Our compressed air systems utilize the latest technology to provide energy efficient solutions with low life-cycle costs. Air purity is attained by meeting strict international standards that can only be achieved with filtration, water separation and drying. The use of clean dry compressed air ensures high levels of reliability, and guarantees that quality standards are met and production costs are reduced.
SCREW AIR COMPRESSORS PACKAGES
ROTARY SCREW AIR COMPRESSORS
Our lubricated and oil-free rotary screw compressors incorporate the very latest technological advances and guarantee a continuous supply of high quality compressed air. The screw compression element is designed and manufactured in-house, using the latest CNC rotor grinding machinery.
BENEFITS:
- Operate in the most extreme temperatures, between -47º to 55º C
- Save floor space with an optimized footprint
- Offer simple “Plug & Play” Installation
ROTARY SCREW COMPRESSOR TECHNOLOGY. PRINCIPLE OF OPERATION
The screw compressor is a rotary, positive displacement compressor with two axles. The screw compression element is the heart of the compressor. Both the male and female rotors have optimally matched screw-shaped lobes that are very close together and run in the rotor housing that surrounds them closely.
Screw compressors do not have any pulsating parts such as pistons, rods and valves. This facilitates lower vibration operation as far as possible and lowers dynamic loads on supports and coupling. The relatively low number of mechanical parts, especially closure parts, means the risk of a machine break-down is very low.
Unlike piston compressors which use the same principle of compression, the screw element is not equipped with valves. As such, it can work at a high shaft speed and there are no mechanical or volumetric losses to create imbalance. This means that screw technology can combine a large flow rate with a compact, space-saving design.
OIL-FREE SCREW MODELS
Unlike oil-flooded compressors, compression in the compressor stages is completely “dry.” This causes the compression medium to heat up significantly, which limits the possible compression ratio per compressor stage. Due to the absence of lubrication, male and female rotor pro-files must mesh in a contact-free manner, but with the smallest possible gaps in between. This is accomplished through the highly precise synchronizing gear (timing gear) on the rotor shafts.
OIL-LUBRICATED SCREW MODELS
These compressors use lubricant within the compression chamber to cool and lubricate the compressor element. The lubricant helps to form a seal and also has a great noise-damping effect.
RECIPROCATING AIR COMPRESSORS PACKAGES
RECIPROCATING AIR COMPRESSORS
Our reciprocating compressor packages are known for their excellent energy efficiency. We have consolidated and at the same time consistently developed this proven technology, maintaining its cutting edge, high-quality, robust construction. The result is an improved Return-On-Investment (ROI) and a shorter payback time.
BENEFITS:
- Long Life Expectancy
- Easy Maintenance
CENTRIFUGAL AIR COMPRESSORS PACKAGES
CENTRIFUGAL AIR COMPRESSORS
Integrally geared centrifugal compressors represent the latest technology that delivers higher flows for relatively constant air demands. They are highly efficient and cost-effective when compared to other technologies.
BENEFITS:- Long Life Expectancy
- Easy Maintenance
ROTARY SCREW AIR COMPRESSORS
Our lubricated and oil-free rotary screw compressors incorporate the very latest technological advances and guarantee a continuous supply of high quality compressed air. The screw compression element is designed and manufactured in-house, using the latest CNC rotor grinding machinery.
BENEFITS:
- Operate in the most extreme temperatures, between -47º to 55º C
- Save floor space with an optimized footprint
- Offer simple “Plug & Play” Installation
ROTARY SCREW COMPRESSOR TECHNOLOGY. PRINCIPLE OF OPERATION
The screw compressor is a rotary, positive displacement compressor with two axles. The screw compression element is the heart of the compressor. Both the male and female rotors have optimally matched screw-shaped lobes that are very close together and run in the rotor housing that surrounds them closely.
Screw compressors do not have any pulsating parts such as pistons, rods and valves. This facilitates lower vibration operation as far as possible and lowers dynamic loads on supports and coupling. The relatively low number of mechanical parts, especially closure parts, means the risk of a machine break-down is very low.
Unlike piston compressors which use the same principle of compression, the screw element is not equipped with valves. As such, it can work at a high shaft speed and there are no mechanical or volumetric losses to create imbalance. This means that screw technology can combine a large flow rate with a compact, space-saving design.
OIL-FREE SCREW MODELS
Unlike oil-flooded compressors, compression in the compressor stages is completely “dry.” This causes the compression medium to heat up significantly, which limits the possible compression ratio per compressor stage. Due to the absence of lubrication, male and female rotor pro-files must mesh in a contact-free manner, but with the smallest possible gaps in between. This is accomplished through the highly precise synchronizing gear (timing gear) on the rotor shafts.
OIL-LUBRICATED SCREW MODELS
These compressors use lubricant within the compression chamber to cool and lubricate the compressor element. The lubricant helps to form a seal and also has a great noise-damping effect.
RECIPROCATING AIR COMPRESSORS
Our reciprocating compressor packages are known for their excellent energy efficiency. We have consolidated and at the same time consistently developed this proven technology, maintaining its cutting edge, high-quality, robust construction. The result is an improved Return-On-Investment (ROI) and a shorter payback time.
BENEFITS:
- Long Life Expectancy
- Easy Maintenance
CENTRIFUGAL AIR COMPRESSORS
Integrally geared centrifugal compressors represent the latest technology that delivers higher flows for relatively constant air demands. They are highly efficient and cost-effective when compared to other technologies.
BENEFITS:- Long Life Expectancy
- Easy Maintenance
How Engineered Air Compressors Packages Work
How Engineered Air Compressors Packages WorkEngineered Air Compressors Packages are air systems that convert power into compressed air using an electric motor. The air compressor package is used for compressing the atmospheric air and supplying this compressed air to the air dryer.Compressors, dryers, filters, receivers, coolers, and control systems provide air to different parts of a plant. Some of these parts are essential to keeping the plant running and safe. These packages are engineered and designed to meet any customer requirements, capable of producing the right amount of quality air required by users.
Instrument Air Packages. All-in-one Air System
IA and SA packages generally consist of compressors, dryers, filters, receivers, coolers, and control systems that work together to provide reliable (and often critical) air to a variety of plant consumers. Any equipment or system used needs to be properly designed, and able to produce the right amount of quality air required.
Components Of The Typical Package:
- Air Compressors.
- Air Dryers
- Air Filters
- Air Receivers
- Coolers
- Control Systems
- Coolers
All components are tested and pre-commissioned to work as one system. Ingersoll Rand also provides some complete service solutions, including spare parts and completed maintenance programs.
What are the benefits of Custom Air Compressors Packages?
Custom air compressor packages offer many benefits to customers, including a wide range of applications and a tailored solution:
- Plug & Play Custom Air Systems. A complete custom air compression system that is ready to use, including air treatment equipment, a nitrogen generator, booster, and all necessary tanks, controllers, and ancillary equipment. This can be mounted in a compact skid, in a shelter, or directly in your facility, depending on requirements.
- Meet the most demanding technical requirements. A wide variety of options can be customized to meet even the most demanding customer requirements. Every machine can therefore reflect the particular requirement of each customer
o Outdoor Installationo HAT (55oC ambient temperature)
o MV Motors
o ATEX Certified Motors
o PLC Control Panelso Special Instrumentation
o ATEX Certification (Zone 2)
o Coolers Design and Materials (Sea Water Cooling)
o Inlet Filters for Ambient Desert Conditions
o Air Ducts & Heaters for Low Ambient Temperatures
o Stainless Steel Canopieso API 618, API 619 And API 672 Compliant Equipment
o Turnkey Installations: air compressor skid package, in a container or supply of system components
- Designed in accordance with customer specifications and applicable ISO/ API standards and to major international codes and standards.
- Small footprint: all components are fitted onto one compact compression skid or in another installation according to unique needs. Compact design.
- Energy-efficient - these machines produce less heat and conserve more energy than other technologies.
- Continuous operation - capable of continuous airflow and pressure. They can operate consistently with little to no downtime.
- Operate in the most extreme temperatures and harsh environments. Between -47º to 55ºC. The air-cooled compressor packages are designed to operate in temperatures of up to 55°C, working under harsh conditions such as outdoor or indoor, refineries, deserts and sandy environments.
