In modern Urea Plants, capacities have reached 3,500 metric tons per day and today Engineers are planning plants as large as 5,000 metric tons per day. The equipment at the heart of this plant type are pumps used for ammonia feed and carbamate recycle systems.

In this article we will address the ammonia feed pumps. In these mega plants, the big consideration is whether to use reciprocating pumps or centrifugal pumps. In the past decades the centrifugal pump made strides in increasing capacities and discharge pressures. Depending on the process license, the discharge pressure of the ammonia feed pump is around 240 barg (3,484 psig). As far as pumping technology was concerned, it seemed that as the plants grew in capacity, the plunger pumps were no longer able to keep up with the centrifugal pumps in volume. Thus, they quickly became the norm for the new fertilizer mega plants.

However, URACA high pressure reciprocating pumps have also undergone important technical modifications over the years to increase volume and efficiency of the liquid ends. The most notable of these advancements is the implementation of the tandem valves and elimination of O-ring seals in the valve block. The new generation of pumps, the P series, has also increased the capacities of Uraca plunger pumps making it possible to compete with higher volume centrifugal pumps.

Let us examine an example of a customer's required ammonia feed rate of 250 m3/hr at 240 bar. At this pressure and capacity we have a hydraulic power requirement of 1,667 kW. For this application a single multi-stage high pressure centrifugal pump can be installed to meet this requirement. However, due to the hydraulic losses, the power consumption must be doubled. Thus, a motor rated for almost 3,400 kW is required to drive the centrifugal pump. One of the largest drawbacks for the centrifugal pump is flow control. Since the flow from a centrifugal pump is not linear the flow must normally be regulated via an expensive flow control valve to achieve the required accuracy. Until recently, the centrifugal pumps were the only clear choice for these new mega plants.

Based on the new higher volume plunger pumps available today from Uraca, the aforementioned ammonia feed rate will still require two URACA P5-96 pumps running at 84 rpm with plunger velocities at 0.84 m/sec. Flow control is directly in linear proportion to the pump speed thus no expensive regulating valve is required. Additionally with modern VFD drive technology a torque converter is no longer required also making the pump foot print smaller. Power consumption is only 10-15% higher than the hydraulic power requirement due to both the mechanical and volumetric efficiencies being greater than 90%. Thus, requiring much less energy than centrifugal pumps.

In terms of cost, the initial investment for the centrifugal pump can still be lower, however, in the long term, the energy savings and superior reliability of the URACA reciprocating ammonia pump will easily make up the cost difference in a relatively short period of time. In some cases the cost of the ammonia plunger pump will actually be less expensive with the new capacities that are available from Uraca.

If mega plants are being planned with the conventional Ammonia centrifugal pumps for mega plants based on "older information"ﾅ the times have changed and the excellent cost benefit vs performance and increased capacity of plunger pumps must once again be analyzed thoroughlyﾅ using plunger pumps may just be the best alternative. For more information on URACA reciprocating pumps for Urea service, please contact us or visit www.chemacinc.com or www.uraca.de.

Gather recently announced the introduction of a metering centrifugal pump. The new pump is an addition to the magnetic drive gear pumps and also offers pulsation free metering of fluids. The new pump is a leap in technology for the Gather line that traditionally offered only gear pumps. The new pump details are available on Chemac Inc's download page under Centrifugal Metering Pump.

The new CMP line offers customers a new type of pulsation free, metering, transfer or circulation pump designed for CIP. For details contact Chemac Inc. at Chemac@chemacinc.com.

Chemac, Inc. in Alvin Texas invites customers interested in the upcoming seminar in Texas to register for the 1-1/2 day program. The program will include:

• Basic Training and maintenance tips for Intensifier pumps.
• Review of parts life and improving maintenance service.
• New designs and alternatives to existing systems.
• Trouble shooting.
• Q&A Sessions to review actual customers issues.

If you are interested in this free customer seminar, please register with Chemac Inc. by sending your detailed contact information to Kim Stuart at Chemac Inc at kstuart@chemcainc.com. Upon registering you will be kept informed, via email, on the upcoming seminar details as they are made available.

The program will be focused on catalyst injection pumps and other ultra high pressure applications. We look forward to seeing you at the Intensifier Seminar in Texas, USA.

Meredith Palmer recently successfully completed her summer internship at Chemac Inc. The summer program allowed Ms. Palmer to work in an active work environment with real hands on experience while learning about how a company like Chemac Inc operates. The work experience will be extremely valuable when Ms. Palmer graduates from Skidmore College next year and enters the job market.

During her internship, Ms. Palmer was responsible for upgrading and updating data on various web portals. She also worked extensively with Chemac Inc's Web Master on the company web site as well as taking responsibility for many marketing, QC and advertising functions within Chemac Inc. Her professionalism, timeliness, enthusiasm, ability to learn quickly, work as a team player, and positive attitude quickly made her an asset to the Chemac Inc team in New Jersey. She will be missed and we wish her the best for the future. We are confident that she will succeed in her career after her graduation in 2011.

Considering the difficult business environment, finding paid internships is getting increasingly more difficult for talented students. Chemac, Inc. is proud to offer students, like Meredith Palmer, the opportunity to gather valuable work experiences that they can take with them for the rest of their lives. The future is in the hands of the next generation, we must make sure they are ready for the challenges ahead.

"Education is the best provision for old age." - Aristotle

Chemac Inc recently sponsored "Urea Know How" for urea productions plants. The web site is an excellent resource for information on the urea industry. The information, forums and discussions related to the urea industry are timely and informative. The web site is "the world's largest meeting place for the Urea industry."

The site is an excellent source for the urea industry and allows members to share experiences and improve the industry as a whole. Find out what the site is all about at http://www.ureaknowhow.com/urea.

The following "TECH TIP" is provided for users of Uraca Slurry pumps only (please read our full disclaimer before relying on any information on this web site) . If you have any questions concerning this TECH TIP, please email chs@chemacinc.com

1. Pump Start-up

Prior to each cold pump start-up, it is essential that the liquid end, consisting of valve block (pump body) and stuffing boxes, be preheated to operating temperature.

This heating should be done with condensate or hot water. Temperature should be above the crystallization temperature of the liquid handled. Duration of heating depends upon water temperature. It is to be ensured that liquid end had reached operating temperature before pump is to pump slurry.

For this purpose, hot condensate or hot water is fed into the valve block via the suction line, flowing through the valve block and drained via discharge line bypass. Depending upon the conditions on site, this water can be reused. In many plants, normal water is heated with steam before entering the pump. At the same time, the hot-water supply of the stuffing box flush leakage is to be opened so that they can also be heated-up to operating temperature. A heating-up with steam is not recommended, as temperature is often too high, which influences the life of O-rings, and stuffing box packings/gaskets.

Why does the pump have to be heated prior to start-up? If the pump is not pre-heated, the following will occur:

Hot slurry flows into the valve block and into the stuffing box. The relatively large surface of steel takes the heat from the slurry, which then is crystallizing- mainly in the stuffing box directly before the packings/gaskets. Here, there is only a small quantity of slurry due to the narrow gap of the guide bush of the plunger. During operation of the pump, this slurry is not exchanged during each plunger stoke but accumulates in front of the plunger seal. As a result, the seal becomes damaged and the plunger guide bush is subject to severe wear and tear. Due to crystallized slurry, the wear and tear of valve seats, valve cones, ball guides and ball/cones will be considerable.

2. Shutting Down and Flushing the Plunger Pump

If the pump is to be stopped for cooling down (e.g. for weekend or for change of shift), it is necessary to flush the pump with hot condensate/water. Flushing can only be done when the pump is running. Time of flushing depends upon the water quantity throughput, i.e. pump speed. It is important that the pump is pressurized to operating pressure during the flushing. This may happen via bypass with throttle valve in the discharge line or, for instance, directly to the tower. Flushing time should not be less than 10 minutes.

Operating pressure during flushing is important so that the slurry that is in and between packings/gaskets is also flushed. If not, the remainder of the slurry leakage in the packing will crystallize and destroy the plunger and sealing, as well as guide bush during restarting of the pump. Slurry crystals will also remain in the valve block, causing a quick and excessive valve wear and tear.

It is also important that the pump suction line system is completely flushed out. If the pump is run at low speed, e.g. at low water flow, the flow rate in the suction line system is very low and thus the water flushes only part of the entire pipe section because it is flowing over the slurry. As a result, the pipes are still partly filled with slurry when they are cooled down and this slurry then crystallizes.

Under these circumstances, when restarting the pump, the valves lose tightness and the valves, plungers and seals will be subject to severe wear and tear.

During flushing, it is essential that the stuffing box leakage must occur during hot water/condensate pump flush out.

The flush liquid on each stuffing box, as well as the probably installed plunger flush after the stuffing box casings, must always be hot condensate/water. The temperature should always be above the slurry's crystallization temperature.

A flush water quantity of 1.5 liters per stuffing box per minute is sufficient.

In order to avoid the creation of condensate in the pump's power end, the cover over the stuffing boxes is to be kept open and the power end is to be positively vented with dry air of Nitrogen. From experience, it is known that the lube oil system cooling water can be shut-off as well. If oil cooling is needed, an automatic regulating water valve in the outlet line of the oil cooler should be installed to have constant oil temperature and low water consumption.

Questions or need service for your slurry pump? Call Chemac Inc toll free at 1-800-217-8677 or just email chs@chemacinc.com.

Companies everywhere are striving to get the best technology possible to make their companies maintain their edge. Chemac Inc. recently announced a major IT upgrade to secure data and data transmissions.

Chemac Inc., was one of the first high pressure pump and service companies to use the Internet over 20 years ago. When the Internet was first becoming popular, as a marketing tool, the only "pumps" found using online searches where women's shoes. Although you can still find women's shoes or pumps online today, the industrial pump sector has come a long way since the early days of the Internet. Chemac Inc has always recognized the value of the internet as a media, but also recognized the potential for problems. Thus, the recent upgrades where installed to ensure that email communication and data storage is the safest it can be.

In order to accomplish the company's security objectives, Chemac Inc hired the IT service consultants of KAB Computers in Hackensack, NJ. We anticipate that all the upgrades will go smoothly, but if there are any issues from customers, suppliers or employees concerning errors, lost emails etc., the IT experts at KAB will work quickly to remedy the problem. Customers are asked to notify Chemac Inc by calling 1-800-217-8677 if they have any problems sending emails or they receive any error messages when communicating with Chemac Inc while these updates are taking effect. Customer may also send error notices to the back up email address Chemacinc@optonline.net

Thank you for your patience while our systems are upgraded. Our upgrade should be completed by latest June 30.

High-pressure water jet technology is becoming increasingly popular as a tool for cleaning and making easy work of difficult projects. Safety is a key factor in deciding what type of technology to use for most cleaning applications. High-pressure water can be the solution to most cleaning problems. High pressure water is already being used in chemical plants for interior vessel cleaning, pipe cleaning, heat exchangers, and surface cleaning.

There are many different ways to clean different vessels or enclosed spaces. Traditionally, tanks or vessels had to be cleaned by hands, via scrapping, or using caustic solutions. This presented a safety risk and was not very efficient as it would slow down production as cleaning could take several days to complete. For every hour a vessel was locked out for cleaning, the plant would loose that production time. By opting for high-pressure water, cleaning can take minute vs days.

Water jets can cut through dirty sediments and remove them with relative ease. The high pressure allows the sediment to be removed easily using less water and resources than traditional methods. High pressure systems are safe, efficient and can increase the quality production from existing vessels or reactors. The high pressure cleaning systems and tools can be operated manually, fully or semi- automatically.

Water jets can be used for cleaning, descaling, scarification, mining, surface preparation, coating removal and many other tasks. Look at the benefits of using high pressure water for your applications. Advantages of working with Chemac and Uraca on your next project?

• Over 40 years of experience in high pressure systems
• Excellent safety and quality record
• Leading PLC automation for vessel cleaning systems
• High quality Uraca pumps and tools
• After sales support from multiple locations world wide
• Leading technical and parts service

Interested in finding our more? Email jgeronimo@chemacinc.com or call 1-800-217-8677 (or 001-201-934-3300)

URACA had a strong and noteworthy presence at the 2010 Bauma exhibition in Munich, Germany in April. They presented their newest products through the use of a corner stand and a mobile service truck. Some of their successful introductions included the test pressure unit EP602, the DP3-10 E, and the RWD 3000 cleaning nozzle. The new and improved DP3-10E can operate at pressures up to 1000 bar, which is equivalent to about 14,500 psi. This new technology allows access to new methods of testing and will provide a lot of insight into forming new products. Needless to say, the URACA products got the majority of the attention.

Also new from URACA are the KD 708 version D, KD 716 stuffing box, and the KD 716 vertical design. The KD 708 offers new pressure capacities through a new liquid end. Since it is suitable for thicker liquids, the operating pressure can reach up to 2,800 bar or about 40,600 psi. The KD 716 stuffing box makes plunger seal maintenance easier. The difference is that there is an added compression spring that compensates for changes in seal length, making less work for the user. It also offers new and better protection from water entry into the power end, due to this seal. Lastly, the KD 716 vertical design is a new design that allows the pump to be placed in confined locations. It provides an increase in mounting options and takes up a lot less space. Its flexibility and sleek design make it ideal for users who have space restraints. All of these new models open up new doors for high-pressure equipment.

For any inquiries or desired specifications about any of the pumps or products mentioned, contact Chemac Inc. through our website. We would be happy to assist you.

There has been an ongoing debate for years based on whether centrifugal or reciprocating pumps, also known as plunger pumps, are the most logical choice for industrial needs. In reality, they each have their advantages. However, they both have their disadvantages based on how the liquid flows through the pump. Before making a decision, it is important to consider how each of these pumps work.

The two pumps operate in response to an increase in velocity of a particular fluid, which then causes movement. However, they do so in different ways. The centrifugal pump increases the velocity of the fluid through movement from impeller to impeller. This velocity is then converted into pressure and continues to exit out of the pump through the diffuser as a result of this pressure. Plunger pumps increase the velocity of the fluid through movement of the plunger or piston. Whether the fluid enters or exits through the valve also depends on the movement of the piston. Reversal in this movement causes the opening valve to close and allows the liquid to be forced out through the exit valve. In essence, the velocity of the fluid determines the overall efficiency of these two pumps.

Critiquing the pumps comes down to a few factors such as pressure, efficiency, energy loss, consistency and economics. Although the centrifugal pump has a relatively smooth flow, pressure is limited and the amount of energy consumed is 1.4-1.9 times that of the plunger pump. Costs of energy efficiency should be part of any purchase decision as long-term energy costs can outweigh any benefits of the centrifugal pump. Most centrifugal pumps are associated with efficiencies from around 35%-60%. The efficiency rarely exceeds 80%. In comparison, plunger pumps operate between 85%-95% efficiency consistently. Although the initial cost of a centrifugal pump may be less than that of an equivalent plunger pump, the efficiency savings offered by the plunger pump makes the plunger pump type much more attractive where energy costs are high or the potential buyer is seeking a more efficient energy savings alternative.

Generally, centrifugal pumps cannot operate with high pressures above 2,000psi, but can offer larger flow volumes than plunger pumps. Multi-plunger pumps can operate at up to 50,000 psi but do not have the maximum flow that centrifugal pumps can offer. Changes in viscosity affect the flow and pressure rate in centrifugal pumps whereas pressure stays constant even with changes in viscosity in plunger pumps. The bottom line is, the choice depends on the particular medium, application and the pressure and flow required. Each pump presents its advantages and disadvantages. In most cases, the obvious choice is a centrifugal pump and in others it is the plunger pump, but there are times when the choice is not clear and this is when a customer must analyze the benefits of each design.

Chemac Inc. announces the offering of an Internship Award in memory and honor of the legendary Professor Dr.-Ing. Willi W. Dettinger. On November 11 2003, Professor Dettinger passed away leaving behind a loving wife and a legacy of excellence, friendship, ingenuity, leadership and innovation. His dedication to Engineering, his company (Uraca), his friends and family will not be forgotten.

The Internship Award will be the first of its kind offered at Chemac Inc and will ensure the legacy of the Professor Dr. Ing. "Willi" Dettinger will live on in the expectations of excellence for each Engineering trainee at Chemac Inc. The Award will be given to one engineering intern per annum that successfully completes a full engineering internship with Chemac Inc and is selected as the intern that has accomplished all engineering/ work assignments with the highest rating of the year. The award will include an honorary plaque and a US$1,000.00 check. In addition, the intern will be highlighted in the Chemac Inc News as the recipient of the Professor Dr. Ing Willi-Dettinger Award for Excellence in Engineering.

The Professor Dr.-Ing Willi W. Dettinger Award will be an honor that every winning trainee can be proud of. The Award will honor the memory of one of the leading pioneers in the high pressure pump industry and serve as a reminder of his importance to the Uraca and Chemac Inc history for many generations to come.

The business world is getting tougher and tougher to enter and competition for jobs is increasing at a rapid pace. College students all over the world are fighting for the opportunity to even be considered as a candidate. It is clear that experience is necessary. To cater to the students who need this experience, Chemac Inc. offers a variety of paid and unpaid internships for young students all over the globe who are looking for exposure to the business and manufacturing world. We are looking for students who are motivated and open to learning new things.

The internships are available for students who are interested in marketing as well as students who are interested in engineering. The goal of the internship is to provide a first hand glance at how a small business works as well as exposure to many different fields at once. During the marketing internship, not only do students complete clerical work, but are also allowed to contact perspective clients, work on the various websites that Chemac Inc. markets itself on, and take part in important projects that play a huge role in forming the positive image of Chemac Inc. For those who are interested in engineering, an internship here at Chemac includes hands on work in the shop, learning how to troubleshoot, and designing and travel opportunities.

Currently, Chemac Inc. (NJ HQ) has a 21-year old intern named Meredith Palmer. She is a student at Skidmore College majoring in Business/Management. Her internship involves managing the websites that Chemac uses to market itself, contacting clients, cataloguing instruction manuals, and working on news articles for the website. She also is responsible for several independent projects that help improve Chemac Inc.'s image. Chemac Inc. looks forward to welcoming new interns, from Spain at the end of June, and from Germany in September. If you are interested in becoming an intern for Chemac Inc., visit us at www.chemacinc.com or email your interest to aps@chemacinc.com. We look forward to hearing from you.

Safety is job #1 for all customers and cleaning with high pressure water is one of the safest and most economical means to clean fouled surfaces, vessels, tanks and almost any confined space.

Chemac Inc stocks 3D cleaning tools and equipment for high pressure cleaning applications. These tools are ready to ship and include:

• Positioning devices
• Tank cleaning heads and nozzles
• Hoses
• Connectors

For all customers requiring repair or maintenance service, all of our locations in North America are equipment service centers. Call 1-800-217-8677 for a Return Authorization number and the tool will be inspected upon receipt. From pumps to tools, Chemac Inc can offer high pressure cleaning solutions for almost every need.

Uraca pumps are the choice for most high pressure applications and when it comes to UAN production, Uraca is the world leader in ammonia and carbamate pumps. In cooperation with Uraca, Chemac Inc offers pump packages assembled in Texas. Thus, the heart of the package is still the Uraca pump, but all the accessories and components are all made or sourced in the USA or Canada.

The production of fertilizer in North America over the last few years has experienced a revival as the US$ lost value. The declining Dollar made domestic production more viable and the trend will continue into the future. Although there may be no new plants built in the next two years, the capacity of existing plants will be increased to meet the growing demand.

The fertilizer industry is closely linked to the early history of Chemac Inc. It was in the "boom" days of the North American fertilizer industry, during the 60's and 70's, where Chemac, Inc. started to expand into other high pressure equipment applications. There are still Uraca pumps and equipment in North America, serviced by Chemac Inc, that are still running today that were installed in 1965. Chemac Inc is proud to be part of the global expansion of Uraca pumps Worldwide.

In addition to pumps, Chemac, Inc offers valves and other high pressure equipment for fertilizer plants. Over the years, the Chemac, Inc. Team accumulated valuable experience in the operation and maintenance of equipment, why not put this to work for your plant? The benefits of this experience?:

1. Safety - Chemac, Inc offers the latest/safest equipment designs and offers safety training to customers upon request. Chemac, Inc.'s 40 + year safety record is excellent.
2. Reliability ￱ Chemac, Inc. only offers the most reliable solutions for each application. A reputation for reliability for over 40 years.
3. Service ￱ Equipment services, 24/7 parts and technical support.
4. Parts ￱ Chemac carries a large parts stock for same day shipment for order received by 1pm EST.
5. Value ￱ We are confident that our pricing offers the best over all value for customers in value added services, equipment quality and longevity.
6. Quality ￱ Chemac Inc offers products from leading quality factories that meet or exceed ISO requirements. Chemac, Inc. is also member of QC web portals, and has a long history of quality services and equipment.
7. Long Term Partner ￱ For over 40 years, Chemac Inc has been a reliable quality partner. Chemac, Inc still services equipment sold back in 1965 and works closely with customers to achieve goals. We build relationships on teamwork and by working closely with customers.

We look forward to hearing from you about your needs.

Despite several plant closures in North America over the past years, the LDPE production is still an important part of the Chemac, Inc. product and service offering. The majority of the production in the USA is located within a short flight or drive from Chemac Inc's Alvin, Texas facility. If you are not working with Chemac Inc, you may want to review the benefits of doing so.

Why Chemac Inc? Chemac Inc has been active in the LDPE field for over 35 years. Thus, experience plays an important factor when dealing with ultra high pressures. Chemac Inc also offers on site services, storage of equipment or piping, stock parts, and 24/7 technical support, and the highest quality high pressure equipment on the market. Chemac also streamlines ordering by offering various web portals for easy access to QC documentation.

When working with high pressure equipment, especially with ultra high pressure used in LDPE production, you need qualified support just a phone call away. If you need any equipment for your LDPE plant, or support, call our Alvin Texas location at 713-357-5140 or dial our toll free number 1-800-217-8677. We look forward to being of service.

Bad Urach is home to Chemac Inc's world famous factory URACA located in the south western part of Germany called Baden-Wuerttemburg. The picturesque small town, of approximately 13,000 inhabitants, is nestled in a valley at the foot of the Swabian Alb. Bad Urach is a short 30 minute drive, without traffic, from Stuttgart.

The town of Bad Urach was originally called "Urach" and was, according to the oldest available records, most likely first settled in the early Stone Age. It has a long rich history in the region. The local castle, Hohen Urach, was built around 1025 AD and the town was also the seat of the famous Graf Eberhard "with a Beard". Graf Eberhard was famous for his leadership and role in establishing the nearby University of Tuebingen (one of the eleven oldest in Europe). In 1985, the name was changed to BAD URACH, BAD meaning "bath" or "spa" to reflect the towns hot springs spa and making Bad Urach a member of the German Spa town "community." More information on the history of Bad Urach can be found on the web links in this article.

In addition to being the home of many of our friends, and coworkers at Uraca (one Chemac, Inc. employee was also born in Bad Urach), the region around Bad Urach is an ideal place to visit when travelling in Europe. Situated at the start of the "Erms River" Valley, Bad Urach is a short drive from several tourist spots and famous companies. For example, here are some notable tourist places and businesses worthy of mention:

In Bad Urach ￱ the historic town center. The castle Hohen Urach. The Waterfall. The Spa. More details can be found here. Businesses in Bad Urach include, URACA (leading manufacturer of pumps and systems), Magura (manufacturer of hydraulic brakes), and the hotel closest to the spas the "Graf Eberhard".

In nearby Metzingen, the local shopping center is known as the outlet center of Europe and offers many international shops including Hugo Boss, Ralf Lauren, Nike, Levi's, Escada, Tommy Hilfiger, Esprit, Pepe Jeans and other high end stores. Only minutes away from Bad Urach are other famous firms, castles, and sites. Visit this link for more information visit

Bad Urach has it all, business, shopping, hiking, biking and more. Customers visiting Uraca have the opportunity to enjoy the surrounding area and history that makes up this historic region of Germany. Customer plant visits can be arranged by Chemac Inc., and are encouraged, for larger projects to inspect the facility and equipment during testing.

During plant visits, we look forward to introducing customers to the local area and highlighting the quality and attention to detail that has made Uraca and this region famous. Bad Urach, Uraca and Chemac, Inc. look forward to seeing you.

Planning to visit Bad Urach? Chemac Inc suggests trying the Graf Eberhard Hotel for overnight accommodations. (Please read full Chemac Inc internet disclaimer. Chemac Inc does not receive any benefit, nor does it take any responsibility, for any suggestions made in any News article. The reader assumes all responsibility for taking action on any information provided herein).

From Texas to NJ from Europe to Canada, the weather has been hampering Chemac Inc's operational network. The recent severe snow storms in Europe closed major airport hubs and shut down some shipping facilities. In the NY and NJ area, on December 18, the weather shut down the regional airports tying up passengers and freight. Luckily, only a few Chemac Inc shipments were delayed as freight backed up during the busy holiday season. Not only trans- Atlantic freight was disrupted, but the weather in the US was also severe holding up shipments throughout the country. Even States that pride themselves on a warmer climate this time of year were hit by the icy cold weather. At the Chemac Texas facility, the "pond" known as "Lake Chemac" was completely frozen over for the first time.

As of January 13, the forecasts are calling for warmer weather and the recent heavy snow and winds will soon be a memory. The thaw may allow us to find one of our New Jersey service technicians that was left outside too long (pictured on the right). The warmer weather, also expected in Texas, will allow Rex to take off his winter hat (pictured above as the snow was falling in Alvin, Texas).

Last heavy shipment of the year being prepared to leave the Alvin, Texas facility at the end of December 2009... two large pumps

Happy New Year to all! The New Year promises to be exciting and offers new challenges and opportunities for the future. Chemac, Inc. looks optimistically forward to taking on the challenges we face with our customers and suppliers. The coming years will require relationships that are able to respond faster to the needs of customers and Chemac, Inc. is committed to continue to develop and build its relationships to improve the value added services that have made Chemac, Inc. a recognized leader in the high pressure service industry.

We wish to thank all customers, advisors, suppliers, friends, coworkers and employees families for their cooperation and support in the past years. We are confident we can achieve greater success in the future and plan on making the investments and commitments to ensure continued success into the future.

For the last 44 years, Chemac, Inc. has been serving customers in the fields of high pressure pumps, valves and systems. What can be new for 2010? Here is a brief summary of goals for 2010:

1. Further investments in our Service Centers in NJ and Texas
2. Add more new team members to our Texas location
3. Increase investment in stock levels for active equipment
4. Building new hp test facilities in Texas
5. More equipment to be added to the product lines in 2010
6. More direct customer visits/presentations and less trade shows
7. More improved interactive media for customers
8. In addition to our general charity programs, supporting cancer research and other charities, we will be adding new charity programs that will incorporate customers and activities.

We look forward to working with you to improve your business in the future.

Chemac News Archives

CHEMAC CLEANING DIVISION OFFERS "CASH FOR CLUNKERS" FOR TANK CLEANING HEADS. -  (30-Oct-09)

COAL-TO-LIQUID (CTL) TECHNOLOGY - SECURE AND AFFORDABLE ENERGY SUPPLY -  (24-Sep-09)

EXPAND YOUR CAREER OPPORTUNITIES WITH AN INTERNSHIP AT CHEMAC INC. TX -  (24-Sep-09)

CHEMAC INC. - CUSTOMERS NAVIGATING CRISIS -  (24-Sep-09)

CHEMAC INC. - RELIABILITY AND QUALITY -  (24-Sep-09)

CHEMAC'S LOCATION IN ALVIN IS BUSY WITH REPAIRING EQUIPMENT  -  (31-Aug-09)

RECONDITIONED EQUIPMENT FOR SALE -  (31-Aug-09)

CHEMAC EXHIBITS AT WATERJET TECHNOLOGY CONFERENCE AND EXPO -  (20-Aug-09)

GET NEWS BULLETINS ABOUT MONEY SAVING TIPS AND PRODUCT ANNOUNCEMENTS VIA EMAIL -  (03-Jun-09)

IMPROVING CUSTOMER SERVICE ISN WORLD & ARIBA NETWORK ONLINE PORTALS -  (01-Jun-09)

NEW WANKEL METERING PUMP BY GATHER  -  (01-Jun-09)

SERVICE ABOVE SELF - CHEMAC COMMUNITY SERVICE -  (01-Jun-09)

API 674 LEAFLETS AVAILABLE FROM CHEMAC INC -  (01-Jun-09)

ACHEMA - BIGGER SUCCESS THAN EXPECTED -  (20-May-09)

NEWS RELEASE - CHEMAC INC ANNOUNCES BUSINESS PARTNERSHIP IN SINGAPORE -  (15-Apr-09)

API 674 PUMPS FROM CHEMAC INC -  (14-Jan-09)

WHAT CAN WE DO FOR YOU? -  (13-Jan-09)

INTERNSHIPS - MECHANICAL ENGINEERS / STUDENTS -  (12-Jan-09)

URACA INTRODUCES A NEW PRESSURE REGULATING VALVE -  (10-Jan-09)

TRAINING CLASSES FOR MA ENGINEERS - PUMPS  -  (09-Jan-09)

SAFETY! SAFETY! SAFETY! -  (08-Jan-09)

KEMPCHEN RELOCATES TO NEW MODERN FACILITY -  (03-Jan-09)

CHEMAC INC JOINS WEB PORTALS TO IMPROVE GLOBAL CONTRACT AND SUPPLIER MANAGEMENT FOR CUSTOMERS -  (01-Nov-08)

CHEMAC, INC. LOCATION IN ALVIN EXPANDING, TRAINING AND GROWING -  (01-Nov-08)

GATHER METERING PUMP UPDATES WEB SITE -  (01-Nov-08)

URACA EXPANDS - STARTS BUILDING NEW PRODUCTION FACILITY -  (01-Nov-08)

REPAIRS - JUST LIKE NEW! -  (01-Nov-08)

HURRICANE IKE UPDATE -  (18-Sep-08)

2008 BUSINESS STIMULUS PACKAGE - SPECIAL DEPRECIATION ENDS SOON -  (24-Aug-08)

DEMAND FOR HIGH PRESSURE EQUIPMENT UP IN DIFFICULT TIMES -  (24-Aug-08)

CHEMAC INC TRAINING PROGRAMS -  (31-Jul-08)

2008 CALGARY OIL AND GAS SHOW -  (28-Jun-08)

MAINTENANCE AND REPAIR SERVICES -- MORE OPTIONS -  (26-Jun-08)

2008 PUMPER & CLEANER SHOW - LOUISVILLE -  (25-Mar-08)

CHEMAC INC - COMMUNITY SERVICE IN TEXAS -  (15-Mar-08)

PUMPING TECHNOLOGY -  (20-Feb-08)

THE COST OF SERVICE IN THE PRODUCT PRICE MIX -  (10-Feb-08)

SPOTLIGHT: NEW JERSEY -  (01-Feb-08)

2008 PUMPER AND CLEANER SHOW FROM 2/28 TO 3/1 -  (18-Jan-08)

2008 UHDE HPT GLOBAL LDPE MAINTENANCE WORKSHOP -  (17-Jan-08)

HIGH OIL, WEAK DOLLAR, HOUSING BUST... WHERE TO IN 2008? -  (06-Jan-08)

ENERGY SECTOR - URACA DELIVERS HIGH PRESSURE PUMPS FOR FIRST MAJOR GEOTHERMAL POWER PLANT PROJECT IN GERMANY -  (05-Jan-08)

CHEMAC INC - HIRING IN TX -  (04-Jan-08)

THE PARTY AND SPACE TRAVEL - YOU MUST LOVE YOUR JOB -  (03-Jan-08)

PLEASE SAY "THANK YOU" -  (01-Jan-08)

MEGA UREA PLANTS - RECIPROCATING VS CENTRIFUGAL (PUMPS PART II)

GATHER INTRODUCES CENTRIFUGAL PUMP

Chemac Inc Announces Training Seminar Scheduled for 1st quarter 2011 for Catalyst Injection Intensifier Pumps in Texas

Meredith Palmer - Internship at Chemac Inc NJ Headquarters

Chemac Inc Sponsors "Urea Know How"

TECHNICAL TIPS - Slurry Plunger Pump Start-up, Operation and Shut-Down

Chemac Inc. Security Update

Cleaning with high pressure water technology

URACA Impresses at Bauma 2010

Centrifugal vs. Plunger Pumps?