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MB Energy

Liquefied petroleum gas (LPG)

LPG is a versatile, liquefied energy source made from propane or butane that can be stored independently of the gas network and used flexibly - from heating and process energy to mobile applications.

With MB Energy, you can use LPG exactly where you need it: predictably available, technically proven and available in different variants - from stationary tank solutions to bottled gas and BioLPG for different requirements.

Liquid gas - Energy to heat

Liquid gas

Energy to heat

What is liquefied petroleum gas (LPG)?

Liquefied petroleum gas, internationally known as LPG, consists of propane, butane or mixtures of both gases. In its normal ambient state, it is gaseous. It can be liquefied at comparatively low pressure, which makes storage, transportation and stockpiling much more efficient. This is one of the main reasons why liquid gas has long been used in decentralized energy supply.

LPG is particularly interesting for companies, commercial enterprises, real estate projects and institutional facilities when energy needs to be reliably available but there is no natural gas network or a mobile, readily available supply is required. The spectrum of applications for LPG ranges from heating solutions and process heat to construction site applications, cylinder gas and fuel applications.

Technically, LPG is easy to understand: It is stored as a liquid in a tank or cylinder and vaporizes at the point of consumption for use in a gaseous state. This means that energy can be provided as required without having to rely on a mains supply.

For MB Energy, the focus is not just on the product, but on the right supply logic: a solution that fits the application, the consumption profile and the infrastructure of the location. This is precisely why MB Energy combines its own energy expertise with the regional WESTFA supply.

Typical applications

Liquid gas is not a niche product, but a versatile energy option for a wide range of applications. The decisive factor is which form of supply is required: stationary, mobile, permanent or temporary.

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Process heat in operation

Many commercial and industrial applications require precisely available heat, for example for heating, hardening, cutting or drying. Liquid gas can be used here as a flexible energy source when high availability and clean, controllable combustion are required.

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Heating without a gas network

Liquid gas offers a heating solution for properties, commercial buildings or decentralized locations that is independent of the mains supply. This is particularly relevant in regions without a natural gas connection or where supplies need to be established quickly.

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Construction sites and temporary supply

Availability is what counts on construction sites. Liquid gas is suitable for mobile heating, construction drying and temporary solutions when systems need to be supplied at short notice or infrastructure is still under construction. WESTFA is positioning cylinder gas and liquid gas specifically for the construction industry.

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Agriculture and greenhouse operations

In agriculture, liquid gas is used for drying, heating and other heat-related applications. A storable, off-grid energy source is often particularly useful for seasonal peak loads.

Mobile applications with bottled gas

Mobile applications with cylinder gas Liquid gas

Wherever energy needs to be transportable, cylinder gas comes into play. Typical examples are trade, catering, mobile workplaces, roof work or forklift applications with propellant gas cylinders.

Technical properties of liquid gas

Standards and quality

Liquid petroleum gas (LPG) consists of propane, butane or mixtures thereof and is subject to specific standards depending on the application. For fuel applications, for example, DIN EN 589 applies. In addition, product-specific safety data sheets and the correct design of tanks, fittings and pressure control lines are crucial for safe operation.

Physical characteristics (typical for EL heating oil):

Liquid gas is liquefied even at low pressure (approx. 1-8 bar) and has a volume around 260 times smaller in its liquid state than in its gaseous state. Density and energy content vary depending on the propane-butane mixture and temperature, which is why technical design and consumption calculations are always application-specific.

Composition

LPG is mainly made up of propane (C₃H₈) and butane (C₄H₁₀). Propane is particularly suitable for applications at low temperatures, as it vaporizes reliably even at low temperatures. The specific mixture is defined according to the area of application.

Special technical features

LPG is storable, transportable and versatile. BioLPG is chemically identical to conventional LPG and can therefore be used in existing systems (drop-in solution). Modern cylinder gas systems offer additional safety features such as integrated valves for controlled operation.

Advantages of liquefied petroleum gas (LPG)

Independent of the gas grid

Liquid gas enables an energy supply without a connection to the natural gas grid. For companies and properties with decentralized locations, this means maximum flexibility in planning, development and operation. Energy is available exactly where it is needed - permanently or as a temporary solution.

Versatile in use

Whether for heating, process heat, agriculture, construction sites or mobile applications: Liquid gas covers a wide range of applications. This means that the energy supply of a site can often be organized with a clear, integrated solution - instead of operating several systems in parallel.

Stockable and plannable

Liquid gas can be stored directly on site. This makes you independent of a continuous network infrastructure and ensures a high level of supply security. Especially with fluctuating demand, seasonal peaks or remote locations, this is a decisive advantage for stable operating processes.

The right solution for every need

From classic propane and cylinder gas to propellant gas solutions and BioLPG: the wide range of variants enables precise adjustment to the respective application. The result is a technically and economically viable supply - adapted to real requirements instead of standard solutions.

Proven technology

Oil heating systems are technically mature and established in many buildings.

Delivery and supply

The supply of liquid gas depends not only on the product, but also heavily on the delivery logic. WESTFA has regional teams, several locations and its own fleet of tankers at its disposal. This supports nationwide delivery with regional proximity in day-to-day business. WESTFA names eight locations in Germany and explicitly describes delivery via its own fleet.

For stationary applications, this means that tanks can be planned according to demand and integrated into an ongoing supply logic. The same applies to mobile applications: cylinder gas can be supplied in different cylinder types and container sizes, depending on whether the focus is on heating, craft applications or propulsion.

In practice, security of supply is achieved primarily through clear processes, appropriate stockpiling and regional contacts. It is precisely this operational approach that fits in with MB Energy's positioning as a pragmatic energy partner at eye level.

Availability can vary from region to region and product to product. This is why it is important to clearly coordinate demand, tank or cylinder type, delivery frequency and application profile before implementation.

Liquid gas products at a glance

The selection of the right heating oil quality depends on the type of system, storage conditions and individual requirements.

Propane

Propane is the central liquid gas variant for many stationary applications in trade, industry, real estate and agriculture. It is stored as a liquid under pressure and vaporized at the point of use. Its particular benefits lie in its off-grid supply, its wide range of uses and its suitability for outdoor applications at low temperatures.

Autogas (LPG)

LPG is a liquid gas quality for fuel applications in appropriately equipped vehicles. This area is subject to its own quality and testing requirements, in particular in accordance with DIN EN 589. Within the MB Energy context, LPG is the variant for mobility and fleet-related applications, not for heating or process heat.

Bottled gas / LPG cylinder

Bottled gas is the mobile version of liquid gas. It is suitable wherever energy needs to be transportable, flexible and available at short notice. WESTFA offers various cylinder types and sizes, including 5 kg, 8 kg, 11 kg, 19 kg and 33 kg as well as special versions for fuel gas, propellant gas and roof applications. The benefits are easy handling, mobility and the right container size for each application.

Click & Go propellant cylinder

Click&Go is a specialized cylinder gas solution for applications with frequent cylinder changes, for example in a commercial environment. WESTFA describes a tool-free changeover in just a few seconds, a special adapter and a non-return valve as a safety feature. The variant thus clearly distinguishes itself from classic cylinder connections: less set-up work, faster changeover processes and high practical suitability for mobile applications.

BioLPG

BioLPG is the renewable variant within the LPG portfolio. Chemically, it is identical to conventional LPG, which makes it easier to use in existing LPG infrastructures. Depending on the raw material base, WESTFA states CO2 reductions of around 40 to 60 percent for BioLPG and potential savings of up to 90 percent compared to conventional LPG when using waste and residual materials. The differentiation from fossil LPG therefore lies primarily in the origin and the balance sheet emission effect, not in the basic application technology.

Process / Procedure

01

Record demand. Analysis of application, consumption and location.

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02

Select the right variant. Select the suitable supply solution.

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03

Installation and setup. Technical implementation on site.

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04

Ongoing supply. Regular supply and operation.

Ongoing supply
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Liquid gas tank - energy exactly where you need it

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Reliable supply thanks to stationary gas tanks

Liquid gas tanks enable buildings, businesses and technical systems to be supplied with energy independently of the grid. They are installed stationary and reliably supply heating systems, process heat or commercial applications with energy. Depending on requirements, above-ground or underground solutions are possible - tailored to consumption, space conditions and area of application.

FAQ

How much does liquid gas cost compared to natural gas or heating oil?

The cost of LPG depends on several factors, in particular market prices, purchase volume and the chosen supply model. In contrast to grid-based energies, liquid gas offers more flexibility in terms of procurement and stockpiling. This means that prices and delivery times can be better controlled. For a well-founded assessment, an individual calculation is always necessary that takes into account the specific requirements and area of application.

When is a liquid gas tank worthwhile?

A liquid gas tank is particularly worthwhile if there is no connection to the natural gas grid or if a flexible, quickly available energy supply is required. Typical applications are new buildings in rural areas, commercial sites or temporary applications. A tank also offers economic advantages as a temporary solution, as it can be operated independently of external infrastructure.

How does the supply of liquid gas work?

The gas is supplied by tankers that deliver the liquid gas directly to the site and fill it into a stationary tank. There it is stored as a liquid under pressure and converted to a gaseous state when required. The gas reaches the connected appliances, such as heating systems or production facilities, via a pressure control line. This creates a continuous and demand-oriented energy supply.

How safe is liquid gas?

Liquid gas is considered a safe form of energy when installed and used correctly. Tanks, pipes and technical components are subject to clearly defined regulations and are tested regularly. In addition, safety valves and modern system technology ensure controlled operation. The prerequisite is proper planning and compliance with all technical requirements during operation.

What tank solutions are available?

A basic distinction is made between above-ground and underground liquid gas tanks. Above-ground tanks are easier to install and easily accessible, while underground solutions offer visual advantages and save space. Which variant is suitable depends on the local conditions, the energy requirement and the requirements for use and integration.

Can I use existing heating systems with liquid gas?

In many cases, existing heating systems can be converted to LPG or operated directly with it. Especially with modern systems, integration is often possible without great effort. Nevertheless, every conversion should be technically checked to ensure that all components are optimally coordinated and work efficiently.

What is BioLPG and can I use it directly?

BioLPG is the renewable version of LPG and is chemically identical to conventional LPG. This means that it can be used in existing systems without the need for technical modifications. The main difference lies in the origin and the balance sheet emission effect, while application and use remain unchanged.

How often does liquid gas have to be delivered?

Yes, liquid gas is often used in commercial and industrial applications. Typical areas of use include process heat, production facilities and mobile applications. Particularly where high availability and independence from network infrastructure is required, liquid gas offers a flexible and technically proven solution for different requirements.

Is liquid gas also suitable for commercial applications?

Yes, liquid gas is frequently used in trade and industry - for process heat, production facilities or mobile applications, for example. It offers a flexible alternative when high availability and independence are required.

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