Air Compressors Packaged in Containers for Easy Transportation and Use
In the realm of seismic research, high-pressure air compressors play a crucial role in powering air gun source operations. While specific details on two x 4-stage diesel-powered compressors designed for this purpose may not be readily available, we can draw insights from related industry examples to understand their typical characteristics.
These multi-stage diesel-driven compressors are favoured for their mobility, power output, and high reliability under harsh conditions. They are often skid-mounted and equipped with diesel engines, such as the Caterpillar C15, capable of generating around 525 horsepower.
Typical specifications for these compressors include an airflow capacity of approximately 900 to 1170 cubic feet per minute (CFM), a maximum pressure of up to 350 to 500 pounds per square inch (psi), and a fuel consumption of around 15 to 18 gallons per hour under load. The dimensions of a single unit typically measure around 6 meters in length, 2.4 meters in width, and 2.3 meters in height.
Each compressor is housed inside a container for shipping and operation, with the auxiliary support container measuring 2.5 meters in length, 1.8 meters in width, and 2.6 meters in height, and weighing 7,000 lbs. The water supply for the auxiliary support container is 300 gallons per minute, available at a height of 21 feet.
The engine for the compressors is a Volvo D13, producing 230kW at 1800rpm. Each compressor is designed for seismic research applications, capable of producing a maximum air flow rate of 4000 standard cubic feet per minute. The noise level of these compressors is 88 decibels.
Although no exact specifications for two x 4-stage diesel-powered compressors for seismic research have been found, the information gathered from comparable industrial diesel-driven air compressors provides a practical benchmark for such equipment suitable for seismic applications where portable, high-pressure air supply is needed.
It is important to note that the weight of each compressor is approximately 28,000 lbs, with an external fuel tank of 500 gallons and an auxiliary support container of 7,000 lbs, making the gross weight 35,000 lbs. The cooling water supply for the compressors is 200 gallons per minute. The power supply for the compressors is 3ø 380VAC 50Hz / 440 VAC 60 Hz. The compressors are equipped with a cooling water supply of 300 gallons per minute at a height of 21 feet. The fuel tank for the compressors has a capacity of 500 gallons. The auxiliary support container provides power supply for the compressors. The air output of each compressor is less than 285 cubic feet per minute at 3000psi. The fuel consumption for the compressors at 70% load is 50 liters per hour. The compressors have a maximum pressure rating of 4000psi.
In the broader context of industrial applications, diesel-driven compressors, such as those utilized in seismic research, are recognized for their mobility, robust power output, and reliability under severe conditions. These compressors, often equipped with engines like the Volvo D13 or Caterpillar C15, generate airflow capacities of approximately 900 to 1170 cubic feet per minute, with maximum pressures up to 350 to 500 pounds per square inch and fuel consumption ranging from 15 to 18 gallons per hour under load. Furthermore, the finance sector may play a critical role in procuring such high-performance technology for various industries.
