Liquefied petroleum gas (LPG) is used across transportation, commercial fueling, and other energy applications where dependable fuel transfer equipment is essential. As LPG fueling infrastructure develops, dispensers and connection hardware must be designed for the specific characteristics of LPG service. OPW LPG Autogas Solutions provide specialized fueling components intended to support efficient and controlled LPG dispensing operations.

OPW's CleanEnergy Fueling Products portfolio includes LPG equipment alongside CNG and hydrogen fueling products. Its LPG range includes Autogas nozzles and accessories designed for fueling applications, giving station operators and system designers access to purpose-built components.

What are OPW LPG Autogas Solutions?

OPW LPG Autogas Solutions are part of the company's CleanEnergy Fueling Products portfolio. The range focuses on hardware used to connect, dispense, and protect LPG fueling systems.

The current LPG portfolio includes:

• Autogas nozzles
• Nozzle breakaways
• Dispenser shear valves
• LPG adaptors
• Related fueling accessories

These components address different parts of the dispensing system. A nozzle provides the connection to the vehicle receptacle, while breakaways and shear valves provide additional protection within the fueling installation.

This component-based approach is useful because LPG stations have different equipment configurations and connection requirements. Selecting compatible hardware helps ensure that the nozzle, hose, dispenser, and vehicle-side connection work together as intended.

Why are specialized LPG Autogas nozzles important?

LPG fueling requires equipment specifically designed for LPG service. A fueling nozzle must provide a secure connection while allowing the operator to control the transfer process.

OPW's Autogas nozzle range includes different coupling configurations. For example, the OT300 and OTA-300A series are designed for Italian-type coupling and use specially formulated polymers and elastomers for LPG applications. The products also incorporate features such as ergonomic handles, a 360-degree inlet swivel, and a locking arrangement designed to prevent dispensing until the nozzle is properly engaged.

Another OPW range, the BNA-300A and BNA-300HGA series, uses an Italian-type coupling and a thumb-release design. The products incorporate insulated components intended to help protect the operator from the temperature effects associated with high-flow LPG.

The appropriate nozzle should therefore be selected according to the vehicle connection, dispenser configuration, pressure requirements, and applicable technical specifications.

What types of LPG nozzles does OPW offer?

Different LPG markets and vehicles can use different coupling arrangements. OPW provides nozzle designs for multiple connection configurations.

Its published product information includes Autogas nozzle families designed for Italian-type couplings, while its India catalog also documents earlier nozzle families for Stub ACME-type, bayonet-type, and Europe-type couplings.

This variety is important for LPG fueling infrastructure because the connection between the dispenser and vehicle must be compatible. Businesses planning a fueling installation should verify the required coupling standard before selecting equipment.

How do LPG breakaways improve fueling-system protection?

A breakaway is designed to help protect a fueling installation if excessive force is applied to the hose, such as during an unintended vehicle drive-away.

OPW's OAS400B reconnectable breakaway is designed for in-line use with LPG fueling systems. According to OPW, it is designed to shut off fuel flow when a vehicle drives away and can be reconnected without tools after separation.

This type of component can be particularly relevant in fueling environments where hoses are exposed to vehicle movement. The exact installation method and equipment selection should follow the manufacturer's instructions and the requirements of the complete LPG system.

What role do LPG dispenser shear valves play?

A dispenser shear valve is another protective component used within LPG fueling infrastructure. Its purpose is related to protecting the dispenser and fueling system in situations involving excessive mechanical force.

OPW identifies its OC123 dispenser shear valve as part of its LPG accessories portfolio. The company describes its LPG fueling hardware as being designed for user-friendly operation and protection in fueling environments.

The choice and installation of a shear valve should be based on the dispenser design, piping arrangement, pressure requirements, and relevant safety requirements.

Why are LPG adaptors useful?

Fueling systems can encounter different connection requirements depending on the dispenser, hose, nozzle, and vehicle-side receptacle. Adaptors can help provide compatibility between different connection configurations.

OPW's LPG adaptor range includes OT318 and OT322 models. OPW states that these adaptors are designed to provide an appropriate nozzle connection for different receptacle arrangements. The published specifications list steel, aluminum, and brass construction, with seals formulated for LPG applications.

The published technical information for these adaptors specifies a maximum allowable working pressure of 350 psi (24 bar) and a temperature range of -40°C to 85°C. Actual suitability should always be confirmed against the specific installation requirements and manufacturer's documentation.

Where can LPG Autogas equipment be used?

LPG Autogas equipment is primarily associated with vehicle fueling systems where LPG is supplied from a dispenser to a compatible vehicle.

Potential applications can include:

• LPG vehicle fueling stations
• Commercial Autogas facilities
• Fleet fueling locations
• Automotive LPG infrastructure
• LPG dispensing systems
• Fueling installations requiring specialized LPG connection hardware

The equipment configuration can vary depending on the vehicle population, fueling throughput, coupling type, dispenser design, and local requirements.

For this reason, a complete LPG fueling system should be evaluated as an integrated installation rather than by selecting individual components independently.

What should businesses consider when selecting LPG fueling equipment?

Choosing LPG fueling hardware requires attention to several technical details. A suitable component should match the operating conditions and connection requirements of the complete fueling system.

Important considerations include:

Coupling type: The nozzle must be compatible with the vehicle's receptacle and intended fueling configuration.

Pressure rating: Equipment should have a suitable pressure rating for the intended LPG application.

Temperature range: Components should be appropriate for the operating environment and temperature conditions.

Materials and seals: LPG-specific materials and sealing systems are important for reliable operation.

Hose and dispenser compatibility: Nozzles, hoses, breakaways, adaptors, and dispenser components should be compatible with one another.

Maintenance requirements: Operators should consider inspection, replacement parts, and service requirements when selecting equipment.

Applicable standards: Installation should follow relevant regulations, codes, manufacturer instructions, and local requirements.

How does equipment design affect the fueling experience?

Fueling hardware must balance operational convenience with protection and durability. A nozzle that is difficult to connect or release can affect the operator experience, while components that are not designed for the environment may require more frequent attention.

OPW's LPG nozzle designs include ergonomic features, swivels, insulated handles or protective components, and locking mechanisms. The OT300 series, for example, uses a single-action engagement design and a 360-degree inlet swivel, while the BNA series includes an ergonomic release arrangement.

These features illustrate how nozzle design can influence both usability and equipment handling during routine fueling operations.

Why is component compatibility important in LPG fueling?

A modern LPG fueling installation consists of multiple interconnected components. The nozzle, hose, adaptor, breakaway, shear valve, dispenser, and vehicle receptacle must operate as a coordinated system.

Compatibility involves more than simply matching physical connections. Pressure ratings, materials, seals, temperature ranges, coupling configurations, and installation requirements also need to be considered.

OPW's CleanEnergy portfolio provides LPG-specific components across these categories, allowing system designers to evaluate equipment as part of a complete fueling arrangement.

How can OPW support modern Autogas infrastructure?

OPW has a broad portfolio covering conventional retail fueling as well as CNG, LPG, and hydrogen fueling technologies. Its CleanEnergy Fueling Products division specifically focuses on components for alternative-fuel dispensing applications.

For LPG infrastructure developers, distributors, and fueling-system operators, OPW LPG Autogas Solutions provide access to purpose-designed nozzles and supporting accessories for different fueling configurations.

The right equipment ultimately depends on the complete application, including vehicle compatibility, connection type, pressure, environmental conditions, dispenser configuration, and applicable local requirements.

Conclusion

Reliable LPG fueling depends on more than the dispenser itself. Nozzles, breakaways, shear valves, adaptors, hoses, and compatible connection hardware all contribute to the operation of an Autogas system.

OPW LPG Autogas Solutions include specialized nozzles and accessories designed for LPG fueling applications, with product options covering different connection configurations and system requirements.

By evaluating the complete fueling system and selecting components according to technical specifications and applicable requirements, businesses can build LPG dispensing infrastructure that is suited to their operational needs.