Pumps

Cranston, RI — At company employee meetings held December 11 at Taco facilities in Cranston and Fall River, Taco President & CEO John Hazen White, Jr. introduced Wil VandeWiel as the new president & COO of Taco. As the new president & COO of Taco, Mr. VandeWiel will oversee daily operations of Taco and work with John White, Jr. and his board of directors in steering Taco’s growth forward in the years ahead.

John White, Jr., the third generation of the White family to lead Taco, will remain as company CEO but will refocus his responsibilities on building new partnerships and strategic acquisitions worldwide in pursuit of company growth and diversification.

Mr. VandeWiel, a native of the Netherlands who is also a U.S. citizen, is an experienced executive with a track record of building collaborative teams and achieving sustainable growth with a number of top-tier international companies. He served as president/CEO of DORMA Americas, a global access control company located in Pennsylvania, where he guided the company through a period of outstanding growth based on a strategy of customer and employee engagement and successful acquisitions, resulting in a leap in profitability and substantial market share expansion. Prior to his time at DORMA, he was Managing Director for U.S. based Robert Bosch LLC’s Security Systems division and served in senior leadership roles for Royal Philips N.V.

Married with four children, he received a degree in Mechanical Engineering from Eindhoven Technical University in the Netherlands and an advanced degree from MIT. He holds a Master Black Belt in the application of Six-Sigma and Lean Enterprise techniques. He currently holds a board position at the University of Maryland’s Robert H. Smith School of Business and is a member of the Founders-Society, Children’s Hospital of Philadelphia.

As Taco’s new President and COO, Mr. VandeWiel will lead a talented and experienced management team focused on ways to best serve Taco’s valued customers and employees. He will report directly to John White, Jr.

By John Mesenbrink —

The 300+-page Grundfos textbook was a bit cumbersome in size and weight to take back to the States, but definitely not cumbersome in content. As the group of 11 trade press editors finished its last multi-course meal at Frisholt, the Grundfos guesthouse near its Bjerringbro campus and manufacturing facility, we were thanked with gifts and, well, Grundfos — More than pumps, the textbook rich with Grundfos lore. I elected to take the book to get a better understanding of the history of the company and a glimpse into its founder — Poul Due Jensen. (I might add that Frisholt is a representation of the “Grundfos way” — a retreat for employees, execs, visitors and friends to enjoy the Denmark countryside, great food and spirits, with all the imprints and comforts provided by previous Grundfos leaders, Poul, and his son — an avid outdoorsman — Niels Due Jensen.)

According to the book, Grundfos was founded during a turbulent time. At the end of Word War II, people were exposed in every possible way and an enormous effort had to be made to rebuild countries and cultures. The time demanded technological inventiveness and rational action, as well as shared responsibility and respect for other people. The Grundfos culture revolves around these concepts — advanced technology and productivity combined with social responsibility and sustainability.

First Stop, Denmark

(10.6.14) We originally flew into Copenhagen and were able to experience some of the Danish architecture and canals, and I enjoyed a nice dinner on the water with Contractor editor, Candace Roulo. According to a popular Copenhagen website, up to the middle of the 20^th century, Christianshavn, with its canal system, developed into quite a charming and trendy residential area with plenty of atmosphere and remarkable old buildings formed by Dutch architects around 1618.

(10.7.14) The sustainability concepts mentioned above were immediately evident on the first stop of our media tour in Copenhagen the next day. There, we visited the Crowne Plaza Copenhagen Towers, touted as the world’s greenest and most sustainable hotel. (https://mechanical-hub.com/on-location-crowne-plaza-copenhagen-towers-the-worlds-greenest-hotel)

In addition to one of the of the most advanced ATES (Aquifer Thermal Energy Storage) systems, which provided heating and cooling for the hotel, tour guide and applications manager for Grundfos, Jens Nørgaard, explained that all sun-facing facades of the hotel are equipped with ultra-thin solar panels, and the installation constitutes Northern Europe’s largest private array of solar cells, producing annually more than 200 kWh. In addition, Grundfos delivered all end-suction and inline pumps for the building’s air conditioning, heating and water boosting.

That afternoon we flew to Karop, Denmark and headed to the aforementioned, ever-comfortable Frisholt, our sanctuary for our two, individual-day pilgrimages into Bjerringbro, the home of the global headquarters for Grundfos.

Our amazing host, Dorte Maach, Head, Corporate Communications, had us on an itinerary that was efficient as a Grundfos pump itself. From coordinating flights, bus travel, dinners, facility tours and seminars all were planned to perfection. (And it doesn’t hurt to be one of the most helpful and delightful people I’ve met.)

(10.8.14) The next morning, we arrived at the Grundfos Center, Bjerrinbro. To me, this was the essence of Grundfos. To see, experience and be in the moment in the very place where it all began was astounding.

We assembled in front of the Center to take a group photo.

The first order of business inside — meet with newly appointed Group President and CEO, Mads Nipper. Mads gave us the Grundfos “globe of the globe” — or state of the state. To paraphrase Nipper, it was the flat European sales growth that brought Nipper to Grundfos, and I’m sure he’s up to the task.

“We are the global leader in advanced pump solutions and a trendsetter in water technology. We want to improve the quality of life for people,” said Nipper. “It is also our goal to empower our customer to make the right decisions.”

Incidentally, Nipper, who previously was employed with LEGO, said that North American sales has seen steady growth since 2010, with 85% of North American sales in the United States, which established operations in 1973. The largest segment in U.S. sales consists of Building Sales 57%, followed by Industry 24% and Water Utility 17%. The goal is to see $1 billion in sales growth by 2020.

Immediately following a Q&A session with Mads Nipper, Jørgen Bjelskou, Group Public Affairs Director, Grundfos gave his presentation — Grundfos Focus on Sustainability and Energy Efficiency. A couple of solutions stated were pump inefficiencies and water leakages. Pumps consume as much as 10% of the world’s electrical energy and it could be reduced 4% by swapping out the old with the new energy efficient pumps. Also, many cities lose more than 50% of water in the distribution system. Grundfos offers a pressure management system that reduces significant water loss; reduces significant energy loss; and minimizes maintenance costs.

Also, discussed was Grundfos’ social commitment, an integrated part of its corporate values. Currently, 2.9% of staff in Grundfos’ Danish companies is employed on special conditions, with a target of 5% globally by 2020.

Bjelskou also discussed the CO₂ Grundfos footprint, which means that the company will not emit more CO₂ than in 2008, and the goal is to become CO₂ neutral.

In between the presentations of Mads Nipper and Jørgen Bjelskou, we took a break and were able to visit the Grundfos museum, which was located in the Grundfos Center. To see the timeline of events, to the see the very first pump and to see a replica of Poul Due’s workshop was incredible, and it brings you back in time.

Back to the Beginning

Born in May 1912, Poul Due Jensen’s childhood was fraught with hardships. His father managed a poorhouse and his mother passed away when he was just six. He had experienced the global effect and financial crisis of the stock market crash on Wall Street, unemployment and two world wars. According to the book, the extreme conditions of life in both immediate and wider world undoubtedly influenced Poul Due Jensen’s values throughout his life. He witnessed many human fates during his childhood and youth — and most of them sad. In practical terms, the experience formed the basis of the sense of social responsibility, which was practiced in the company from its early days.

Throughout his childhood, Poul had focused on woodwork and carpentry, but physics and chemistry were also top of mind, and during his apprenticeship at Bjerringbro Machine Factory, his activities also included iron, steel and machine technology.

Later, Poul’s boss, Marinus Svendsen, had promoted him to constructor, works manager and other posts. Yet, Poul’s level of activity was growing and his basement workshop was becoming too small to hold all of his inventions and repairs. Nonetheless, he left his collaboration with Svendsen at the end of February 1944 and announced — through and advertisement in the regional newspaper — that he was launching his own company from the two room’s in the villa’s basement.

Poul Due was generous in his offers to potential customers — heating systems, sanitary systems, builders’ hardware, repairs, etc. His new employee recruits were looking forward to the move to the new machine workshop, which was built on the land he had acquired previously.

Let it be known that, according to the book, the explanation of Poul’s great willingness to take risks is partly found in the ballast provided by his wife, Inger Due Jenson, throughout his life. She anchored the family—four children—in a secure framework and traditions, and from this point forward had a far-reaching influence with her social and humanitarian initiatives.

Grundfos Is Born

With Denmark’s liberation in May 1945, trade and industry began adapting to new times. A property in the region gave the company an order for a small, automatic waterworks. At the time, it was impossible to obtain a pump for the waterworks, so in line with his way of tackling problems, Paul Due began to construct a pump himself. When the pump was ready, it was officially named “Foss” or waterfall. The pump was popularly known as “The Pig.” At least forty-odd “pigs” were made before they were replaced by models that looked less like animals within 12 months.

When the centrifugal pump became the primary product, Jensen needed to rebrand. He opened the company with the name Bjerringbro Die Casting Foundry and Machine Factory. Although the foundry was not established until a few years later, Jensen decided to drop the “Machine Factory,” partly out of consideration for Marinus Svendsen at Bjerringbro Machine Factory. In 1954, the named changed again, and to create a connection between company name and product range, Jensen used the name Bjerringbro Pump Factory. However, it was the names of the two key pump types: DYBFOSS and GRUNDFOSS that stood out much more clearly. In the early 1960s, when 70% of the company’s pumps were sold abroad, the company felt it was inconvenient to operate under a Danish-sounding name so the company took the precaution of writing GRUNDFOSS — Bjerringbro Pump Factory.

However, this upset another Danish manufacturer and entrepreneur, Mads Clausen, founder of Danfoss. He believed that the branding of the pump company could be misconstrued as an alternative to Danfoss. The conflict ensued until after Clausen’s death in 1966. For the Bjerringbro company, the result was to drop one “s” so that its global name from 1968 was: GRUNDFOS, while the Danish company was GRUNDFOS A/S.

Back to the Tour

Standing in the workshop replica did indeed take me back to the beginnings of Grundfos, but the coffee break had ended and it was time to learn more. Hans Brink Hansen, Business Development Manger, Grundfos A/S, gave his presentation, “En Route to Smarter Buildings.” Some of Hansen’s talking point centered on what Grundfos can do for the industry:

• Heating and Cooling — Indoor climate optimization; low lifecycle costs and reduced CO₂ emissions through intelligent operations; and control modes for all HVAC systems including temperature mode for DHW systems. i.e — MAGNA3
• Water Boosting — Fluctuating pressure avoidance and pressure levels control with start/stop functions and smart controllers. i.e. — Hydro MPC
• Water Disinfection — Safety with chlorine dioxide solutions; high water safety. i.e. — Oxiperm Pro
• Optimizing Lifecycle Costs — Efficiency and reliability through intelligent controls, a holistic systems approach and high efficiency motor technology.

Grundfos has saved EU buildings save 3 billion kWh, which is the equivalent to 600,000 households.

Finally, Grundfos iSOLUTIONS was discussed. This is a holistic approach to buildings through installation, commissioning, operations, monitoring, control and service.

The “i” stands for intelligence, integration, interoperability, insight and interconnectivity.

After lunch, we went on a facility tour of Grundfos Industrial Solutions—CR pumps/impeller production tour—led by our enthusiastic tour guide, Morten Gylling, Global Program Manager. Here we witnessed highly specialized components and equipment machinery through automation. And, I learned that the shaft seal is absolutely critical in the pump design. LEAN assembly processes apply here, and an interesting “Driver’s License” approach, where an employee incentive program—to learn as many stations as possible—to achieve a higher salary. (NOTE: A lot of forklift activity on this tour.)

After the tour, we headed back to a classroom with Rasmus Bloom, Grundfos Director, Grundfos Connect. Here, Rasmus addressed new challenges and demands concerning infrastructures and solutions. With a projected population of eight billion people by 2025 there will be a higher demand for mobility, increased traffic and a higher demand for energy and water. In fact, 10% of the population is living in cities with a population of more than 10 million. According to Bloom, there is a need for solutions, a fast implementation of efficient solutions with physical and intelligent layers of technology. It starts with an intelligent pump system with algorithms optimizing and adapting to the exact needed pressure during day, week, year through a smart grid distribution system with sensors transmitting data on pressure from “critical points” in the water distribution pipes.

The last stop on the tour for the day was the Bjerringbro District Heating Plant, a public/private partnership where Grundfos jointly operates the facility, with the manufacturer Grundfos owning the building and the city owning the heat pumps in the plant. According to host Klaus Christensen, this private/public venture recirculates water from nearby wells to provide heating and cooling for the joint facility.  In fact, Grundfos gets the cooling, and 15% of the nearby citizens enjoy the comfort of the hydronic heating produced here.

That night we returned to the guesthouse for one last evening at the incomparable Frisholt. Our dinner was hosted by top management execs, Jørgen Bjelskou and Rasmus Bloom.

(10.9.14) The next day, although a little under the weather, was the most fun, I think, for the group. We headed to Budapest, Hungary on the Grundfos corporate jet. Pretty sweet experience, if you ask me!

When we landed, we went straight to the Grundfos Manufacturing Hungary plant in Tataba’nya, Hungary, the second largest Grundfos manufacturing facility with nearly 3,000 employees. According to tour host, Lazlø Torok, the idea behind opening a plant in Hungary was a wish for strategic positioning in Central Europe and a belief that political and economic stability was attainable (with future NATO and EU membership). The infrastructure was good — education system, healthcare systems, transport systems, etc. were all desirable. We were given a tour of the Hungary manufacturing facility where Kaizen improvement processes were stressed.

It was here that I learned about the Grundfos Lifelink water solutions. Grundfos is committed to delivering solutions that strengthen reliability and sustainability of water supply in the developing world. Lifelink combines innovative and reliable technology with professional service networks to support operations on the ground. Grundfos believes that partnerships across sectors and business model thinking are also needed to provide sustainable and scalable solutions. Grundfos addresses the missing link to sustainability in water supply through innovative Grundfos Lifelink solutions that take a holistic and long-term approach.

The Grundfos vision for sustainable water supply links innovative and holistic solutions with
sustainability in four dimensions:

• Operational
• Financial
• Environmental
• Social

Fellow editor on the tour, Gary Parr, was taken with the idea of Lifelink. “One of the Grundfos things that stayed with me is the way they involve their employees, seemingly at all levels. Even more so, they simply seem to care about people in general,” said Parr. And I have to agree. It goes back to the Grundfos concepts of social responsibility and sustainability.

The last night in Budapest was magnificent. We took a boat cruise on the Danube River. The weather was agreeable and the company even better. Photo-ops abound with lighted landscapes and buildings along the Danube.

Early Philosophies

Throughout his life, Poul Due Jensen thrived on challenges created partly by the opposition he faced so extensively from his youth, partly by the demands and possible solutions he sensed in the future. He matured into a solution-seeking pragmatist and his constant improvements of the processes and the standards of the end products led to the development of a large number of techniques and tools. Data and intelligence are key: enhance the value of products with software; create value through software tools for installing and commissioning of products and solutions and develop new intelligent, data-driven solutions.

As a result, one of Poul’s slogans was: Can it be done better? — which is an example of a kind of opposition that provokes progress and improvements. Even to this day, one management skill involves working with opposition — by challenging colleagues and employees. With several similar variations or permutations, Grundfos hasn’t strayed far from that message. There has been the quasi-Descartian philosophy — Be. Think. Innovate. — to “Demand More” message.

The company has grown from a modest one-man operation to a global group with some 19,000 employees, with 8,000 of these production employees. The Grundfos Group represents great diversity, and everyday attention must be paid to the great number of relationships, which reach across national borders, language barriers and local cultures.

(NOTE: I would like to thank Helen Mubarak, Public Affairs Coordinator, Grundfos North America, for inviting me on this trip. My once-in-a-lifetime experiences will always stay with me. Thanks to Dorte Maach and the rest of the European Grundfos team, making all the media representatives feel right at home.)

Smoke ‘em if you got ‘em. Or something to that effect. The new Crowne Plaza Copenhagen Towers, one of the greenest hotels in the world, sits on a natural aquifer in which the hotel “mines” for a sustainable passive HVAC system, a similar methodology to geothermal here in the States.

“In order for energy consumption and CO2 emissions to be as low as possible, the hotel insisted on the most innovative energy technology throughout the building,” says Jens Norgaard, application manager for Grundfos Commercial Building Services. With the aid of  one of the most advanced ATES (Aquifer Thermal Energy Storage) systems, cold groundwater is used for the cooling of the guest rooms in the summer. Conversely, the heat rejected from this process is reused for heating in the winter.

Combined with the building’s variable airflow volume (VAV) ventilation system, the hotel is ensured that guest rooms, lobby and conference facilities are cooled, heated and ventilated individually, and in accordance with the actual load. The system delivers 4.1 MW of cooling and 2.4 MW of heating.

The ATES system delivers cooling and heating system represents one of Denmark’s first groundwater-based cooling and heating systems, and its total annual energy is 51 kWh per square meter for heating, air conditioning, domestic hot water and ventilation. The system has a projected payback of approximately six to seven years.

Ground water from a 46 F cold well is circulated through a heat exchanger that cools water in the hydronic air-conditioning system. In the process, the groundwater is heated and returned to a warm well in the aquifer. The warm well and the surrounding groundwater heats up to approximately 60 F during the cooling season.

During this process, no active refrigeration is required, and the COP is as high as 41. The “free cooling” process covers up to 60% of the building’s total cooling need. Two ammonia chillers remain on standby to cover peak loads between 60% and 100%. Heat rejected from the chiller’s condenser is stored in the warm groundwater well. By reversing the flow, the warm groundwater is available for heating during the winter season.

Jens Norgaard gives a media presentation and tour at the hotel.

Groundwater pumps and all other pumps, both in the ATES system and in the hydronic air conditioning and heating systems, are provided with frequency converters in order to let the pumps adapt to variations in flow requirements.

Grundfos delivered all pumps for the building’s air conditioning, heating and water boosting. The following products were supplied specifically for the ATES system:

• 3 pcs. NB 65 200/129 end-suction pumps w/external frequency converters — primary hydronic heating pumps.

• 3 pcs. NB 125 315/290 end-suction pumps w/external frequency converters — primary hydronic cooling pumps.

• 2 pcs. NBE 65 250/254 end-suction pumps w/internal frequency converters — dedicated to the chiller’s condenser circuits.

• 2 pcs. NBE 100 200/195 end-suction pumps w/internal frequency converters— dedicated for the chiller’s condenser circuits.

• 1 TPE 80 340/4 inline pump  w/internal frequency converter — serves primary cooling tower circuit.

• 1 TPE 80 370/4 inline pump w/internal frequency converter  —serves secondary cooling tower circuit.

All sun-facing facades are equipped with ultra-thin solar panels, and the installation constitutes Northern Europe’s largest private array of solar cells, producing annually more than 200 kWh. This constitutes around 15% of the hotel’s annual power consumption. The total solar cell capacity is 270 kWh. The remaining 85% is bought as green energy produced by wind turbines.

TORONTO – To meet the need for optimum efficiency and energy savings across all building loads, Armstrong Fluid Technology has announced that its innovative Design Envelope pumps are now also available with single phase motors.

Ideal for light commercial, residential and industrial applications using single phase power, the new pumps allow designers, contractors, project managers and building owners to choose the best pumping solution for their specific needs. “For applications using single phase power, engineers and contractors can now choose Design Envelope solutions and get all the benefits of the technology. Design Envelope pumps offer a unique combination of low installed cost, versatility, energy efficiency and responsive, variable speed operation.” said Wayne Rose, Global Marketing Manager – Pumps.

With the new single phase pumps, Armstrong now offers a complete selection of high-efficiency pumping solutions to serve a broad range of operating requirements.  The innovative Design Envelope features include:

• Sensorless variable speed control
• Integration of pump and controller
• Space-saving Vertical In-Line design
• Compliance with ASHRAE ASHRAE 90.1 energy efficiency guidelines
• Industry leading flexibility

“Designers and installers are seeking pumping solutions that offer the lowest installed costs and lowest life cost with industry-leading operating efficiencies across the entire range of duty requirements,” Wayne Rose summarized.  “Armstrong now offers fluid technology solutions for all our customers’ pumping needs.”

Single phase motors are now available on IVS102 and Design Envelope pumps up to 7.5hp

About Armstrong Fluid Technology
With more than 1000 employees worldwide, operating seven manufacturing facilities on four continents, Armstrong Fluid Technology is known around the world as a leader and innovator in design, engineering and manufacturing of integrated solutions within the building oriented fluid-flow equipment industry. Armstrong products are internationally recognized for design innovation, quality, long service life, and superior operating economy. For more information about Armstrong Fluid Technology visit www.armstrongfluidtechnology.com.