managing Regulatory and Policy Uncertainty Across Horizons
All three horizons are heavily influenced by policy and regulatory uncertainty (IN04, MD01). Strategic flexibility and active engagement with policymakers are paramount to shaping future energy landscapes, securing investment stability for H2/H3 initiatives, and ensuring an equitable transition that manages social license erosion (MD01).
Prioritized actions for this industry
Establish dedicated H1, H2, and H3 project portfolios with clearly defined funding, governance structures, and key performance indicators.
Ensures balanced investment across immediate operational needs and long-term transformation, preventing underinvestment in future growth while maintaining current service quality and safety. This addresses the R&D burden (IN05) and the risk of stranded assets (MD01).
Develop an 'Adaptability Roadmap' for existing network assets, outlining phased investment decisions for conversion or repurposing infrastructure for future gas types (e.g., hydrogen blending, pure hydrogen).
Mitigates stranded asset risk (MD01) and optimizes high capital expenditure (MD06) by providing a clear, risk-managed path for infrastructure evolution, ensuring assets can adapt to changing energy mixes and regulatory requirements.
Actively co-create policy frameworks for H2 and H3 initiatives through collaboration with government bodies, regulators, and industry consortia.
Addresses significant policy and regulatory uncertainty (IN04, MD01) by influencing the environment in which H2/H3 innovations will operate, reducing investment risk, and ensuring public and political scrutiny is managed effectively.
From quick wins to long-term transformation
- Formalize existing innovation initiatives into the H1/H2/H3 framework and assign clear leadership.
- Conduct an initial assessment of current asset suitability for future gas types (e.g., pipeline material compatibility for hydrogen blending).
- Initiate discussions with local regulators on potential pilot projects for H2 blending.
- Establish cross-functional innovation teams for H2 and H3, with dedicated budgets and risk tolerance.
- Launch pilot projects for hydrogen blending in specific, contained network sections.
- Invest in R&D partnerships with academic institutions and technology providers for future gas infrastructure solutions.
- Scale up successful H2 blending/conversion projects across broader segments of the network.
- Diversify into new energy services (e.g., power-to-gas storage, district heating via hydrogen, carbon capture infrastructure).
- Influence national energy policy to support long-term, large-scale infrastructure transformation.
- Underfunding H2/H3 initiatives due to short-term H1 pressures or immediate profitability demands.
- Lack of clear governance and accountability for each horizon, leading to diluted efforts.
- Failure to align H2/H3 investments with evolving regulatory frameworks, resulting in wasted effort or stranded projects.
- Insufficient engagement with external stakeholders (regulators, technology providers, customers), leading to misalignment or opposition.
Measuring strategic progress
| Metric | Description | Target Benchmark |
|---|---|---|
| % Revenue from H2/H3 Initiatives | Proportion of total company revenue derived from new, future-oriented activities (e.g., hydrogen services, biomethane sales, CCUS transport). | >5% by 2030, >20% by 2040 |
| Innovation Project Portfolio Balance (H1/H2/H3) | Allocation of R&D and capital expenditure across the three horizons. | Maintain a healthy balance, e.g., 60% H1, 25% H2, 15% H3 in initial phases, shifting towards H2/H3 over time. |
| Regulatory Engagement Success Rate for New Technologies | Number of successful regulatory approvals, policy endorsements, or funding grants secured for H2/H3 pilot projects or frameworks. | >75% of key policy asks accepted or integrated into regulations annually |
Other strategy analyses for Manufacture of gas; distribution of gaseous fuels through mains
Also see: Three Horizons Framework Framework