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LPG Storage Tanks Regulations

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07.05.2025

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Gaining more and more popularity as an efficient and sustainable energy source, LPG (liquified petroleum gas) is a flammable substance that can lead to dangerous accidents when stored or handled incorrectly. That’s why governments and regulatory bodies have put in place strict LPG tanks regulations that cover everything from the design and construction of storage vessels to the safety measures required during installation and operation.

By understanding and adhering to these LPG tanks safety rules, users can prevent potential risks and damages while ensuring equipment longevity and usage safety.

LPG Storage Tanks

LPG Tanks Storage Regulations

LPG storage involves containing the gas in tanks under pressure to keep it in liquid form. Improper storage can lead to gas leaks, explosions, or severe environmental hazards. So, compliance with current regulatory requirements and standards in this sector is non-negotiable.

There are a few key aspects controlled by LPG storage requirements.

Tank design and construction

LPG containers must be constructed from materials resistant to corrosion and pressure, such as high-quality steel or aluminum alloys. They should be designed to withstand high internal pressures, with safety margins specified by governing bodies like the American Society of Mechanical Engineers (ASME) or the European Pressure Equipment Directive (PED). Each tank should be rigorously tested for leaks, durability, and pressure resistance before being certified for use.

LPG tank placement

Tanks should be positioned at a safe distance from residential or commercial structures to reduce explosion risks in case of leaks or fires. Typical guidelines specify a minimum distance of 10 feet for smaller vessels and up to 25–50 feet for larger installations. Outdoor storage is preferred for ventilation. If indoors, tanks must be stored in specially designed rooms with adequate ventilation to prevent gas buildup and kept away from open flames, electrical equipment, or other potential ignition sources. Industrial facilities can keep up to 300 pounds of LPG in a single spot or up to 10,000 pounds in dedicated indoor storage.

Installation standards

Containers should rest on a stable, non-combustible base, such as concrete, and must be properly anchored to prevent tipping or damage, especially in areas prone to earthquakes or strong winds. All connections should be leak-proof and fitted with safety valves to regulate pressure.

Protection measures

Fire extinguishers or sprinkler systems near storage areas are a must. Staff or homeowners should undergo training on handling LPG-related emergencies, including evacuation and first aid.

Global Standards and Governing Bodies

LPG regulations vary across regions, but adhere to international safety norms. The three major organizations include:

  • NFPA (National Fire Protection Association): The NFPA 58 Code sets the benchmark for LPG storage and handling safety in the United States.

  • OSHA (Occupational Safety and Health Administration): OSHA 1910.110 regulates workplace safety concerning LPG handling and storage.

  • ISO (International Organization for Standardization): ISO10239:2014 establishes global standards for LPG equipment and safety practices.

LPG Tanks Storage

Authorization Process

LPG storage, transportation, and usage facilities are mandated to undergo authorization before they are permitted to store and handle LP gas to confirm that all safety, environmental, and technical guidelines are properly met. This process involves regulatory oversight, technical assessments, and compliance verification.

  • Operators or facility owners must apply to the relevant regulatory authority, such as the local fire department, environmental agency, or industrial safety board.

  • Regulatory officials conduct a detailed site inspection to evaluate compliance.

  • Experts further review the technical specifications of the LPG tanks and associated infrastructure.

  • A comprehensive risk assessment is conducted to identify potential hazards and mitigation measures.

  • If all LPG tanks safety regulations are met, the facility is granted an authorization certificate or license.

Transporting Tanks Between Facilities

Moving containers with LP gas between facilities is a highly specialized operation that calls for strict adherence to safety protocols and regulatory instructions. When transporting LPG tanks, regulation requires you to:

  • Choose the safest and most efficient route, avoiding densely populated areas and high-risk zones.

  • Secure necessary transport permits for hazardous materials.

  • Check tanks for any signs of damage, corrosion, or loose fittings and ensure safety valve functionality.

  • Confirm that tanks are filled to the appropriate level to prevent over-pressurization or sloshing.

  • Use vehicles designed for hazardous materials, such as flatbed trucks or tanker trailers, with proper securing mechanisms.

  • Observe local, national, and international guidelines, such as DOT (Department of Transportation) in the US and ADR (European Agreement Concerning the International Carriage of Dangerous Goods by Road) in Europe.

  • Ensure drivers are certified to handle hazardous materials and trained in emergency response procedures.

Consider I-Maximum as Your Trusted Partner for Safe and Compliant LPG Storage

When it comes to LPG storage and industrial LPG gas services, safety, reliability, and legal compliance are compulsory. This is where I-Maximum shines. Providing a wide range of LPG vessels tailored to industrial needs, we deliver end-to-end services that embrace everything from custom turnkey design solutions to tank installation and further maintenance. With us, you can rest assured all products and work are fully compliant with the current LPG tanks safety regulations for gas usage and storage. Contact us today to discover unique solutions for your LPG-enabled operations to be powered safely and efficiently.

Conclusion

It’s crucial to understand and adhere to all essential LPG storage tanks regulations to maintain safety, protect the environment, and avoid costly penalties. These standards safeguard against risks, promote operational efficiency, and establish a foundation of trust with regulatory authorities.  Prioritize compliance today since your safety and success depend on it in the long run.

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Quando usamos SNG (Propano-Ar)?

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1

O que é SNG e onde é aplicado?

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Gás Natural Sintético (SNG) é um gás obtido pela mistura de ar com qualquer gás ou mistura de gases, tendo um valor calorífico igual ao valor calorífico do metano. Informações sobre a mistura de Gás de Petróleo Liquefeito (GPL) com ar estão disponíveis em nosso site. O SNG é utilizado para substituir o gás natural em empresas industriais, usinas de energia a gás, e é aplicado para a gasificação de assentamentos (cidades, distritos, vilas). O SNG também pode ser referido como gás contendo metano (CH4), obtido através da gasificação do carvão. Bio-SNG pode ser chamado de gás contendo metano, obtido através da gasificação de biomassa ou biogás recuperado de aterros sanitários, mas o bio-SNG também pode ser referido como gás obtido no processo de mistura de bio-LPG com ar.
3

Qual é o custo do sistema SNG e como escolher o equipamento?

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Para selecionar o equipamento apropriado e estimar os custos, quatro parâmetros principais precisam ser considerados: 1. Fluxo máximo de GNV ou gás natural por hora em metros cúbicos normais (Q = ? Nm3/h ou MMBTU/h). 2. Pressão do gás no ponto de conexão (P = ? de 0,035 a 10 bar ou de 0,5 a 145 psi). 3. Valor calorífico necessário do gás (poder calorífico de combustão), por exemplo, para gás natural 8.900 kcal/m3 (1000 BTU/pé cúbico), mas algumas instalações na União Europeia podem usar gás enriquecido com nitrogênio, e seu valor calorífico pode ser de 5.260 kcal/m3 (22,0 Mj/m3). 4. Proporções de propano e butano no gás GLP, por exemplo, 60% de propano e 40% de butano. 5. Os custos de instalação de sistemas de GNV são várias vezes menores do que os custos de instalação de GNL para empresas industriais. Por favor, deixe sua solicitação em nosso site com os parâmetros mencionados acima, e enviaremos uma oferta para conectar o sistema de GNV.
2

O que é o misturador SNG (LPG Air Blender)?

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O SNG-blender é um dispositivo onde o GLP (gás liquefeito de petróleo) e o ar são automaticamente misturados sob alta pressão na proporção necessária, produzindo gás SNG (gás natural sintético) com propriedades semelhantes ao gás natural (GN). O SNG-blender é caracterizado por sua precisão, processo automatizado de mistura de gás e uma ampla gama de ajustes para valor calorífico e pressão.
4

(BioLPG) BioPropano, bioDME - o que é? O BioLPG pode ser usado para transporte?

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BioLPG, also known as BioPropan, is a type of gaseous fuel that is identical in composition and chemical properties to traditional liquefied petroleum gas (LPG) but is produced from organic materials or waste. The BioLPG production process may involve processing various organic raw materials such as sewage sludge, agricultural residues, sawmill waste, and even bioethanol or the synthesis of renewable hydrogen and carbon dioxide. Currently, BioLPG finds practical application in gas supply systems in the United Kingdom. One of the interesting technologies is the production of DME, which stands for dimethyl ether, a gas similar to propane. DME can serve as both a finished product and an intermediate raw material for the production of biopropane. Its main source of production is the dehydration of methanol. Various raw materials are used for production, including biomass, waste, wood, agricultural products, as well as fossil fuels such as gas and coal. DME can be blended with LPG in proportions of 20% for household purposes (heating and cooking) and 25% - 30% for transportation purposes.
1

O que é SNG e onde é aplicado?

Created with Pixso.
Gás Natural Sintético (SNG) é um gás obtido pela mistura de ar com qualquer gás ou mistura de gases, tendo um valor calorífico igual ao valor calorífico do metano. Informações sobre a mistura de Gás de Petróleo Liquefeito (GPL) com ar estão disponíveis em nosso site. O SNG é utilizado para substituir o gás natural em empresas industriais, usinas de energia a gás, e é aplicado para a gasificação de assentamentos (cidades, distritos, vilas). O SNG também pode ser referido como gás contendo metano (CH4), obtido através da gasificação do carvão. Bio-SNG pode ser chamado de gás contendo metano, obtido através da gasificação de biomassa ou biogás recuperado de aterros sanitários, mas o bio-SNG também pode ser referido como gás obtido no processo de mistura de bio-LPG com ar.
2

O que é o misturador SNG (LPG Air Blender)?

Created with Pixso.
O SNG-blender é um dispositivo onde o GLP (gás liquefeito de petróleo) e o ar são automaticamente misturados sob alta pressão na proporção necessária, produzindo gás SNG (gás natural sintético) com propriedades semelhantes ao gás natural (GN). O SNG-blender é caracterizado por sua precisão, processo automatizado de mistura de gás e uma ampla gama de ajustes para valor calorífico e pressão.
3

Qual é o custo do sistema SNG e como escolher o equipamento?

Created with Pixso.
Para selecionar o equipamento apropriado e estimar os custos, quatro parâmetros principais precisam ser considerados: 1. Fluxo máximo de GNV ou gás natural por hora em metros cúbicos normais (Q = ? Nm3/h ou MMBTU/h). 2. Pressão do gás no ponto de conexão (P = ? de 0,035 a 10 bar ou de 0,5 a 145 psi). 3. Valor calorífico necessário do gás (poder calorífico de combustão), por exemplo, para gás natural 8.900 kcal/m3 (1000 BTU/pé cúbico), mas algumas instalações na União Europeia podem usar gás enriquecido com nitrogênio, e seu valor calorífico pode ser de 5.260 kcal/m3 (22,0 Mj/m3). 4. Proporções de propano e butano no gás GLP, por exemplo, 60% de propano e 40% de butano. 5. Os custos de instalação de sistemas de GNV são várias vezes menores do que os custos de instalação de GNL para empresas industriais. Por favor, deixe sua solicitação em nosso site com os parâmetros mencionados acima, e enviaremos uma oferta para conectar o sistema de GNV.
4

(BioLPG) BioPropano, bioDME - o que é? O BioLPG pode ser usado para transporte?

Created with Pixso.
BioLPG, also known as BioPropan, is a type of gaseous fuel that is identical in composition and chemical properties to traditional liquefied petroleum gas (LPG) but is produced from organic materials or waste. The BioLPG production process may involve processing various organic raw materials such as sewage sludge, agricultural residues, sawmill waste, and even bioethanol or the synthesis of renewable hydrogen and carbon dioxide. Currently, BioLPG finds practical application in gas supply systems in the United Kingdom. One of the interesting technologies is the production of DME, which stands for dimethyl ether, a gas similar to propane. DME can serve as both a finished product and an intermediate raw material for the production of biopropane. Its main source of production is the dehydration of methanol. Various raw materials are used for production, including biomass, waste, wood, agricultural products, as well as fossil fuels such as gas and coal. DME can be blended with LPG in proportions of 20% for household purposes (heating and cooking) and 25% - 30% for transportation purposes.