For natural gas midstream companies and industrial manufacturing businesses, every piece of equipment counts. These industries operate in high-stakes, efficiency-driven environments where downtime, equipment failure, or suboptimal performance can lead to significant financial losses, delays, and operational setbacks. Compressors that push natural gas through pipelines or drive factory machinery are critical to maintaining smooth operations.
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But without proper protection, compressors can suffer from the harsh climates in Texas, Oklahoma, Arkansas, and Louisiana. That’s where Tyler Building Systems comes in. As a premier metal building manufacturer, we specialize in crafting compressor sheds that safeguard your investments and boost efficiency.
This blog explores why our outdoor compressor sheds and industrial compressor sheds are essential for natural gas midstream companies and manufacturers across these four states, and how we’re built to serve you.
A compressor shed is more than just a structure. It acts as a shield that protects your business. These metal buildings house air compressors, safeguarding them from weather, dust, and wear while ensuring peak performance. Whether it’s an outdoor compressor shed for a remote pipeline site or an industrial compressor shed for a bustling factory floor, the goal is reliability and uptime.
For natural gas midstream companies, compressors are vital to pipeline operations. They keep the gas flowing efficiently from well sites to refinement facilities. In industrial manufacturing—think food processing, automotive, or metal fabrication—compressed air systems power essential tools, machinery, and production lines. Without reliable metal buildings to house these compressors, you risk costly repairs and extended downtime. Tyler Building Systems delivers solutions that meet these challenges head-on.
Natural gas midstream companies are tasked with transporting gas from well sites to refinement facilities via pipelines, using a chain of interconnected equipment. Compressors keep pipelines flowing. These machines pressurize gas, ensuring it moves efficiently over long distances, sometimes hundreds of miles, to processing plants or liquefied natural gas (LNG) export terminals. If a compressor fails, gas flow decreases, which can lead to severe operational issues.
For example, Louisiana’s midstream infrastructure supports 61% of U.S. LNG exports (EIA, ). This means a single equipment breakdown could disrupt shipments worth millions. In , LNG spot prices averaged $13 per million Btu (EIA), showcasing the financial stakes involved.
Every component in this system is crucial because the whole network depends on each piece working in harmony. Compressors, valves, and meters must function effectively. A single malfunction can trigger delays, incur penalties, or generate lost revenue. Small to mid-sized operators, common in Texas’s Permian Basin or Oklahoma’s Anadarko, often lack the redundancy of larger firms. This makes the reliability of every piece of equipment even more critical.
Moreover, maintenance costs are significant. In , U.S. midstream firms spent $8 billion on pipeline upkeep (North American Midstream Infrastructure Report). Protecting compressors with sheds is not just practical; it’s a necessary financial strategy.
Our compressor sheds from Tyler Building Systems keep pipeline networks operational and productive. Our metal buildings shield equipment from scorching summers, hurricanes, and tornadoes, prevalent in these states, helping midstream companies maintain throughput and profitability.
Beyond pipelines, industrial manufacturing heavily relies on compressed air systems. The equipment drives production lines where precision and uptime are crucial. In food processing, compressors power packaging lines. In automotive plants, they drive pneumatic tools. In metal fabrication, they fuel cutting and shaping processes. If compressors are exposed to adverse weather, it threatens productivity and profitability.
Take Arkansas’s poultry industry, which employs thousands in food processing. A compressor outage here could stall packaging lines, spoiling perishable goods and incurring significant costs per hour. At Texas’s GM Arlington plant, producing SUVs, any hiccup in compressed air can cause delays in assembly, affecting the output and profit margins of each vehicle, especially with auto manufacturing averaging only 5-10% in net profit (IBISWorld).
Equipment reliability is pivotal in these businesses, which operate on tight schedules and manage lean inventories. Compressors often run 24/7, functioning as workhorses that are susceptible to wear due to heat, humidity, or dust—conditions that are prevalent in Texas, Oklahoma, Arkansas, and Louisiana. When a unit fails, it doesn’t just halt one task; it can disrupt entire workflows, amplifying costs. Protecting your compressors ensures consistent output, quality control, and overall customer satisfaction.
Both industries face significant regional challenges, from Louisiana’s hurricanes to Oklahoma’s tornadoes and Texas’s heat. A X post even noted that extreme weather conditions impacted Oklahoma’s gas output. For midstream operations, keeping gas moving is critical, while for manufacturing, maintaining production flow is essential. With Texas’s industrial GDP at $269.2 billion (BEA, ) and midstream supporting a gross regional product of $366 billion (TIPRO, ), the stakes are immeasurable.
An industrial compressor shed from Tyler Building Systems presents a rugged, reliable solution. Our metal buildings are built to last, featuring galvanized steel frames that resist corrosion and endure weather extremes. Customizable options enable you to tailor your shed to your operation, whether you’re facilitating gas transport in Arkansas or processing goods in Texas.
Why metal? It is tough, cost-effective, and quick to deploy. At Tyler Building Systems, years of experience have perfected our approach to metal building construction, making us a trusted name among manufacturers in Texas, Oklahoma, Arkansas, and Louisiana.
Here’s what sets our compressor sheds apart:
Durability: Built to withstand heat, humidity, and storms, our sheds extend compressor life.
Customization: Tailored sizes and features, from ventilation to insulation, to meet your specific needs.
Cost-Effectiveness: Pre-engineered designs reduce costs without compromising quality.
Speed: Quick assembly ensures minimal disruption to your operation.
The company is the world’s best Compressor Housing supplier. We are your one-stop shop for all needs. Our staff are highly-specialized and will help you find the product you need.
As a leading metal building manufacturer, we are intimately familiar with the demands of these states. Our sheds aren't mere structures; they are solutions designed for your success.
Every operation is unique, and so are our compressor sheds. For natural gas midstream companies, an outdoor compressor shed may require heavy-duty ventilation to manage heat effectively. For manufacturers, an insulated industrial compressor shed with roll-up doors could streamline access in a Louisiana metal fabrication facility.
Options include:
Size: From compact units for smaller operators to expansive sheds for major pipeline systems.
Ventilation: Features like louvers or exhaust fans to manage heat and fumes.
Insulation: Temperature control for sensitive equipment.
Access: Walk-in doors, roll-ups, or windows for easy maintenance.
Our metal building construction guarantees your shed meets your specific needs, whether moving gas in Texas or processing goods in Arkansas.
These four states boast economic power while facing unique challenges. Texas and Louisiana deal with Gulf Coast hurricanes, with six named storms hitting by August (National Hurricane Center). Oklahoma, known as Tornado Alley, sees an average of 68 tornadoes each year (NOAA), while Arkansas faces humidity and occasional ice. These conditions can severely damage unprotected compressors.
The economic drivers in this region amplify the necessity for reliable compressor sheds. Oklahoma’s natural gas production surged 8% from to , reaching 2.8 Tcf (EIA). Meanwhile, Arkansas’s manufacturing sector employs over 150,000 individuals (BLS, ). Tyler Building Systems' metal buildings are precisely engineered for these realities, offering a regional advantage to pipeline operators and manufacturers alike.
Consultation: Share your needs—size, location, and industry.
Design: We craft a custom metal building plan based on your requirements.
Delivery & Installation: Expect fast, professional setup at your site in Texas, Oklahoma, Arkansas, or Louisiana.
There are a lot of reasons why the GA FLX is the talk of the air compressing industry. In this article we cover 5 of the most compelling reasons that should greatly sway you from deciding to stick with a fixed-speed compressor.
The air compression process consumes high amounts of energy, and this constitutes the majority of the overall cost associated with owning and operating a compressor. With a dual-speed compressor, the cost incurred through energy consumption can be reduced by approximately 20%. Over time, these savings can help businesses reach their sustainability goals within a shorter timeframe.
One of the ways in which the GA FLX helps with saving energy, is by providing a flexible pressure setting. We go into more detail about this below.
The GA FLX allows owners the freedom to select different pressures without compromising the airflow. Whether you need high pressure for pneumatic tools or lower pressure for the inflation of tyres, the flexible pressure setting means the GA FLX can perform to an optimal standard for any purpose. By optimising energy usage, you are preventing the compressor from being overworked and extending its lifespan, whilst reducing overall maintenance costs and minimising your environmental footprint. Which takes us onto our next point!
With the GA FLX dual-speed compressor, you can ensure that pressure level for different applications is appropriate. This helps to minimise air waste and reduce overall electricity usage, which in turn decreases the proportion of greenhouse gas emissions that are associated with energy production. In addition to this, the longevity of the GA FLX means less disposal of equipment, the destruction of which would contribute to the emission of harmful gases.
There are many more customisation opportunities with the latest air compressor model as we describe in more detail below.
The GA FLX can be tailored to suit its environment and help you achieve your operational goals. Customisation features include energy recovery, which functions by re-using the waste heat produced by the compressor, which in turn helps you save on energy costs. Other features include a tropical thermostat, which can help regulate the operation of the compressor based on ambient temperature conditions. For instance, excessive heat that is produced during operation can impact the performance of the compressor. A tropical thermostat can adjust the operating temperature to prevent overheating in such a scenario.
One of the most exciting perks of investing in the GA FLX, is that you get to tap into the realm of connectivity. Powered by the state-of-the-art Elektronikon Touch operating system, there are a host of connectivity features available at the touch of your hand, such as remote monitoring and performance insights, built-in EQ central compressor control and OPC UA operational integration option all available using the SMARTLINK app.
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