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Compressed Air
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Compressed Air Costs
Compressed Air
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Compressed air is widely used in industrial sites for many purposes (e.g., aerating equipment, pneumatic conveying of solids, actuation of pneumatic controls), being regarded as a major utility after electricity, natural gas and water. In this context, almost all industrial plants rely on compressed air systems, varying in size from 5 horsepower small units to huge systems with 50,000 horsepower. Many times, in fact, air compressors use more electricity than any other equipment in industrial plants.
Data Type: util-pricing
Price
Price estimates for purchasing compressed and dried air (utility air) of a unit with capacity to supply 1 Nm³/s of utility air.
Cost estimates for generating 360,000 Nm³/h of compressed and dried air (utility air)

Compressed Air Cost | Industrial Utilities

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The chart below is a full sample of Intratec Water & Utility Costs, showing functionalities of this product and Compressed Air costs. Subscribe now and gain access to prices and costs of 10 industrial utilities, as well as historical data and forecasts, in 33 strategic countries worldwide.

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Compressed Air

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Data Legend. The chart shows the Compressed Air costs and prices in the United States, in USD cent per Nm3 (/), as follows:

  • cash cost: Compressed Air, United States, cash cost, formula
  • cash cost: Compressed Air, Brazil, cash cost, formula
  • cash cost: Compressed Air, Colombia, cash cost, formula
  • cash cost: Compressed Air, Canada, cash cost, formula
  • cash cost: Compressed Air, Chile, cash cost, formula
  • cash cost: Compressed Air, Mexico, cash cost, formula
  • cash cost: Compressed Air, Germany, cash cost, formula
  • cash cost: Compressed Air, Belgium, cash cost, formula
  • cash cost: Compressed Air, Netherlands, cash cost, formula
  • cash cost: Compressed Air, United Kingdom, cash cost, formula
  • cash cost: Compressed Air, Finland, cash cost, formula
  • cash cost: Compressed Air, France, cash cost, formula
  • cash cost: Compressed Air, Norway, cash cost, formula
  • cash cost: Compressed Air, Sweden, cash cost, formula
  • cash cost: Compressed Air, Czech Republic, cash cost, formula
  • cash cost: Compressed Air, Hungary, cash cost, formula
  • cash cost: Compressed Air, Italy, cash cost, formula
  • cash cost: Compressed Air, Poland, cash cost, formula
  • cash cost: Compressed Air, Spain, cash cost, formula
  • cash cost: Compressed Air, Singapore, cash cost, formula
  • cash cost: Compressed Air, Indonesia, cash cost, formula
  • cash cost: Compressed Air, Thailand, cash cost, formula
  • cash cost: Compressed Air, India, cash cost, formula
  • cash cost: Compressed Air, Philippines, cash cost, formula
  • cash cost: Compressed Air, Australia, cash cost, formula
  • cash cost: Compressed Air, China, cash cost, formula
  • cash cost: Compressed Air, Japan, cash cost, formula
  • cash cost: Compressed Air, Russia, cash cost, formula
  • cash cost: Compressed Air, South Korea, cash cost, formula
  • cash cost: Compressed Air, Taiwan, cash cost, formula
  • cash cost: Compressed Air, Saudi Arabia, cash cost, formula
  • cash cost: Compressed Air, South Africa, cash cost, formula
  • cash cost: Compressed Air, Turkey, cash cost, formula

Data Use. Compressed Air prices and costs are provided as an annual subscription where subscribers have access to reliable costs and prices of 10 industrial utilities worldwide. To better understand data provided by Intratec Water & Utility Costs, check the following documents: Methodology , User Guide , and Glossary .

Data Delivery Methods. Compressed Air cost assessments are available via different delivery methods: (i) online charts; (ii) directly into Excel (using Intratec Add-in); or (iii) a web API (to facilitate integration with existing workflows).

Intratec Water & Utility Costs

Track Prices & Costs of Key Industrial Utilities in 33 Countries

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About Intratec Water & Utility Costs. Subscription-based product which delivers costs and prices of industrial utilities in several countries. Essentially, it covers:

  • Monthly costs and prices of 10 industrial utilities, including: Chilled Water, Cooling Water, Demineralized Water, Process Water, Nitrogen, Oxygen, Hydrogen, Carbon Monoxide, Steam, Compressed Air
  • Data in 33 key countries, grouped by 6 world regions:

    1. Americas: United States, Canada, Mexico, Brazil, Chile, Colombia
    2. Northwest Europe: Belgium, France, Germany, Netherlands, United Kingdom, Finland, Norway, and Sweden.
    3. Central & South Europe: Italy, Spain, Czech Republic, Hungary, Poland.
    4. Southeast Asia: Australia, Singapore, Indonesia, Thailand, Philippines, India
    5. Northeast Asia: China, Japan, Russia, South Korea, Taiwan
    6. Africa & Middle East: Saudi Arabia, South Africa, Turkey
  • Historical series since January 2007
  • Short-term forecasts covering a rolling 6 months forward

About Compressed Air. Compressed air is a versatile and valuable utility widely used across various industries for a multitude of applications. It is essentially a form of stored energy generated by compressing atmospheric air to a higher pressure than the surrounding environment. This compressed air can be stored in tanks or systems to be used when needed.

The production of compressed air typically involves an air compressor, which intakes ambient air and compresses it to a higher pressure. The compression process increases the air's pressure while decreasing its volume. This compressed air can be stored in tanks or distributed through pipelines to different points of use within a facility.

In process industries, compressed air serves as a vital utility due to its adaptability and efficiency. Its applications are diverse and essential:

  • Pneumatic Tools: Compressed air powers a wide range of pneumatic tools, including drills, impact wrenches, nail guns, and sanders, offering a clean and reliable energy source.
  • Automation and Control Systems: It's used in pneumatic control systems for automation in manufacturing processes, such as in assembly lines or packaging systems.
  • Cleaning and Drying: Compressed air is employed for cleaning purposes, such as blowing debris or dust from machinery, and for drying purposes in various manufacturing processes.
  • Painting and Finishing: It is utilized in paint sprayers and finishing applications due to its ability to provide a uniform and smooth finish.
  • Packaging and Conveying: In packaging industries, compressed air assists in tasks like filling containers, as well as in conveying materials through pipelines.
  • Powering Equipment: Some machinery in process industries, like pneumatic pumps or actuators, are exclusively powered by compressed air due to its clean and consistent energy source.
  • Cooling and Refrigeration: Compressed air can be used for cooling in some applications, such as in air conditioning systems or refrigeration processes.

Compressed air systems are very diverse, offering a wide range of sizes and capacities tailored to the unique requirements of various industries. These systems can vary significantly, spanning from smaller units with a power of around 5 horsepower to configurations boasting 50,000 horsepower or more. This extensive spectrum of sizes and capacities allows for precise customization to meet the specific demands of different industrial operations, guaranteeing the smooth and effective operation of manufacturing and production processes.

The smaller-scale 5 horsepower units are often employed in smaller workshops, facilities, or for specific, less intensive applications. They are suitable for powering a limited number of tools and equipment, providing the necessary compressed air for smaller-scale operations, such as in automotive repair shops or smaller manufacturing units.

On the other end of the spectrum, the larger compressed air systems are utilized in heavy industrial settings. These systems are crucial for powering extensive production lines, large-scale manufacturing processes, or industrial operations with high energy demands. Industries such as automotive manufacturing, steel production, petrochemical plants, and large-scale food processing facilities heavily rely on these systems to operate heavy machinery, pneumatic tools, and various critical processes.

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