Aegis Projects Technology Pvt. Ltd. provides engineered CNG Gas Compressor Skids designed for the controlled compression, transfer and handling of Compressed Natural Gas (CNG) across industrial, commercial and energy applications.
CNG compressor skids combine the compressor, drive system, cooling equipment, controls, instrumentation and associated auxiliary components into an integrated package. This skid-mounted arrangement simplifies installation and allows the compression system to be configured according to the requirements of the project.
Aegis Projects’ CNG compression solutions can be considered for applications including CNG filling stations, high-pressure gas storage, cascade filling, gas transfer, daughter stations, mother stations, pressure boosting and industrial natural gas systems.
Depending on the application, compressor configurations can be selected according to required gas flow, suction pressure, discharge pressure, compression stages, cooling method, drive arrangement and installation conditions.
A CNG compressor skid is an integrated high-pressure gas compression package used to increase the pressure of natural gas for storage, transportation, dispensing or process applications.
Instead of installing individual compressor and auxiliary components separately, a skid-mounted system brings the major equipment together on a common structural base.
A typical CNG compressor skid may incorporate:
The exact configuration depends on the application and project requirements.
Aegis Projects Technology provides CNG compression solutions for projects requiring reliable high-pressure natural gas compression.
The compressor package can be engineered around the required operating conditions, including:
This approach allows the compressor skid to be adapted to different CNG infrastructure and industrial gas applications.
CNG compressor skids are designed to increase the pressure of natural gas to the level required for storage, dispensing, transfer or downstream process applications.
Multi-stage reciprocating compression can be utilized where high pressure ratios require staged compression and interstage cooling.
Major compressor equipment and auxiliary systems can be arranged on a common skid structure.
This can simplify:
Reciprocating piston compressors are widely suited to applications requiring high-pressure gas compression.
The positive-displacement operating principle allows the compressor configuration to be selected according to the required flow and pressure conditions.
For high-pressure CNG applications, the compression system can be configured with multiple stages.
Interstage cooling and appropriate separation arrangements can be incorporated according to the compressor design and process requirements.
Depending on the project, the compressor package can be configured around an appropriate drive system, such as:
Motor selection depends on compressor capacity, pressure ratio, operating conditions and site requirements.
CNG compressor skids can incorporate control and instrumentation systems for monitoring important operating parameters.
Typical monitoring points may include:
The final control philosophy can be configured according to the requirements of the CNG installation.
Aegis Projects CNG compressor skids can be used for a variety of natural gas compression applications.
The compressor package can be integrated into CNG stations to compress natural gas for high-pressure storage and vehicle dispensing systems.
CNG compression systems can be used at mother stations where natural gas is compressed and loaded into high-pressure cascade systems for further transportation or distribution.
For daughter station applications, compressor and gas handling equipment can be configured according to the station’s gas supply and pressure requirements.
CNG compressor skids can be used to fill high-pressure storage cascades and buffer vessels.
The compressor and storage system are selected based on the required filling pressure, flow rate and operating cycle.
The compressor package can be integrated with cascade storage systems for controlled high-pressure gas filling.
CNG compression systems can support controlled transfer of natural gas between storage, transportation and downstream equipment.
CNG compressor skids can also be considered for industrial facilities requiring high-pressure natural gas for process, energy or gas distribution applications.
A typical CNG compression installation may consist of:
Natural Gas Inlet → Filtration → Compressor → Interstage Cooling → Gas Separation → Final Compression → Aftercooling → High-Pressure Storage / Dispensing
The actual process configuration depends on the station design, gas source, required pressure, flow capacity and storage arrangement.
A CNG compressor skid can be engineered around several important parameters.
The required flow rate determines the compressor displacement and overall equipment capacity.
The compressor must be selected according to the available natural gas pressure at the compressor inlet.
The final discharge pressure is determined by the intended application, such as high-pressure cascade storage or CNG dispensing.
Multiple compression stages may be used where a large pressure increase is required.
Interstage and final gas cooling can be incorporated to manage gas temperatures and support efficient compression.
Motor power is selected according to compressor capacity, pressure ratio, gas properties and operating conditions.
CNG systems operate with high-pressure natural gas, requiring appropriate process and equipment safety measures.
Depending on the project, a CNG compressor skid may incorporate:
The final safety arrangement should be designed according to the natural gas composition, operating pressure, hazardous-area classification, applicable standards and project-specific requirements.
Aegis Projects can support customized CNG compressor skid configurations based on the requirements of individual projects.
Customization may include:
A skid-mounted configuration offers several practical advantages for industrial projects:
Major equipment can be assembled and integrated before delivery, reducing the amount of site assembly required.
The skid provides a defined equipment footprint and organized arrangement of compressor auxiliaries.
The integrated package can be transported as a complete equipment module, subject to project dimensions and logistics requirements.
Piping, electrical connections, instrumentation and controls can be organized around a predefined skid arrangement.
The compressor capacity and auxiliary equipment can be selected according to the required gas flow and pressure conditions.
CNG compressor skids can be applied across several industries and infrastructure projects, including:
Aegis Projects Technology Pvt. Ltd. provides engineered solutions for industrial gas compression, CNG systems, natural gas handling and high-pressure compressor applications.
Our CNG compressor skid solutions can be configured around the specific requirements of the project, from compressor capacity and pressure conditions to cooling, controls, instrumentation, skid configuration and safety systems.
Aegis Projects can support customers with:
Contact Aegis Projects Technology Pvt. Ltd. for your requirements for CNG compressor skids, high-pressure natural gas compressors, CNG filling systems, gas storage compression and industrial natural gas compression solutions.