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Expert insights on air and gas compression technology. Find practical guidance to improve efficiency, strengthen reliability, and make informed decisions throughout your compressor’s lifecycle.
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Prevent Centrifugal Compressor Downtime with the Right Lubricant
Lubricant selection plays an important role in centrifugal compressor performance and equipment protection. Learn what to consider when selecting a lubricant and how it supports your maintenance strategy.
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Latest Articles
What is the Difference Between Compressing Nitrogen and Compressing Air?
Compressed nitrogen and compressed air both power critical industrial systems, but their different physical and chemical properties lead to important distinctions in compressor design, safety, and packaging.
Leveraging Section 179 & Section 168(k) Tax Benefits
Now is the perfect time to upgrade your facility with FS-Elliott compressors and control systems, thanks to powerful tax incentives under Section 179 and Section 168(k) of the U.S. Tax Code.
These tax provisions allow businesses to recover the cost of capital investments faster, meaning you keep more cash in your business while investing in performance, reliability, and efficiency.
Site Conditions to Consider When Sizing your Compressor
Centrifugal compressors provide compressed air for a wide range of applications across various industries, including food and beverage processing, petrochemical plants, and oil refineries. While flow and pressure requirements often drive initial selection, site conditions ultimately determine how the compressor performs in real operation.
Ambient conditions such as temperature, pressure, and humidity directly affect air density, which in turn impacts mass flow, power consumption, and achievable capacity
Types of Air Compressors – The Ultimate Cheat Sheet
The time has come to update your compressed air system, but with many options available, which type of air compressor is the best choice?
Boosting LNG Production Efficiency with FS-Elliott’s PAP Plus Compressor
FS-Elliott, a global leader in centfigual compressor technology, delivers high-performance air solutions engineered to optimize industrial operations. In the LNG production, where reliability and precision are paramount, the PAP Plus compressor delivers exceptional customization options and unwavering reliability. In this blog post, we explore the key features of the PAP Plus® compressor and its impact on enhancing LNG plant efficiency and reducing downtime
How are FS-Elliott and Elliott Turbomachinery Different?
The histories of Elliott Turbomachinery and FS Elliott begin in the same place but diverge across decades of innovation and corporate evolution.
The Benefits of Double Flow: Introducing the P650 DF
The Polaris® P650 DF delivers a unique solution for high-flow demands, doubling performance in a compact, efficient, and cost-effective package. Built on FS-Elliott’s 60+ years of oil-free air expertise, the P650 DF combines high capacity with unmatched efficiency and reliability, setting a new standard for industries demanding ISO 8573-1 Class 0 oil-free compressed air.
Compressed Air Costs: 7 Expenses That Every Manufacturer Should Track
A common mistake when purchasing an air compressor is choosing based on upfront capital cost alone, rather than considering the full cost of ownership. Because energy consumption and equipment maintenance can quickly drive up ownership costs, it is critical to understand what contributes to these expenses at your facility. To get started in your cost savings journey this year, you must first identify the following costs associated with your system.
Steel Manufacturer Achieves $40K Annual Savings with Centrifugal Compressor Upgrade
In stainless steel production, uninterrupted uptime isn’t just a target; it’s critical. From powering automation and actuators to supporting cooling and descaling systems, compressed air plays a crucial role in ensuring every part of the mill operates at peak performance.
What’s the Difference Between Inlet Guide Vanes vs. Inlet Butterfly Valves?
When evaluating the performance of a centrifugal compressor, few components have as much influence over energy efficiency and airflow control as the inlet control mechanism. Two common technologies, Inlet Guide Vanes (IGVs) and Inlet Butterfly Valves (IBVs), offer different approaches to managing inlet pressure and flow, each with its own impact on performance, energy use, and long-term operating costs.
How Often Should You Start and Stop an Air Compressor Motor?
In industrial environments where compressed air demand fluctuates, it’s common to start and stop the air compressor motor based on process needs. While this is standard practice, excessive or unnecessary cycling can damage internal components, especially the motor windings, and reduce long-term system reliability. Understanding how often is too often is key to protecting your compressor investment.
How to Prevent Your Air Compressor Motor from Overheating This Summer
Reduce the risk of failure in your centrifugal air compressor by thoroughly checking your motor this summer season. High temperatures and increased usage during warmer months can strain motor components, making it essential to stay vigilant. Below, we explore the most common causes of air compressor overheating and what you can do to prevent costly damage and downtime.
Protect Your Centrifugal Air Compressors This Summer with TurboCool Lubricant
As summer temperatures climb, ensuring your centrifugal air compressors are ready for the heat is critical to maintaining system performance and avoiding costly downtime. High temperatures and humidity levels put added stress on your equipment, especially on key components.
Discover How to Use Heat Recovery to Cut Your Energy Costs
In industrial operations, compressed air plays a vital role across a range of manufacturing processes. As air undergoes compression, its moisture content rises significantly. Air compressor manufacturers use intercoolers and aftercoolers to remove much of the water from the air stream to address this. Still, the coolers alone do not remove enough moisture for some applications, and an external dryer, particularly heat of compression (HOC) dryers, become critical.
API 614 and API 672 Air Compressor Standards Guide
Compressed air is often called the “4th utility” after electricity, water, and gas, making reliable air compression a critical part of any industrial process. The loss of compressed air can result in costly unplanned downtime, resulting in hundreds of thousands or even millions of dollars in lost production per day. This is particularly true in many Oil, Gas, Chemical, and Liquified Natural Gas (LNG) applications that rely on compressed air throughout the upstream and downstream processes.
Understanding Differential Pressure in Your Compressors
Differential pressure (DP) refers to the variance in air pressure between two defined points within a compressor system. Monitoring DP provides insight into system efficiency, component wear, and early indicators of potential signs that your compressor needs maintenance. Whether you’re working with rotary screws or centrifugal compressors, understanding where this pressure difference occurs and why helps prevent performance degradation and unplanned downtime.
Meet the P400HPR: Powerful, Efficient High-Pressure Compressor
We are thrilled to unveil the latest addition to our compressor family – the P400HPR! With the P400HPR, we have taken high-pressure compression to new heights. Suppose you work in pharmaceuticals, food and beverage, aerospace, or general manufacturing. In that case, the P400HPR is built to handle your toughest compressed air needs while helping you control energy use and reduce operational costs.
How to Calculate Your Compressed Air Energy Costs
Energy usage accounts for up to 75% of a compressed air system’s total life-cycle cost, making it the single most significant expense for facilities operating industrial air compressors. While the initial purchase and ongoing maintenance matter, understanding your compressed air energy consumption is essential for identifying savings opportunities and optimizing system performance.
What Can Oil-Free Air Compressors do for Your Plant?
Across industries, plant operators face growing pressure to reduce operating costs, protect product quality, and meet stringent environmental standards. One of the most effective ways to meet all three goals is by integrating ISO 8573-1 Class 0 certified oil-free air compressors into your compressed air system.
Is Synthetic Lubricant Right for Your Compressor?
Now that you have invested in a centrifugal as your compressed air solution, it is important to understand the differences between using a full synthetic compressor lubricant and a general-purpose lubricant. The difference between the two options may surprise you.
Are Compressed Air Audits the Key to Lowering Your Energy Costs?
Manufacturing facilities spend nearly 40% of their energy costs on compressed air, having an efficient system is key to keeping expenses down and profits up. Unfortunately, not all systems operate in the most efficient manner possible, and we see it every day – compressors not appropriately sized, outdated technology, air leaks, pressure drops – the list can go on and on.
A Guide to Preventing and Preparing for Industrial Air Compressor Leaks
Compressed air is often referred to as the “fourth utility,” alongside electricity, water, and gas. It plays a crucial role in powering machinery and supporting essential processes across various industries. However, air leaks are a common challenge that can disrupt operations, drive up energy costs, and increase maintenance expenses. This guide highlights the importance of regular maintenance in preventing leaks and ensuring the reliable performance of your air compressor system.
Compressor Airend Replacement, Overhaul, Rerate/Derate – Which Solution Is Right for You?
Maintaining optimal airend performance is critical to the efficiency and reliability of any centrifugal air compressor. Over time, wear and tear on the airend, one of the most vital components of the compressor, can lead to reduced efficiency, higher maintenance costs, and unplanned downtime.
The Best Oil-Free Air Compressor for Valentine’s Day
Each year, February 14th is a date celebrated in many countries worldwide, and in the USA and parts of Europe, it’s known as Valentine’s Day. In other areas of the world, it’s known by names such as Día de los Enamorados (Latin America), Día dos Namorados (Brazil), Valentinsdag (Denmark & Norway), Araw ng mga Puso (Philippines), and Lovers’ Festival (China) with each country having their own traditions.
Optimizing Compressed Air for Pharmaceutical and Biofermentation
Air quality is critical in pharmaceutical and biological fermentation. Even minor contamination from oil, bacteria, microorganisms, or particulates can compromise product integrity. To maintain the highest purity standards, oil-free air compressors must comply with ISO 8573-1 Class 0 oil-free air quality, providing clean, reliable, and uncontaminated air.
Sealing the Deal: Why Preventative Air Leak Maintenance is Key
Air compressors are indispensable in various industries, powering critical machinery and processes essential for operations. However, they face a common adversary: air compressor leaks. These leaks hamper productivity and inflate energy bills and maintenance expenses. This blog post delves into the significance of preventative maintenance in curbing air leaks and, thus, optimizing air compressor performance.
Unlocking Environmental Health: Reduce Carbon Emissions with FS-Elliott’s AirCompare
Did you know, even modest reduction in carbon emissions can have substantial environmental benefits by reducing the impacts of industrial manufacturing? Saving energy goes beyond cost-cutting in factory operations; it encompasses safeguarding and enhancing the environment for present and future generations. Today, Environmental, Social, and Goverance (ESG) initiatives hold greater significance in daily industrial production.
Centrifugal Compressor SteadiAIR SM Extended Warranty in the Ski Industry
In the dynamic world of the ski resort industry, equipment reliability and energy efficiency are non-negotiable. Centrifugal air compressors play a crucial role in ensuring the smooth operation of ski resorts, providing the compressed air needed for various applications such as powering snowmaking systems, ski lift controls, and other mission-critical infrastructures. The SteadiAIR SM extended warranty from FS-Elliott offers a proactive solution for ski resort operators, extending the standard warranty by an additional three years and providing five years of coverage and ensuring long-term compressor performance with minimal disruption.
Unlocking the Advantages of Combination or Dual Process Compressors
Combination or dual process machines can combine any two gases, with air and nitrogen being the most common for centrifugal compressors. These versatile compressors are used in various applications where both compressed air and nitrogen are required, such as manufacturing, food processing, aerospace, and electronics. The primary purpose of a dual-process compressor is to provide both compressed air and nitrogen, making it a cost-effective and efficient solution for many businesses.
Improving American Infrastructure: FS-Elliott Air Compressors in the Build America Act
The Build America, Buy America Act is a testament to the United States’ commitment to enhancing its infrastructure while promoting domestic manufacturing and economic growth. Amidst the objectives of this Act, FS-Elliott air compressors emerge as a leading component, embodying the principles and aspirations of the Act. Let’s delve into the importance of FS-Elliott air compressors within the Build America, Buy America Act framework.