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  1. Frozen Custard: A Midwest Favorite That Requires Precision in Production

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    Frozen custard isn’t just a dessert—it’s a Midwest tradition. Creamy, rich, and silky smooth, it wins fans over summer after summer. But behind every perfect scoop is a careful production process that ensures both flavor and food safety.

    One key step? Pasteurization. And for frozen custard, that means using the right sanitary equipment—like heat exchangers designed to 3-A Sanitary Standards—to meet regulatory standards and deliver a consistently high-quality product.

    What Makes Frozen Custard Different?

    Frozen custard may look a lot like ice cream, but its recipe sets it apart. Along with cream and sugar, it contains egg yolks, which give it a denser texture and richer flavor.

    According to the U.S. Food and Drug Administration (FDA):

    • A product must contain at least 1.4% egg yolk solids by weight to be labeled as frozen custard.
    • If bulky mix-ins are added, that percentage can adjust slightly—but once it dips below 1.12%, it no longer meets the official definition (even if it still tastes amazing).

    Why Proper Pasteurization Matters

    Like any dairy product containing eggs, frozen custard needs careful pasteurization to keep it safe for consumption.

    Because custard is thicker than milk (thanks to its higher fat, milk solids, and sugar content), it requires higher pasteurization temperatures and longer hold times. The Journal of Dairy Science recommends pasteurizing frozen custard at 180°F for 15 minutes.

    This extra step isn’t just for safety—it also ensures a smooth, uniform texture. After pasteurization, the mixture is typically:

    1. Homogenized at 2,500–3,000 psi to evenly distribute fats and emulsifiers.
    2. Aged for at least four hours at 40°F to develop flavor and improve body.
    3. Flavored and frozen—often right at the shop, where specialized machines continuously freeze and mix the custard before serving.

    Sanitary Equipment is Essential

    For producers, maintaining clean, efficient heat exchangers is non-negotiable. Custard mixtures can leave behind residues that, if not properly cleaned, may allow Bacillus cereus spores to persist. These can cause foodborne illness if they make their way into the finished product.

    A well-designed Clean-in-Place (CIP) process helps keep operations sanitary. A typical CIP cycle may include:

    • Pre-rinse (about 6 minutes)
    • NaOH rinse (10 minutes)
    • Intermediate rinse (6 minutes)
    • HNO₃ rinse (10 minutes)
    • Final rinse (6 minutes)

    Routine cleaning not only prevents contamination but also extends the life of your equipment.

    Bringing It All Together

    Whether you’re producing frozen custard for a single shop or a large-scale distribution, the right pasteurization equipment makes all the difference. Enerquip’s sanitary shell and tube heat exchangers are designed to meet regulatory standards, streamline cleaning, and keep every batch consistent.

    Ready to learn more about equipment options for your custard operation? Our engineers are here to help you choose a solution that keeps quality high—and customers coming back for more. Contact us.

     

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  2. Preventing Cross Contamination in Shell and Tube Heat Exchangers

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    Cross contamination is a universal concern—from the kitchen to large-scale manufacturing. In food production, chefs separate raw meats from fresh produce. In storage, allergenic ingredients like nuts are kept apart from other goods. And in industrial facilities—whether producing dairy, personal care products, or pharmaceuticals—equipment like shell and tube heat exchangers must be designed and maintained to prevent product contamination.

    For industries that rely on heat exchangers to pasteurize, concentrate, or stabilize products, contamination risks can have serious consequences: costly recalls, lost product, and potential safety hazards.

    Here’s how to reduce the risk and keep operations clean, efficient, and compliant.

    1. Choose Equipment Built for Sanitation

    The construction materials and manufacturing environment of your shell and tube heat exchangers directly impact their cleanliness and performance.

    • Stainless steel is the industry standard for sanitary processing because of its resistance to fouling and corrosion.

    • However, not all stainless steel fabrication environments are the same. If an exchanger is built in a facility that also works with carbon steel, there’s a risk of cross-contamination with particles that can compromise performance.

    At Enerquip, we exclusively fabricate in stainless steel in our Medford, Wisconsin, facility, ensuring your equipment remains free from carbon steel contamination and meets high sanitary standards.

    2. Use the Right Tube Design

    One common cause of cross contamination is shell-side fluid mixing with tube-side fluid inside the exchanger. The right tube design helps prevent this.

    • Double tube sheets add a critical barrier between fluids, greatly reducing the risk of mixing. In a double tube sheet design, a second outer tube sheet is added to further seal and separate the tubes and the shell. The gap between the tube sheets allows for differential radial thermal expansion, minimizing stress on the tube-to-tube sheet expansions.

    • Enerquip’s pharma-grade heat exchangers are built with double tube sheets, making them ideal for pharmaceutical, nutraceutical, animal health, and personal care industries.

    • In the event of a leak in a tube-to-tube sheet joint, shell-side or tube-side fluids would flow out into the gap between the two tube sheets, instead of the leak causing cross-contamination issues. Leaks can also be easily detected and fixed sooner.

    3. Manage Pressure Differentials

    Pressure balance inside the exchanger plays a key role in contamination prevention.

    • Standard practice: Keep shell-side pressure lower than tube-side pressure.

    • Why it matters: In the event of a leak, product flows into the heat transfer medium—not the other way around—reducing contamination risk.

    4. Inspect and Clean Regularly

    Preventive maintenance is one of the most effective defenses against cross contamination.

    • Routine inspections can catch early signs of tube or gasket leaks before they cause problems.

    • Fouling buildup should be addressed quickly. Left unchecked, fouling can spoil product and reduce efficiency. Adjust cleaning frequency, sanitation procedures, or heat transfer fluids as needed.

    A well-designed Clean-in-Place (CIP) program ensures ongoing sanitation and extends the life of your equipment.

    Protecting Product Quality and Plant Efficiency

    Preventing cross contamination isn’t just about avoiding costly problems—it’s about protecting product integrity, customer safety, and operational reliability.

    Whether you’re upgrading equipment or fine-tuning your maintenance plan, selecting the right shell and tube heat exchanger—and keeping it in top condition—pays off in performance and peace of mind.

    Ready to explore Enerquip’s stainless steel shell and tube heat exchanger options? Our engineers can help you choose a design that keeps your process clean, compliant, and efficient. Contact us today.

     

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  3. Choosing the Right Industrial Heating Equipment Supplier

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    Selecting the ideal supplier for industrial heating equipment is just as crucial as choosing the equipment itself. Whether you’re in the market for thermal fluid or asphalt heaters, economizers, or other tank heating equipment, the right supplier ensures optimal performance, reliability, and longevity for your system.

    This guide highlights the most important factors to consider, helping you make a well-informed decision.

    8 Must-Have Qualities in Your Industrial Heating Equipment Supplier

    1. Engineering and Design Expertise: Look for a supplier with deep knowledge of thermal systems and an experienced team of professionals ready to serve you. Choose one who can provide tailored solutions for your application. The best suppliers use advanced simulation tools to design heating systems optimized for your specific process conditions and guarantee heater performance. These tools ensure the equipment is efficient and reliable before it ever reaches your facility.

    2. Manufacturing Excellence: High-quality equipment starts with a supplier that controls its production process. Suppliers who own and operate their manufacturing facilities—rather than subcontracting—can ensure consistent quality, meet strict standards, and deliver on time without compromising craftsmanship.

    3. Expert Workforce: The skill level of a supplier’s team plays a significant role in the quality of their products. Certified and experienced welders and fabricators bring attention to detail that ensures the structural integrity and performance of your equipment.

    4. Comprehensive System Solutions: A reliable supplier provides complete systems, including pump skids with integrated controls and options like nitrogen blanketing systems designed to extend the product life of stored material. They also offer expert support with piping and diagramming of instrumentation and flow to ensure your system is fully engineered and aligned with your specifications.

    5. Reliable Vendor Relationships: Trusted suppliers maintain strong relationships with vendors to source high-quality materials and components, such as burners, pumps, and controls. These relationships translate into durable equipment, lower maintenance costs, longer system lifespans, and on-time delivery.

    6. Custom Ancillary Equipment: A top-tier supplier goes beyond standard products by offering custom ancillary equipment, such as pump skids or tank stands, tailored to your facility’s unique needs. This flexibility streamlines the purchasing process and ensures consistent quality from a single source.

    7. Customer Support and Startup Assistance: Installation and startup are critical phases of any project. Choose a supplier that provides hands-on support during these stages, ensuring your equipment operates correctly from day one. This includes commissioning, troubleshooting, and ongoing technical assistance.

    8. Warranty and After-Sales Support: A robust warranty shows confidence in the quality of the product. Select a supplier that backs their equipment with strong warranty coverage, giving you peace of mind and long-term protection for your investment.

    Key Considerations for a New Industrial Heating System

    As you’re evaluating new industrial heaters, it’s important to have defined your specific heating needs, whether for chemical processing, oil refining, or asphalt storage. Understanding your process parameters—like operating temperature, heat transfer fluid compatibility, and system efficiency—is essential for selecting the right equipment. Choose suppliers that:

    Maximize Efficiency: Modern systems are designed to reduce energy and operational costs while minimizing waste. Energy-efficient designs also align with sustainability goals, providing long-term savings.

    Offer Innovative Coil Designs: While traditional helical coil direct fired heaters are effective, systems featuring a serpentine coil deliver superior efficiency and durability, making them a top choice for most applications.

    Understand and Factor in Film Temperature: Often overlooked, film temperature impacts thermal fluid lifespan and heater efficiency. Directly affecting your bottom line, look for a supplier that prioritizes this crucial factor.

    Simplify Maintenance Requirements: Choose systems with designs that simplify maintenance. For example, the open design of serpentine coil heaters reduces downtime and maintenance demands.

    Selecting the right supplier and system can significantly impact the reliability, cost-efficiency, and performance of your industrial heating setup. Prioritize suppliers with strong engineering expertise, high-quality manufacturing processes, and comprehensive customer support to ensure your investment delivers lasting value.

    Contact us to get started today. 

     

    From the Enerquip Blog

    Behind the Burn: How Heat Transfer Systems Refine Aviation Fuel

    How to Store Your Process Equipment Before Installation

    How to Choose the Right Thermal Heating Fluid for Your System

    Is Custom Industrial Heating Equipment the Right Fit for Your Facility?

    Why Spare Parts Planning Matters for Your Process Equipment

  4. We’re Hiring: Skilled Tradespeople in Welding, Fitting, and Industrial Painting

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    We’re Hiring: Skilled Tradespeople in Welding, Fitting, and Industrial Painting

    Location: Beggs, OK

    Do you have experience with MIG, flux-core, or TIG welding? Worked on structural or pressure vessel fabrication? Comfortable with industrial painting or surface prep? If you nodded yes to any of these—we’d love to hear from you!

    Enerquip is growing, and we’re looking for motivated individuals with strong mechanical aptitude to join our team in Beggs, Oklahoma in various hands-on manufacturing roles. Depending on your background, you could step into one of several key positions, with the potential to grow and shift as your skills evolve.

     

    We’re looking for team members with experience in one or more of the following areas:
    • MIG, flux-core, and/or TIG welding
    • Structural assembly or pressure vessel fabrication
    • Industrial painting of heaters, heat exchangers, or similar equipment
    • Reading and interpreting fabrication drawings
    • Industrial surface prep and coating

     Whether your strengths are in welding, painting, fitting, or a combination of them all—there’s a place for you on our team.

    Education & Experience:
    • High school diploma or equivalent
    • Experience working in an ASME Section VIII shop is a plus
    Schedule & Location:
    • Full time, day shift
    • In-person in Beggs, OK

      •  

    Our Team Enjoys:

    • 15 days PTO in your first year + 10 paid holidays
    • Up to a 12% annual incentive bonus
    • A culture that values continual learning and promoting from within
    • Competitive compensation and benefit package
    • Award-winning health plan

    If you value integrity, drive, quality, and care—and you’re ready to be part of a team that lives those values every day—we invite you to apply now!

     

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  5. Behind the Burn: How Heat Transfer Systems Refine Aviation Fuel

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    High-performance aircrafts demand high-quality fuel—and delivering that fuel requires precision, safety, and efficiency. That’s where thermal process equipment comes in. From preheating and cooling to waste heat recovery, systems like shell and tube heat exchangers and economizers play a critical role in aviation fuel processing.

    Let’s break down how this equipment helps refine aviation fuel—and why it matters for engineers and operators alike.

    How Thermal Process Equipment Powers Aviation Fuel Processing

    In aviation fuel refining—often part of larger distillation or hydroprocessing systems—precise heat control is everything. That’s where thermal process equipment comes in. These systems handle heating, cooling, and energy recovery at nearly every stage of the process, making them indispensable for efficiency, safety, and product quality.

    Key Equipment and What It Does:

    • Shell and Tube Heat Exchangers: Foundational to efficient heat management in fuel processing, these exchangers allow one fluid to flow through internal tubes while another circulates around them within the shell—facilitating reliable heat transfer. They’re used throughout the process for preheating fuel, condensing vapors, and cooling product before storage or blending.
    • Preheaters: By warming up aviation fuel before it enters distillation towers or hydrotreaters, preheaters reduce viscosity, improve flow, and ease the load on primary heating systems.
    • Condensers: Volatile hydrocarbons in fuel can vaporize during refining. Condensers convert these vapors back into liquid using coolants—capturing valuable components, enhancing safety, and avoiding environmental concerns from vapor discharge.
    • Coolers: Once processing is complete, hot fluids need to be cooled to safe temperatures. Shell and tube exchangers function as coolers here, using chilled water or glycol to prep fuel for storage or downstream steps.
    • Economizers: These units recover waste heat—often from flue gas or other hot process streams—and use it to preheat incoming fluids, saving energy and cutting fuel costs.

    Supporting Sustainability with Aviation Biofuels

    As aviation shifts toward more sustainable operations, bio-based fuels—such as Sustainable Aviation Fuel (SAF)—are becoming a critical part of the fuel mix. While these fuels can be processed in existing infrastructure, they come with different thermal and chemical characteristics.

    Thermal process equipment design and selection play a key role in:

    • Adapting to Feedstock Variability: Biofuels may be derived from biomass, animal fats, or even used cooking oil, all of which require fine-tuned temperature control during processing.
    • Meeting Regulatory Targets: Shell and tube heat exchangers and economizers help reduce emissions and energy use—supporting compliance with carbon reduction goals from organizations like the International Civil Aviation Organization (ICAO) and the Federal Aviation Administration (FAA).
    • Maximizing Yield and Quality: Proper heat management ensures that SAF meets strict performance standards for commercial aviation. Downtime is avoided through the design of equipment that is robust, easy to quickly maintain, and simple to monitor for performance.

    Whether refining traditional jet fuel or advanced biofuels, the same principles apply: efficient heat transfer and energy recovery are essential for both economic and environmental performance.

    Operational Best Practices for Thermal Equipment

    When it comes to aviation fuel processing, small choices in equipment, maintenance, and monitoring can have a big impact on efficiency, safety, and reliability. Here’s how to stay ahead:

    • Select the Right Equipment: Materials, flow rates, temperature range, and pressure ratings all matter. Stainless steel exchangers, for example, are a good fit for aviation fuel due to their corrosion resistance.
    • Maintain It Regularly: Cleaning fouled tubes and inspecting for leaks or corrosion keeps heat exchangers running efficiently.
    • Monitor the Process: Temperature and flow sensors can help detect issues early and allow for real-time adjustments.
    • Train Your Team: Equipment is only as good as the people running it. Keep teams informed on best practices for performance and safety.

    Fueling the Future of Aviation

    Aviation fuel processing is high-stakes and high-precision—and the right thermal process equipment makes all the difference. Whether you’re engineering the system or purchasing components, shell and tube heat exchangers and economizers play vital roles in refining reliable, high-quality fuel.

    And as the industry moves toward more sustainable aviation biofuels, thermal process equipment isn’t just helpful—it’s essential. It’s not just about heat—it’s about performance, reliability, and staying ahead of the curve in an industry that never stands still.

    Have a project in the works? Let’s talk.

     

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  6. How to Store Your Process Equipment Before Installation

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    Protecting Your Investment

    When your new process equipment arrives, the countdown to installation might not start right away—and that’s okay. But how you store it in the meantime can make a big difference in the long-term performance and reliability of your system.

    At Enerquip, we design our equipment for both indoor and outdoor use. That said, we strongly recommend storing it in a cool, dry, indoor location when possible. If that’s not an option, a little preparation goes a long way in protecting your investment from harsh weather, pests, and environmental contaminants like moisture, dust, pollen, and more.

    Here’s how to store each major component to minimize the risk of damage or deterioration before your equipment ever sees action.

    1. Hot Oil Heaters & Asphalt Heaters
    Thermal Fluid Heater

    Thermal Fluid Heater

    These rugged heaters are built for the outdoors—but they still need some TLC during storage:

    • Elevate it: Use blocks or railroad ties to keep the unit off the ground and away from mud, snow, or floodwater.
    • Protect internal surfaces: Blind flange the inlet and outlet connections, as well as any instrument ports, to keep out moisture and contaminants. For added protection, consider a nitrogen purge inside the pipe coil to help prevent internal rust. While the unit was hydro-tested and pigged twice, residual moisture can still lead to corrosion if not properly addressed.
    • Keep pests out: Wrap burner air inlets and panels with plastic wrap and duct tape to discourage birds, insects, and rodents from nesting.
    • Expansion Tank with Nitrogen Blanketing

      Expansion Tank with Nitrogen Blanketing

      Cover the exhaust stack: A sheet of plywood wrapped in plastic will keep water and critters out and prevent sagging.

    • Secure loose items: Crate and label the fuel train and any accessories, and store them under cover.
    • Control humidity: Add desiccant packets inside control panels or junction boxes to reduce moisture build-up.
    2. Expansion Tank

    Expansion tanks may not take up much space, but they’re just as vulnerable to storage conditions.

    • Seal it up: Blind and plug all openings to keep out moisture and pests. A nitrogen blanket is a smart add-on to prevent rust inside.
    • Pump Skid

      Pump Skid

      Store components: If the level gauge or low-flow switch hasn’t been installed yet, crate and clearly label them for safekeeping.

    3. Pump Skids

    Pump skids often contain several moving parts—making clean, dry storage even more important.

    • Keep it elevated: Use blocks or ties to protect against ground moisture.
    • Shell & Tube Heat Exchangers

      Shell & Tube Heat Exchangers

      Seal the system: Blind all open ports. If the skid includes piping, valves, or strainers, a nitrogen purge can help prevent internal corrosion.

    4. Heat Exchangers

    Heat exchangers are all about performance—and that starts with proper care.

    • Seal all openings: Blind flange every port to block dust, moisture, and critters.
    • Add a nitrogen blanket: Especially if the exchanger will be stored long term, this can prevent rust from forming on interior surfaces.
    5. Tank Coils
    Finned Hot Oil Tank Coils

    Finned Hot Oil Tank Coils

    Tank coils are easy to store when done right—but easy to damage if not.

    • Elevate and align: Stack coils carefully and off the ground to prevent damage to the fins.
    • Seal pipe stubs: Cap or wrap all inlet and outlet stubs to block contaminants.
    • Secure loose hardware: Crate and label any shipped leg supports and parts to keep them from getting damaged or misplaced.

    Pre-Installation Checklist

    Before firing up your system, make sure everything is ready to go with this quick but crucial checklist:

    ✅️ Inspect for damage: Look for any visible signs of physical or cosmetic damage. If anything looks off, contact Enerquip.

    ✅️ Grab the manual: You’ll want the equipment manual on hand. Reach out to us if you need another copy.

    ✅️ Confirm all parts: Make sure all shipped-loose items are present and labeled. If the equipment has been in storage for a while, it might be a good idea to order spare parts like gaskets, seals, or instruments.

    ✅️ Lubricate moving parts: Lubricate all moving parts according to OEM recommendations – fans, pump shafts, etc.

    ✅️ Remove moisture controls: Take out desiccant packets and remove any nitrogen purges you used for storage.

    ✅️ Flush process piping: Clear out any dust or rust particles from the process side of the system.

    ✅️ Install loose parts: Install any parts that were shipped loose – supports, instruments, sight glasses, etc.

    Final Thoughts

    Proper storage is more than just a good idea—it’s part of setting your project up for success. A little prep now helps ensure your equipment runs reliably from day one, with fewer surprises and less downtime.

    Need help with storage recommendations or replacement parts? Contact the Enerquip team—we’re happy to help.

     

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  7. What You Need to Know About Cleaning Different Tube Configurations

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    Shell and tube heat exchangers are built to perform—but only if they’re properly cleaned and maintained. Whether you’re planning a new system or evaluating your current one, understanding how tube configuration affects cleanability can help you avoid downtime, fouling, and costly repairs.

    Let’s break down the most common tube configurations and what you need to know to keep them clean and operating efficiently.

    Fixed Tube Sheet Heat Exchangers

    Straightforward design, straightforward cleaning—mostly.

    Fixed tube sheet exchangers are popular for their simplicity and cost-effectiveness. The tubes are straight and welded to the shell, making the construction solid and reliable.

    Cleaning Tips:

    • Tube side cleaning is easy. Just remove the bonnet and you’re in. Brushes, hoses, or chemical flushes can go right through the straight tubes with minimal effort.

    • Shell side cleaning? Trickier. Since the tube sheet is welded in, mechanical access to the shell side is nearly impossible. You’ll need to use chemical cleaning agents—and make absolutely sure they’re fully flushed out afterward to avoid corrosion or contamination.

    • Bonnet style matters. L-type and N-type bonnets allow easy access without removing piping. M-type bonnets? Not so much—you’ll need to remove the entire head.

    Best for: Clean fluid applications on the shell side or systems where fouling is minimal.

    U-Tube Heat Exchangers

    Flexible in operation, less so in cleaning.

    With just one tube sheet and a return bend, U-tube exchangers are great for applications with high thermal expansion. But that bend at the end? It complicates cleaning.

    Cleaning Tips:

    • Tube side is tough. Mechanical cleaning is limited unless you’re using flexible-shaft tools or articulating brushes. Chemical cleaning is possible, but hardened scaling at the bend can be stubborn.

    • Shell side is a breeze. One tube sheet makes disassembly easier, allowing straightforward access to clean the shell and the outside of the tubes.

    Best for: Non-fouling services on the tube side and when thermal expansion is a major concern.

    Floating Head Heat Exchangers

    The best of both worlds—cleaning and flexibility.

    Floating head exchangers combine the cleaning ease of straight tubes with the flexibility to handle expansion like a U-tube. One tube sheet is fixed; the other “floats” to accommodate movement.

    Cleaning Tips:

    • Tube side cleaning is easy. Straight tubes mean standard brushes and hoses work well.

    • Shell side cleaning is also accessible. Many floating head designs allow you to remove the entire tube bundle for a deep clean.

    • Watch the rear head design.

      • P-type: Easy tube side access, but you can’t pull the bundle.

      • S-type: Bundle is removable but harder to disassemble.

      • T-type: Easier to remove and clean—often preferred, though slightly more expensive.

      • W-type: Also easy to remove and typically more budget-friendly.

    Best for: Applications with heavy fouling or thermal cycling, such as petroleum processing or reboilers.

    Cleaning Considerations = Smarter Design Decisions

    When selecting or maintaining a heat exchanger, don’t treat cleaning as an afterthought. Choosing the right tube configuration for your process—and knowing how to clean it—can improve performance, minimize downtime, and extend the life of your equipment.

    Not sure which setup is best for your operation? Contact us for guidance tailored to your process.

     

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  8. How to Choose the Right Thermal Heating Fluid for Your System

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    When it comes to keeping your heat transfer system running smoothly, your choice of thermal heating fluid matters—a lot. The right fluid can improve efficiency, extend equipment life, and help you stay compliant with safety and environmental standards. The wrong one? It could cost you in downtime, repairs, or worse.

    With so many options available, how do you choose the right fluid for your application? We’ve broken down the key factors to help you make a smart, informed decision.

    9 Key Factors to Consider When Choosing Heat Transfer Fluid

    1. Temperature Requirements

    Start with your system’s temperature specs—specifically, your film temperature (the fluid’s temperature at the surface of the heating element), not just the bulk operating temperature. Using a fluid outside its optimal range can lead to degradation or even fluid burnout.

    2. Pressure Limits

    Your equipment’s pressure rating sets important boundaries. The heat transfer fluid must operate safely within these limits. Ignore this, and you’re asking for system failure.

    3. Pumpability in Cold Temps

    Will the fluid still flow when the temperature drops? Look for low pour points and low viscosity if you’re working in colder environments. A fluid that thickens or freezes is more than inconvenient—it’s a liability.

    4. Industry Requirements

    Some industries (like food, pharma, or cosmetics) have tighter restrictions on fluid composition and cleanliness. Make sure your fluid meets industry-specific standards for safety and compliance.

    5. Application Fit

    Are you using the fluid for indirect heating? A closed-loop system? A specialized batch process? Some applications demand more precise properties—don’t settle for a one-size-fits-all solution.

    6. Cost vs. Performance

    Price always plays a role—but cheaper isn’t always better. Specialty fluids may cost more upfront, but they could reduce wear, lower energy use, or require fewer changeouts over time.

    7. Thermal Efficiency

    Want better system performance? Look for fluids with higher thermal conductivity and lower viscosity, which typically result in better heat transfer rates and faster system response.

    8. Regulatory Compliance

    Local, regional, and even facility-specific regulations might limit your choices. Some fluids must be non-toxic, biodegradable, or classified as food-grade. Stay ahead of compliance issues by checking early.

    9. Environmental Impact

    Looking to reduce your environmental footprint? Opt for fluids that are biodegradable, non-toxic, or even derived from renewable resources—especially if leaks or disposal are concerns in your process.

    Picking the Right Fluid Pays Off

    Choosing the right thermal heating fluid isn’t just about checking boxes—it’s about keeping your system reliable, your process efficient, and your people and product safe. Take time to evaluate your needs, and don’t hesitate to lean on the experts.

    Need help narrowing down your options or reviewing your current system’s specs? We’re here to help. Enerquip’s team is ready to walk you through the process and help you find a fluid that checks all the right boxes. Contact us today.

     

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  9. Enerquip Donates $1,000 to Support Beggs Little League

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    Enerquip Thermal Solutions is proud to support the next generation of athletes with a $1,000 donation to the Beggs Little League Association. The contribution will help the organization continue its mission of providing a positive, team-focused environment where young players can build confidence, learn the value of hard work, and grow both on and off the field.

    The donation was made through Enerquip’s Employee Match Program, which encourages community involvement by matching employee donations and volunteer hours up to $500 per employee each year.

    This donation was driven by two Enerquip team members who also serve as volunteer coaches: Kenny Devilbiss, Quality Control Manager, and Robert Samuel, Painter/Assembler. Both dedicate their time on and off the field to mentoring young players and strengthening the community through youth sports.

    “At Enerquip, we believe in giving back—especially when it supports the people and passions of our team,” said Devilbiss. “Beggs Little League is more than just a game. It’s an opportunity to help shape kids into confident, respectful teammates and future leaders.”

    Learn more about Enerquip’s culture and community giving efforts.
    Enerquip Donates Funds to Beggs Little League
    Enerquip Quality Control Manager and coach Kenny Devilbiss (back, left) presents a $500 donation to Beggs Little League.

    Enerquip Donates Funds to Beggs Little League
    Enerquip Painter/Assembler and coach Robert Samuel (back, left) presents a $500 donation to Beggs Little League.

  10. Is Custom Industrial Heating Equipment the Right Fit for Your Facility?

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    Finding the perfect heating system for your facility isn’t always straightforward—especially when your needs go beyond standard equipment. Whether you’re working with space constraints, unique performance requirements, or a highly specialized process, sometimes an off-the-shelf solution just won’t cut it.

    That’s where custom industrial heating equipment comes in. While it’s easy to assume that custom means costly, the truth is: a tailor-made system can offer long-term value, greater efficiency, and fewer compromises. So when should you consider going custom?

    Let’s explore some common scenarios where a custom thermal fluid heating system might be the smart move.

    When Custom Heating Equipment Makes Sense

    1. You Need a Component That Fits Into an Existing System

    Sometimes, your system is running strong—but a single part is missing, discontinued, or no longer supported. Rather than replacing the entire system, a custom component can help you get back online faster and more affordably.

    Custom fabrication is often the best solution when:

    • A standard part no longer exists or is incompatible
    • You need to retrofit new equipment into an established system
    • A spare parts program didn’t catch a rare or aging component
    2. Your Performance Requirements Are Outside the Norm

    If your process demands tight temperature control, unusual flow rates, or rapid heat-up and cooldown times, standard units may fall short. Custom systems are designed with your exact performance targets in mind, helping you hit efficiency and reliability goals without compromise.

    3. Standard Equipment Doesn’t Meet Your Specs

    You know what you need—but it doesn’t exist in a catalog. Whether it’s a size, shape, material, or output limitation, there are plenty of reasons standard equipment might not cut it. Rather than settling for a partial match, custom engineering ensures every spec is met.

    4. You Run a Specialized Process

    Industries like chemical processing, food and beverage, pharma, or energy production often have unique processes that demand equally unique solutions. If you’re doing something innovative—or just plain different—a custom heating system can help you maintain process integrity and product quality.

    Why Partner with Enerquip for Custom Heating Equipment?

    At Enerquip Thermal Solutions, we specialize in designing and fabricating custom industrial heating equipment—including thermal fluid heaters, bayonet heaters, and tank coils—for a wide range of applications. Every system is built to your specs, backed by decades of thermal expertise, and supported by a team that knows how to engineer for performance, safety, and durability.

    Whether you’re just starting your search or have a full spec sheet in hand, we’re here to help. Contact our team to discuss your needs, and we’ll walk you through your options—no pressure, just practical advice and proven solutions.

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