For millions of households and businesses across Southeast Asia, gas distribution challenges in areas without pipeline networks are not simply a long-term policy issue — they are an operational constraint faced every day. Indonesia is one of the clearest examples of this condition.Although Indonesia is a major producer of natural gas (as well as biogas), these abundant resources remain underutilized because pipelines simply cannot reach many areas.
As of end-2024, PT Perusahaan Gas Negara (PGN) had connected just over 815,000 households to its pipeline gas network, spanning more than 20,000 kilometers. While this represents ongoing progress, the coverage remains significantly limited relative to the overall household energy demand across Indonesia.
This infrastructure gap translates into a substantial disparity in access. CubiTan® identifies that more than 60 million Indonesian households currently lack access to pipeline gas. Understanding why this gap persists requires examining why pipeline networks cannot simply be extended to all areas, as well as reviewing the alternatives that are now emerging as more realistic solutions.
Why Pipeline Infrastructure Cannot Reach Every Area
Building a gas pipeline network is one of the most capital-intensive infrastructure projects a country can undertake. The challenge, however, extends well beyond the cost of construction.
1. The High Cost of Pipeline Construction
According to the World Economic Forum, the primary obstacle to expanding gas access across Southeast Asia is the high capital requirement associated with pipeline infrastructure development. (Source: www.weforum.org)
Pipeline development encompasses a wide range of complex stages, from geological surveys, land acquisition, and subsurface installation, to the construction of pressure regulation systems and long-term maintenance. For an archipelagic nation like Indonesia, these challenges are compounded by the need to build pipeline networks across inter-island waterways. Such infrastructure requires highly complex submarine pipeline systems and demands substantially higher levels of investment.
2. Geographic and Topographic Barriers
Southeast Asia is widely recognized as one of the most demanding regions in the world for gas pipeline construction. This is due to the presence of active volcanic zones and a geographic character defined by dispersed island territories. In Indonesia, this challenge is reflected in domestic gas distribution infrastructure that remains concentrated on the islands of Java and Sumatra, leaving the majority of the archipelago beyond the reach of pipeline networks. (Source: www.petroraya.com)
3. Regulatory and Coordination Complexity
Even in areas where geography is not a limiting factor, regulatory coordination presents its own barriers. Permitting processes for pipeline construction across Southeast Asia typically require extended timelines, with environmental assessments adding further time on top of that. At the domestic level, pipeline projects also require coordination across ministries, regional governments, state-owned enterprises, and private operators. This complexity in coordination frequently results in project timelines that extend well beyond initial estimates.
The Real Impact on Areas Without Pipeline Gas Access
1. Continued Dependence on LPG Cylinders
For communities not connected to a pipeline gas network, LPG cylinders remain the primary energy source. This creates a set of interconnected challenges. In remote areas, LPG distribution chains tend to be longer and more costly than in urban centers. As a result, the price paid by end users frequently exceeds the official subsidized rate. LPG cylinders must also be physically transported, safely stored, and replaced once empty.
These logistics remain manageable in dense urban areas, but become increasingly complex and expensive in remote or island communities. From a safety perspective, LPG cylinders require careful handling given that the gas is stored under pressure, meaning inherent risks are present throughout the storage, distribution, and usage process.
2. Industrial Users Facing Supply Instability
For manufacturers, industrial estates, and CNG transport operators, the absence of pipeline infrastructure means operating without a guaranteed continuity of supply. Disruptions to LPG or CNG deliveries have direct consequences for production schedules and operating costs. A 2026 analysis by Global Energy Monitor confirmed that a lack of pipeline gas connectivity remains a structural bottleneck for gas development across multiple Asian markets. (Source: globalenergymonitor.org)
3. Biogas Producers Stranded Without Distribution Access
One of the less visible consequences of pipeline gaps is the effect on local renewable energy producers. Indonesia holds significant methane potential from palm oil industry waste, specifically Palm Oil Mill Effluent (POME) and Empty Fruit Bunch (EFB), as well as from urban solid waste. However, much of this potential remains untapped because producers in rural areas have no practical means of distributing the methane they generate. Without pipeline access or a viable alternative distribution system, locally produced biogas cannot reach the communities and businesses that could benefit from it.
Read Also: Indonesia’s Strategic Shift: Addressing LPG Import Dependency through Domestic Methane Utilization
CubiTan® : A Gas Distribution Solution Without Pipeline Infrastructure
Several alternatives, including CNG and LNG, have been developed in response to the challenges of pipeline-free gas distribution. However, each carries its own limitations: CNG operates at pressures between 200 and 250 bar, requiring specialized cylinder materials and higher logistics costs, while LNG requires regasification terminals at the point of delivery, an investment that is rarely economically justified for smaller communities. A fundamentally different approach is needed.
CubiTan® offers a gas distribution solution that does not depend on pipeline networks or regasification terminals. As a smart gas container built on Metal Organic Framework (MOF) technology, CubiTan® stores methane gas through an adsorption process at pressures significantly lower than CNG, approaching the working pressure of conventional LPG cylinders. The result is a container that is lighter, safer, and distributable using standard logistics infrastructure to areas that have previously been beyond the reach of pipeline networks.
CubiTan® for Main Gas Users in Indonesia
CubiTan® is designed to address the needs of the three sectors most affected by pipeline infrastructure constraints in Indonesia. The first is the residential sector (households) , where more than 60 million households identified by CubiTan® currently lack pipeline gas access and continue to rely on LPG cylinders. The second covers HORECA (Hotel, Restaurant, Cafe) and industrial gas users, particularly businesses that require a stable gas supply without dependence on fixed pipeline infrastructure. While CubiTan® is also effective for biogas applications, this primarily represents an upstream story—enabling producers near palm oil plantations or waste facilities to transport their renewable gas downstream to these end-user sectors.
Integrated Digital Monitoring
What sets CubiTan® apart from conventional cylinder delivery is the integration of an IoT-based monitoring system. Through real-time visibility into container status, gas levels, and distribution logistics, operators can manage supply proactively and reduce the risk of supply shortfalls. This capability is particularly valuable for deployments in remote areas where on-site inspections are not always logistically feasible.
Read Also: CubiTan® Undergoes POC Trials in Indonesia
Gas distribution challenges in areas without pipeline infrastructure are structural in nature and cannot be resolved simply by incrementally expanding existing networks. Reaching the communities, industries, and energy producers that pipelines cannot serve requires a different distribution model. CubiTan® offers a concrete answer: MOF-based container gas distribution that is portable, operates at lower pressures, and can be sourced from local renewable energy.
To learn more about how smart gas container technology is being developed to address these challenges, visit CubiTan® Gas.
