Paratherm Introduces Newer, Sleeker, Easier to Use Website

Since 1997, our website has offered customers a convenient platform to connect and obtain information. We are excited to announce that we have launched a newer, sleeker, easier to use website to better serve our customers. The new website is designed to be more visually appealing, while being more user friendly. The website can be conveniently accessed on a desktop computer, laptop, or smartphone.

New Web Design

New Web Design

The new Paratherm website is able to perform many of the same duties Paratherm employees do when assisting hot-oil system users, and others interested in general and specific answers to frequently asked questions about indirect heating technology. The website is useful for customers, design engineers, process managers, fluid specifiers, and maintenance professionals. It educates users on important technical details of heat transfer fluid products, including: product data, safety data, and technical and thermal properties. The website also offers technical advice on products such as hot-oils, and hot-oil system safety, maintenance, and reliability.

Paratherm’s focus is on services including heat transfer fluid analysis, including a fluid maintenance program, standard fluid analysis, and quick analysis. We also offer troubleshooting and thermal fluid system training for high temperature fluids, low temperature fluids, heating and cooling fluids, and food-grade heat transfer fluid. If you’re interested in designing a system or adding components, our professional consultants at Paratherm can help guide you with that also.

Old Web Design

Old Web Design

At Paratherm, we proudly offer timely responses to any sales or technical inquiries, and fast shipments when obtaining the product is critical such as in emergency situations. Paratherm works with industries such as: biodiesel, chemical processing, asphalt paving, engineering, gas processing, industrial laundry, plastics, food, and solar.

When you need application support, fluid analysis, or hot-oil process troubleshooting, you can contact any of the professionals on our team. We hope you enjoy the new website redesign as much as we do. Feel free to explore all of our new features and keep in mind that representatives are available 24/7 at +1 (610) 255-7910, or you can visit the new website where you’ll find a quotes/inquiries form to fill out. Soon after filling the form out, you’ll have an answer to your question or problem, allowing you to get back to the business you need. We look forward to helping you with your heat transfer fluid and temperature-control needs!

The Evolution of Asphalt Heating

Road. (n.) A wide way leading from one place to another, especially one with a specially prepared surface that vehicles can use.  “If you don’t know where you are going, any road will get you there.” Lewis Carroll

The first great roadbuilders, and engineers, were the ancient Romans, and parts of their roads survive to this day, over two millennia later. In the interim, the prepared surfaces of engineered roads have been made of mud, clay, brick, stone, and even wood block. Yet, for over a century now, by far the most common durable road surface has been the familiar black cement-and-aggregate mixture known as hot-mix asphalt. Other English-speaking parts of the world know it as bitumen, or macadam.

Ancient Roman road of Tall Aqibrin

Ancient Roman road of Tall Aqibrin

This asphalt, first mined from pitch lakes on the island of Trinidad and similar deposits around the world, was originally mixed with gravel by hand labor in large metal trays placed over direct fire. Hard, hot work. As this natural asphalt became replaced over the years with an engineered formula derived from crude petroleum, both the heating process as well as the mixing technology evolved rapidly. Early mixers were adapted from the rotating drums used for cement mixing.

The earth and its inhabitants (1894) (14579852357)

Asphalt Lake, Trinidad. 19th Cent.

  And by the 1920s or 1930s, some asphalt producers, supplying material for both roadbuilding and for other uses such as roofing and pipe-dipping, had begun to use indirect heating to improve the uniformity and consistency of the end-product, as direct heat could be difficult to control. A 1931 technical article in The Journal of Industrial and Engineering Chemistry mentions steam, diphenyl vapor, and hot oil among the heating media already in use for indirectly heating asphalt tanks.

0122 Long

Hillside Roadcut, Asphalt Paved

 The evolution continues to this day. The hot oil that those pioneers used back in the 1930s to heat asphalt tanks was a lubricating-oil base stock, designed not for heating but to protect metal surfaces and extend the life and improve operation of rotating equipment. These days, modern heat-transfer fluids are engineered specifically for high temperature service, and are derived from a variety of chemical families for rugged service, long life, and resistance to thermal and oxidative deterioration.

Asphalt Plant, 1930s

Heating Asphalt , 1930s (Img. from ind.gov)

The heating equipment itself has also evolved a long way from those simple heated trays stirred by hand with long metal hoes. In the 60s producers moved beyond hot-oil heated asphalt plants, adding surge bins and storage tanks to allow more flexibility in meeting variations in demand. Innovators continued to develop other ways to extend the workability time and distance range of the product going out of the plant hot and ready for roadbuilding. Today, information systems, and advances in integrating computer systems into testing, supply, heating, environmental controls, and logistics are adding a whole new level of sophistication to asphalt plant operations.

Paratherm—Heat Transfer Fluids and the Asphalt Industry OEMs

Paratherm works together with the asphalt construction equipment OEMs to help their customers, and ours, to keep their systems maintained, up and running, especially when it counts the most.

It’s August, and in North America, the paving season is at its apex for 2016.

Among the equipment specialists in the asphalt-paving industry is Meeker Equipment Company Inc., which manufactures components to upgrade, renovate, and retrofit existing asphalt and ready-mix plants.

I spoke earlier this month with Jeff Meeker, President of Meeker Equipment, about this year’s paving season.

“We hear from our customers that generally speaking the paving season is going very well,” Meeker said. “Certain areas see a bit of trouble, usually related to political issues. New Jersey in particular needs attention to their transportation trust fund, so there’s a slowdown there at peak season.”

“We also see a lot of paving companies reinvesting in their asphalt plants,” Meeker emphasized. “Money that had been sitting on the sidelines is now going back into rebuilding their businesses.”

I asked Jeff for his opinion about of the evolving role of indirect heating, and specifically how the heat transfer fluids can be a key to preventive maintenance in the manufacturing process.

“Well, our people have become more plugged into talking to construction companies about their hot oil in these equipment discussions, and how important it can be for their operations,” Meeker explained.

“These days, when we visit our customers, our people always carry a heat-transfer-oil test kit,” Meeker said. “The plant managers and maintenance men are increasingly realizing the value of their hot-oil equipment, its impact and importance for their asphalt plants. So we can give them a test kit right there and get them started to evaluate the condition of the system based on the oil test results.”

If you’re an asphalt processor, and you’re interested in a fluid analysis kit, you can get one when the Meeker rep stops by. Or, here at Paratherm, there’s an online form you can fill out and we’ll send you one right away. Here’s the link: Fluid Analysis Kit.

 

Note: In researching the text and reviewing images for this post, I came across a very interesting article, in PennLive, about the origins
and history of the PA Turnpike, its abandoned tunnels and planned modern renewal, and the engineering feat that took it through (not across)
Pennsylvania’s Appalachian Mountains.  Here it is— Ghost Tunnels of the Pennsylvania Turnpike.  Haunting photography, too.

A Stark Reminder of the Importance of Food Process Safety

A rather compelling reminder of the perils surrounding our food, our kitchens, and the entire journey of foodstuffs from field and barn to table and mealtime can be found nearly every day, while watching broadcast television.

In television production-studio kitchens, children as young as 8, and retirees in their 7th decade weave back and forth from the larders to their prep counters and pro-kitchen equipment, and from there to the ovens and stovetops, while competing to be selected as the best, by those persnickety and demanding celebrity chefs.

Vats of boiling oil, trays of broiling bacon, rotating mince blades, manual carrot chopping (fingernails in “claw” mode!), red-hot heating elements, grater surfaces, oven racks—these all can be focal points of danger and potential injury.

We watch as these intrepid and aspiring chefs, young and old, in the rush and turmoil of competing against both time and their highly skilled adversaries, inevitably back into each other while holding a hot vat or steaming kettle, or slice a digit or grate a fingertip or sear a knuckle, potentially dashing their hopes for the title of Master, Grand, or Top Chef.

On another channel in a fascinating recent documentary, about the early development of forensic science in New York City nearly a century ago, food contamination turns out to be the culprit in several very important court cases. For the first time in US history, meticulous testing and research were systematically used as legal evidence to prove accidental death, or intentional murder.

Photo of Alexander Gettler likely in the 20s or 30s

Dr. Alexander Gettler, first toxicologist and forensic chemist with the City of New York

Summer Barbecue Safety Can Be Tricky

It’s the heart of the summer, August 2016. We put wine-soaked cedar planks on our gas grills for salmon seasoning, load piles of charcoal into our Webers and Hibachis, we marinate our proteins and brush EVO on our pepper slices and zucchini filets, we make wonderful food and the aromas of char and caramelization swirl through our neighborhoods; and we, too, must be wary of the dangers. I remember an afternoon 50 years ago when my dad had a stubborn batch of charcoal and was sprinkling some grill lighter fluid on the smoking briquettes. Suddenly the tin can exploded in his hand. It was startling, but fortunately no injury resulted. Perhaps slightly wounded pride in having to explain to your son how not to use lighter fluid, as amply demonstrated. Have you seen or used those stand-alone whole turkey fryers? Check it out on Youtube, and you’ll see more examples of people breaching safety procedures when cooking outdoors. Hint: Do Not Immerse a Frozen Whole Turkey into A Vat of Boiling Oil.

These days, food manufacturers, and restaurants and chains, are very meticulous with their processes to protect the safety of their products, and their customers. And their customers’ customers. Still, accidents happen.

Indirect heating with heat transfer fluids has been common in industrial manufacturing, including food processing, for several decades now.

In 1968, a heat transfer fluid made of PCB (since banned for functional heating purposes, as well as most other uses) poisoned more than 1600 people in Japan, due to accidental contamination of edible rice oil.

We’ve Come a Long Way Since 1968

Food-grade heat transfer fluids are now very widely used in food manufacturing equipment, including high volume fryers, ovens, grills, dryers, and distillation applications; in the poultry, meat, dairy, baking and vegetable-oil processing industries.

Food-grade heat transfer fluids assure the consumer public, and the food production industry, that these crucial steps of these food-manufacturing processes are properly engineered, safe, and reliable.

Food-grade heat transfer fluids were originally registered and certified in the late 1970s by the USFDA and the USDA. Now, these certifications are maintained and managed by the NSF.

No food-grade heat transfer fluid has been more researched and more certified for safety than the Paratherm™ NF heat transfer fluid. In addition to its original certifications from the USFDA, the USDA, Canada H&W, and New Zealand MAF, Organism Laboratory Bioassay; and its current NSF registration and kosher and Halal acceptance, it’s the only product on the market that has been the subject of research into its inherent safety and toxicity after being used in a working process heating system manufacturing food products for several years.

Image of a daisy, in a flask of clear heat transfer fluid, like a vase

Paratherm NF Food-Grade Heat Transfer Fluid

In other words, not only has Paratherm NF held multiple certifications and passed toxicity standards as a brand-new, clear, unused fluid, it has also passed muster as a used, beaten up, moderately browned, yet still perfectly usable, still-within-specifications food-grade thermal oil.

We did these tests because no other food-grade fluid is used in more food plants and applications. Paratherm is the leader in this niche, in products, in service, in technical expertise, and we take the safety of the product very seriously, and intend to remain the leader.

So you can be assured, whether you’re specifying food-grade fluid for a new system, or have been using the same charge of fluid for 5 years, that it’s safe. Contamination aside, Paratherm NF continues to pass bioassay whether it’s new or used.

Paratherm also works with all its customers to maintain their systems, to test their fluids regularly, to avoid problems and prevent contamination as much as possible. Paratherm offers plenty of information on the web as well, to assist with safe handling and use of all of our products.

Paratherm has a section of its website that collects all these safety resources in a single place. View it at www.paratherm.com/safety

 

PARATHERM AND THE NATIONAL SAFETY MONTH: VANGUARDS IN HEAT TRANSFER FLUIDS AND ROBUST HOT OIL SYSTEM DESIGN

June 2016 will witness the celebration of National Safety Month in the USA. It is a tradition that focuses on the importance of pre-emptive and cautionary actions at the workplace so that employees can give their best without falling victim to practices which compromise their security and their well-being. Over four weeks of high-quality free resources are offered to businesses all over the country in an attempt to educate decision makers about the importance of worker safety so that they, in turn, can invest in the right gear, design, and equipment to avoid personal injury—and its consequences.

Fire Safety is a Big Issue: 

Every year the National Safety Month (NSM) chooses a specific focus. And even though 2016 is not about fire prevention, in factories that use hot-oil systems for heat transfer the month is a great reminder to review care of the entire system, and revisit the best maintenance practices that can minimize fire risk.

Paratherm has been a market leader in the sector of high-temperature heat transfer fluids for years, and our team of experienced engineers has evaluated hundreds of hot-oil systems and processes to come up with a few suggestions;

• Leaks. High-temperature heat transfer fluids tend to have relatively high flash points, but when they leak from a system—typically from seals, flex hoses, or piping joints—fire can result.
• Proper ventilation is a key advantage, especially if the heater is located inside the factory building. Adequate ventilation prevents build-up of the required volume of fuel vapors to allow ignition and nips the fire problem in the bud.
• Insulation. Porous insulation materials, unless properly specified and installed, can increase the risk of spontaneous combustion.
• System components. For example, in general all valves should be installed with their stems facing side-ways so that bleeds and leaks can drip away from the pipes and the system.
• See below links for detailed coverage of these advisories.

Paratherm Is an Active Advocate of Fire Prevention and National Safety Month:

Paratherm offers fluid selection advice, and system safety consulting to hot-oil heat transfer system operators and also provides intensive training to help hot-oil-system operators in process industries, asphalt batch plants, and industrial laundries turn thermal oil systems into fire-free zones. Visit the below links for more details.

User’s Guide Technical Data Sheets

Preventing Fires in Thermal Oil heat Transfer Systems (Revised May, 2016)
Flash and Fire Points in Hot Oil Systems (Revised October, 2015)

Blogs and Articles

Paratherm’s Blog Series (3-Parts) on Preventing Insulation Fires
How To Build a Reliable, Practically Leak Free Thermal Fluid System (Process Heating Magazine)

Paratherm Thermal Fluid System Training

Services: Hot Oil System Training from Paratherm

NSC

National Safety Month

Housing Construction Expected to be Strong This Year

According to a 2016 housing forecast at realtor.com, home sales this year are likely to reach the highest levels in a decade. Rises in new-home construction and existing home sales are both expected to push total home sales to the highest levels since 2006.

Building materials should be in high demand, so the industries that produce them— forestry, milling, roofing, wiring and plumbing goods, among others—should thrive as well.

But lumber isn’t just milled timber anymore. Engineered woods, made partly from natural cellulosic materials and byproducts, combined with manufactured components such as resins and adhesives, are increasingly important, with ever improving features, benefits, and performance characteristics.

Engineered wood has become popular for a multitude of reasons. Oriented strand board(OSB), medium density fiber(MDF), paneling, plywood and other types of wood-based building products increasingly help contribute to modern construction projects. Engineered wood products are often times compared to steel because of their surface quality and are even specified for jobs over traditional lumber due to enhanced strength and durability.

OSB (Oriented Strand Board)

OSB (Oriented Strand Board)

So, we’re all clear that manufactured building materials are key players when contributing to sound construction, but how do heat transfer fluids apply?

Engineered wood is simply that: engineered, or man-made. It isn’t wood that comes from chopping down a tree in your backyard. This type of pre-planned wood is designed with specifications in mind to meet the standards—stability, durability, compressibility, etc—of the specified material.

This kind of specialty wood is made by the binding of materials. Continuous or batched mats of compacted wood, strips, particles or veneers are fused together with an adhesive utilizing a thermal-oil-heated press, at a temperature of around 425ºF.

“It’s a demanding process,” says Jim Oetinger, Paratherm’s director of technology. “The hot oil can maintain those temperatures without the extreme pressures you would need with steam so virtually every engineered-wood plant is using thermal oil these days. “

“However the oil can start to degrade and cause sludge buildups in the platens” Says Oetinger. “The problem is that the operators don’t realize that this is happening until the cold spots start to affect product quality. Eventually the platens have be cleaned which requires a complete system shutdown.”

To avoid that downtime, Paratherm’s maintenance programs, using hot-oil lab analysis, comparative fluid baselines, historical data, and plant operator interviews, keep the cold spots from developing, and the process and equipment within specs. At the very least, downtime can be scheduled during regular, expected shutdowns.

Paratherm HE is a durable natural hydrocarbon-based heat transfer fluid used in applications such as the creation of the engineered wood discussed above. Because safety, upkeep, and operation are crucial components of large applications, technical support for heat thermal fluids and accompanying equipment are necessary for general plant management and maintenance.

At the beginning of April we were given the opportunity to exhibit our capabilities at the 4th Wood Bioenergy Conference and Expo, followed by the 5th Panel & Engineered Lumber International Conference and Expo (PELICE). Read more about the event here. In past years, both symposiums have attracted 300+ industry professionals to share in on industry knowledge and presentations, with 75 equipment and technology exhibitors to speak to the various kind of specialty wood and their composite breakdowns.

With this year’s Expos under our belts we are looking forward to jumping into field projects for the industry and upcoming construction season. In need of high-quality heat thermal fluids for the making of your engineered wood? Contact the professionals at Paratherm today. Staff members are on standby ready to answer any questions or help you complete any processes you may have.

Ask the Professionals: Service and Maintenance of Thermal Fluid Systems

Why should someone pick a fluid system over steam?

Thermal-fluid systems have been replacing steam in a wide range of process applications for decades. Non pressurization, simpler components, and higher efficiencies make these systems easier to run and maintain. Once you have decided to switch to a thermal-fluid system, proper service and maintenance are required to ensure that fluids and equipment stay in optimal condition. As an industry leader, Paratherm has experience and the service capabilities to keep your systems up and running. Hot-oil systems are especially attractive for new installations where steam boilers or a steam utility isn’t already present, and heating or heat removal is needed more than the unique properties of the steam itself.

What is your fluid maintenance program? Will it help me?

In short term, yes – it will help you. Paratherm’s Fluid Maintenance Program takes the guesswork out of thermal-fluid analysis. Through sample kits, we test your fluid, compare it against previous samples, and provide you with feedback on its condition. This comprehensive lab review determines if the fluid results are normal, if an equipment problem exists, or if operational issues are causing fluid to degrade. If any changes have occurred, you will be able to take corrective actions to prevent system downtime or damage. Proactive system maintenance is scheduled to meet your needs with incentives offered toward the next analysis.

Image of Laboratory

Our New Laboratory

Do you offer any other services to keep my system on track?

Thermal Fluid System Training is another service Paratherm offers to evaluate in-house maintenance and operation of the thermal-fluid system. Our qualified technical service representative arrives for a half-day or full-day site visit to inspect the system and train personnel on proper safety, operation, and operating practices. A follow-up interview and summary report are included. We also provide preventative maintenance programs, troubleshooting, and system application and design reviews.

Final Thoughts From the Experts

The experts at Paratherm are here to help you manage all aspects of thermal-fluid systems. From training personnel on new systems to maintaining existing systems, we provide the services and maintenance programs to keep your process running smoothly and effectively. In need of our systems today? Contact us here.

Earth Day and Our Efforts

Earth Day is almost here and in recognition of its 46th birthday we are speaking to our efforts in the biodiesel industry. For over two decades now, Paratherm has incorporated biodiesel work into our daily activities. We have been an associate member of the National Biodiesel Board, and have also been featured in BIODIESEL MAGAZINE as the initiator of a mail survey of top-shape biodiesel plants in the U.S., as well as an article written by Dave Nilles – click here for more information.

Where and why did it all begin?

To briefly summarize, in the early 1990s a biodiesel plant was searching for a durable, food-grade medium that was stable for high-temperature heat transfer. The ultimate goal was to distill methanol off of the glycerine recovery—a recovery and purification step in the overall process. The company chose the Paratherm™ NF Heat Transfer Fluid—both for it’s non-toxic and food-grade properties, and thermal stability at the required high process temperatures.

During that time, Paratherm NF was already making a name for itself, being known for its use in food processing applications, and chemicals manufacturing. As we switched over to biodiesel we noticed an unexpected, but exciting characteristic – a less harsh smell. Biodiesel is less toxic and more considerate than regular diesel. Marc Archambault explains, “At the end of the day, you might crave french fries, but that’s better than having a splitting headache.”globe_78_full

Today, the fluid is used in numerous vegetable oil plants in replacement of steam or synthetic vapor-phase fluids. This distillation procedure is technically known as oil deodorization, because originally it was intended to remove off-flavors. The term now refers to a more sophisticated process that results in purer and more consistent edible oils for use in food production and home kitchens.

And these days, the feedstock streams for biodiesel and other biofuel manufacturing processes come from the same ultimate source. Used cooking oils, as well as raw vegetable oils and fats rendered from animal sources are all used for biofuel production.

What makes this heat transfer fluid attractive to the biodiesel industry?

Here’s the breakdown:

1. Paratherm NF has high temperature capability – allowing for 550° to 600° process temperature range, with a safety buffer to allow for temperature or operator glitches.
2. Paratherm NF carries NSF food-grade status – meaning it is non-toxic, easily recyclable and disposable.
3. This heat transfer fluid is readily available – stocked in 6 North-American regional warehouses, also available for emergencies on evenings and weekends. Need it by tonight or tomorrow morning? Paratherm can deliver!
4. Added technical support – questions about how your system works? Paratherm’s team of sales, tech support, and lab analysis engineers is on call to help with any hot oil questions.

Contact Paratherm for your eco-friendly heat transfer fluid products today! For Earth Day, and every day. For hot oil vs. steam costs and savings click here: http://ow.ly/ZQwtU.

Construction Today Features Paratherm

Recently, our company was featured in Construction Today, the magazine aimed at the people who build North America. This feature allowed us to highlight some of the areas where we stand as segment leaders and discuss how we are constantly trying to move forward with asphalt heating technology.

Dealing With Challenges and Presenting Solutions

One way that we, at Paratherm, have demonstrated our superiority is through the solutions we have developed from our fluid analysis program. Our customers work with asphalt, which stays fluid prior to use, but when it cools it becomes the solid surfaces you find on roadways. Keeping that asphalt hot and pliable is important.

Often, customers come to us with systems where the fluid that is in use (sometimes a multi-purpose oil instead of thermal fluid engineered for high-temperature heating use) has degraded faster than expected, which can cause all sorts of problems with uneven system heating, component damage, or loss of production. Our engineers use fluid analysis to troubleshoot the systems, and help to address any problems. The engineers can help the customer to correct incipient problems and avoid full system failure, or and use a running fluid analysis history to track their fluids over time, keeping them in good condition — preventing problems before they occur.Front page of Paratherm Article, Construction Today

Developing New Products

One of the biggest dilemmas our customers face, and possibly the most crucial, is assessing and replacing heat-transfer fluid in hot-mix asphalt plants and storage tanks. Asphalt needs to be kept hot and fluid for time periods of up to a week. Timing depends upon the plant schedule and the schedule of the crews spreading the asphalt. The fluid must be able to take the high temperatures without degrading or breaking down, and still be operable for years to come.

On top of developing these new products for industrial indirect heating, and improving services for maintaining them, we also work with our customers to provide training sessions on using our heat-transfer fluids. After all, simply having the technology isn’t enough. Clients must have the necessary training and knowledge of the product. We work on-site, with equipment manufacturers as well as plant managers and maintenance personnel, to make recommendations and help our customers get the best life out of the fluid.

As a national leader in heat transfer fluids, we expect our business to continue to grow. With the investment in infrastructure and road repairs that seemingly increase year after year, Paratherm sees a big future in the market. We also continually explore other uses for our heat-transfer fluids, in other applications.

We would like to take a moment to recognize Janice Hoppe for the great article write in Construction Today. Continue reading our blog for the latest updates!

New Year + New Location = Streamlined Operations

We are officially settled into our new headquarters building located at 2009 Renaissance Boulevard, King of Prussia, PA. We briefly touched on the move in our end of year blog posted Dec. 30th and are excited to report that the move went smoothly… We haven’t missed a beat!

Paratherm's New Headquarters
2009 Renaissance Blvd., King of Prussia PA — USA

The new headquarter location allows us to continue to do what we do best—proactively respond to the needs of our customers. When it comes to indirect heating applications, we are the company that process industry professionals rely on for the highest levels of products, expertise, and assistance. The features of our new facility will allow us to be even more efficient and productive.

Our new space includes modern facilities to interact with customers in person and through electronic communication systems. A presentation auditorium and meeting facilities will enable us to comfortably invite in groups for demonstrations, using the latest in large display screens. This also allows us to include off-site groups through the use of state-of-the-art webcams.

Fish-eye view of Paratherm HQ Interior

Fish-eye lens shows presentation and meeting area soon after the move

The new lab space is twice the size of the lab at previous locations. It has been upgraded with new automated testing equipment that results in increased test options and faster testing which offers improved accuracy, wider performance ranges, and improved repeatability. In order to provide more information to our customers for better decision making, we are currently working on improvements to our report presentation and formats so that customers have access to our data and results.

Shot along lab bench showing instruments and vapor hood

New laboratory, twice the size of previous

We’re still committed to fast supply, responding when emergencies happen, and helping prevent problems by designing feedback systems to monitor and measure the vitals to keep processes at optimum, and give warning when action is needed.  that continuously monitoring the thermal fluid in your systems to maintain proper temperatures. Fluids, cleaners, and additives from Paratherm are engineered for optimum machine performance, but if you do experience unplanned downtime, we will respond quickly to troubleshoot the problem and get you the products and data you need to keep production running. And as part of the global Lubrizol team we have stocking locations throughout North America, and on five other continents.

Paratherm’s new official contact information is:

2009 Renaissance Boulevard
King of Prussia, PA 19046 USA
Tel: +1 (610) 941-4900

We are fortunate to have a wonderful team of professionals ready to make this new home a place for customers to explore Paratherm’s outstanding product lines, while maintaining our dedication to serving our customers. We are excited to welcome you all to our new space! Contact us ASAP to plan a visit!

Illustration of Building and Moving Van

Settling in to the New Year

Paratherm Feb. 2016 Outlook Blog ImageOur December post recapped events that took place in 2015. With January behind us, it is an ideal time for us to look toward the future and clue you in on our plans for the next 11 months.

Our main priority is to continue to serve hot-oil operators in a wide range of industries. The in-depth application support, troubleshooting, and fluid maintenance and analysis programs will continue to be a leader in the industry and provide the expertise and experience that our customers have come to rely on. We will continue to be the problem solvers you need to keep processes up and running.

With that said, we are excited to announce we will be conducting training webinars to provide our customers with the necessary information to optimize their indirect-heating systems, incorporating advice to help meet current safety codes and requirements. Watch for notification of the first of these safety and operation seminars on specific applications and industry topics in the near future.

Ed Delate, our new Business Director, continues to inspire the company with new ideas and concepts to best meet the needs of current and potential customers. Ed brings years of manufacturing knowledge to Paratherm, with experience in many applications that require hot-oil systems. We are looking forward to broadening our customer base with Ed’s guidance and leadership.

This year we are also expecting to see an increase in biodiesel production, as the Renewable Fuel Standard was increased in late 2015. The advanced biofuel, biodiesel, is a viable alternative to fossil fuels and meets standards for renewable energy. As the industry increases production, Paratherm will be there to support its growth.

To recap the end of last year, the move to our new office space took place in December, and today, we are fully settled into the new establishment. Our new address is: 2009 Renaissance Blvd, King of Prussia, PA 19406. Although the address has changed, our people, services, and products remain as responsive as ever!

We look forward to another exciting year of providing the highest quality products to keep systems running smoothly to solve and prevent challenging process problems that await.

From the Paratherm team, we wish you a happy start to the 2016 year!