Aegis Projects Technology Pvt. Ltd. provides engineered LPG Gas Compressor Skids designed for the controlled compression, transfer, unloading, loading and recovery of Liquefied Petroleum Gas (LPG) and compatible liquefied gas media.
LPG compressor skids combine the compressor, drive system, cooling arrangement, valves, piping, instrumentation, controls and safety equipment into an integrated package. This skid-mounted configuration simplifies equipment installation and provides an organized solution for LPG handling facilities.
Aegis Projects LPG compressor skid solutions can be considered for LPG storage terminals, bottling plants, LPG filling stations, tanker unloading systems, transfer stations, gasification plants, distribution facilities and residual gas recovery applications.
Depending on the project, the compressor package can be configured according to the required gas flow, suction pressure, discharge pressure, gas composition, cooling method, drive system, installation arrangement and automation requirements.
An LPG compressor skid is an integrated compression package designed to generate the pressure required for the controlled movement and handling of LPG vapor or compatible liquefied gas systems.
A skid-mounted arrangement brings major compressor and auxiliary equipment together on a common structural base.
A typical LPG compressor skid may include:
The exact equipment configuration depends on the LPG process and project requirements.
Aegis Projects Technology provides customized LPG compression and gas handling solutions for industrial and commercial applications.
The compressor skid can be engineered around the operating conditions of the installation, including:
This allows the LPG compressor skid to be configured for different storage, transfer, unloading, filling and recovery applications.
LPG compressor skids are designed to provide controlled gas compression for applications where LPG needs to be transferred, loaded, unloaded, recovered or moved between process equipment and storage vessels.
Reciprocating piston compressors can be selected for applications requiring positive-displacement compression and controlled gas flow.
The compressor and associated equipment can be assembled on a common skid structure.
This can simplify:
Depending on the application, LPG compressor skids can be configured with different compressor arrangements and capacities.
The appropriate compressor type is selected according to:
LPG compressor skids can be integrated into tanker loading and unloading systems to facilitate controlled gas transfer between transportation equipment and storage tanks.
The compressor package can also be configured for residual LPG vapor recovery from tanks, pipelines, cylinders and process equipment.
Depending on the compressor configuration and site conditions, the package may incorporate appropriate cooling arrangements such as:
The final cooling arrangement depends on compressor design and operating conditions.
Aegis Projects LPG compressor skids can be used across a wide range of LPG handling and process applications.
The compressor skid can be integrated into LPG tanker unloading stations to support controlled transfer from road tankers to storage vessels.
For LPG dispatch facilities, compressor systems can support controlled gas movement during loading operations.
The compressor can facilitate controlled transfer between LPG storage tanks and process or distribution systems.
LPG compressor packages can be integrated into bottling plants and cylinder filling facilities where gas transfer and pressure management are required.
The skid can be incorporated into LPG distribution infrastructure to support storage and transfer operations.
Compressor systems can be integrated into gasification facilities where LPG is transferred between storage and downstream gasification equipment.
The compressor can support recovery of residual LPG vapor from:
A typical LPG transfer or unloading system may be arranged as:
LPG Storage / Tanker → Gas Connection → Compressor Skid → Discharge Piping → Storage / Transfer System
Depending on the application, additional equipment may include:
Filtration → Compressor → Cooling → Separation → Pressure Control → Storage / Process Equipment
The exact process arrangement depends on the facility design and LPG handling requirements.
One of the primary applications of LPG compressor skids is controlled loading and unloading.
During tanker unloading, the compressor can create the pressure differential required to assist LPG transfer between the transport vessel and storage system.
For loading operations, the compressor package can be configured according to the required transfer conditions and process arrangement.
The final compressor selection depends on:
LPG compressor skids can be used for vapor recovery applications, where residual LPG vapor needs to be recovered from storage vessels, tankers, cylinders or pipelines.
A typical recovery arrangement may include:
Residual LPG Vapor → Compressor → Condensation / Storage / Process System
The exact recovery process depends on the gas composition, pressure and downstream equipment.
In LPG bottling plants, compressor skids can support various gas transfer and recovery functions associated with cylinder filling and handling.
Potential applications include:
The compressor package can be integrated with the plant’s existing piping, valves, instrumentation and control system.
LPG compressor systems can be configured for suitable liquefied gas media depending on the compressor design and material compatibility.
Typical applications may involve:
Special configurations may also be considered for other low-boiling gases such as propylene or ammonia, subject to specific engineering evaluation.
Gas compatibility should always be confirmed based on:
LPG compressor skids can be configured around different drive requirements.
Possible options may include:
Electric motor-driven compressors are suitable for installations with an appropriate electrical power supply.
For hazardous-area LPG installations, appropriately certified explosion-protected electrical equipment can be incorporated according to the area’s classification and applicable requirements.
For specialized installations, alternative drive arrangements may be evaluated based on site conditions and project requirements.
Motor power is selected according to compressor capacity, operating pressure, gas properties and duty cycle.
An LPG compressor skid can incorporate a dedicated control and instrumentation system for monitoring and controlling the compressor package.
Typical parameters may include:
PLC-based control can be incorporated where required for automated operation and integration with the site’s broader control system.
LPG is a flammable and pressurized gas, making safety a critical consideration during compressor skid design and installation.
Depending on the application, an LPG compressor skid may incorporate:
The complete installation should be designed according to the LPG composition, operating conditions, hazardous-area classification, applicable codes and standards, and project-specific safety requirements.
Aegis Projects can provide LPG compressor skid configurations based on the requirements of individual projects.
Customization considerations may include:
Major compressor and auxiliary components can be organized on a common skid, creating a structured equipment footprint.
Preassembled equipment can reduce the amount of mechanical and electrical assembly required at the project site.
The packaged configuration allows the equipment to be transported as an integrated unit, subject to project dimensions and logistics requirements.
Process connections, instrumentation and controls can be organized around the skid arrangement to simplify site integration.
The compressor capacity, drive system, cooling arrangement and auxiliary equipment can be selected according to the application’s requirements.
LPG compressor skids can be applied across a variety of industrial and commercial facilities, including:
Aegis Projects Technology Pvt. Ltd. provides engineered solutions for LPG compression, liquefied gas handling, gas transfer, unloading, loading and recovery applications.
Our LPG compressor skid solutions can be configured according to project-specific requirements, from compressor capacity and pressure conditions to cooling, drive systems, controls, instrumentation, piping and safety equipment.
Aegis Projects can support customers with:
Contact Aegis Projects Technology Pvt. Ltd. for your requirements for LPG compressor skids, LPG unloading compressors, LPG transfer systems, LPG vapor recovery, bottling plant compression and industrial liquefied gas compression solutions.