Category: HVAC Solutions


Are you repairing or replacing any leaky coils from the recent winter weather?

Whether it’s a steam or water coil, at Metropolitan Industries, Inc. our heat transfer specialists field measure all replacement coils.  This ensures that the installation of that coil will be as quick and hassle-free as possible.  Even if you are repairing a leak, call us to schedule a free estimate.   Once you have a quote you can use that information to order the coil anytime.

We can custom build a coil to meet any size, material or performance specification and our heat transfer specialists will review your system requirements to make certain that the coil you buy will perform to your absolute satisfaction.

We offer competitive pricing on all our coils and can deliver a custom-made coil in as quickly as a 5 working days! With our selection, competitive pricing, availability and expertise, we are your number one source for heating and cooling coils.


Control valve problems?  Pump problems? Steam trap problems?  We can help you with that too!


Visit Metropolitan Industries online Today!

Various examples of our patented load sharing technology being used in complex pumping situations.

Various examples of our patented load sharing technology being used in complex pumping situations.

Metropolitan Industries Inc. is proud to announce that the company has been issued a system and method patent by the U. S. Patent Office (No. US 8,180,496 B2) which will allow dissimilar variable speed pumps to be controlled in a way never before possible. We have elected to market our programmable logic control systems utilizing this technology by using the term “load sharing.”

The development of load sharing should be very welcome news to anyone attempting to operate any liquid transfer or pressurization system through the use of dissimilar pumps or other challenging hydraulic scenarios. The load sharing process allows Metropolitan to manufacture specialized variable speed control systems for pumping applications which have multiple dissimilar pumps or pumps which need to operate together under varying hydraulic conditions.

Load sharing will eliminate conditions during which one or more pumps operate under high or extremely high energy load conditions, while other pumps within the system are extremely under loaded electrically. These operating conditions are undesirable because they typically cause the pumps to operate well outside of their zone of peak hydraulic efficiency. Load sharing, in essence, is a way of ensuring that all dissimilar pumps within a system tend to operate at peak hydraulic efficiency, regardless of the hydraulic load of the process they are feeding, the hydraulic conditions under which they are operating, and the varying load profile of each pump.

Load sharing defined:

Load sharing is a dynamically-equalizing process by which two or more dissimilar pumps, with dissimilar hydraulic characteristics or operating under dissimilar hydraulic conditions, are operated in unison to accomplish a common task, while drawing a commonality of electrical energy proportional to their individual load characteristics. The process is dynamic because the electrical power load of each pump on the system is continuously compared to the maximum load of the unit. In addition, the electrical power load of each individual pump is also continuously adjusted in proportion to each of the other units, so that the percent load of each unit is proportionally matched by all other units. As such, each of the pumps on the system will very likely operate at rotating speeds which differ from one unit to the next, while attaining the exact same desired set point task.

Common task clarified:

The grouping of pumps must be programmed to accomplish the same set point task, whether the task is to maintain a common line pressure, maintain a common outlet temperature, maintain a common pumped water elevation or, in some instances, a combination of two of these tasks.

Commonality of proportional energy explored:

The load sharing program will adjust the speed of each pump individually while maintaining the common task set point(s), so that the power load (or kilowatt consumption) of each pump in the group is proportional to the load of all pumps in the group.

Example scenario: One 20 HP pump will operate at 10 BHP, while two 60 HP pumps each operate at 30 BHP. In this scenario, each pump in the system operates at 50 percent of its peak load. This process dynamically and continuously varies proportionally, as the demands of the pumped process changes.

Real world examples:

The load sharing process we’ve patented is designed to be very flexible, allowing the technology to be adapted to a variety of applications. The technology will provide us with the unique ability to tackle some of the most challenging hydraulic scenarios in the markets and industries we serve.

Our load sharing program being used in a commercial building application.

Our load sharing program being used in a commercial building application.

Multiple pumps with dissimilar flow capabilities:

One or more smaller jockey pumps (or lead pumps) can operate with one or more larger duty pumps (or lag pumps). Possible examples would be a water pressure booster system for a large commercial building or, potentially, a municipal water pumping station. Pumps of various rated flows can work together, each with a shared proportion of their rated horsepower.

Multiple pumps with dissimilar performance characteristics:

One or more pumps with “steep” curve characteristics can operate with one or more pumps with “flat” curve characteristics. This is the perfect process control in a scenario where one or more multi-stage pumps need to operate in conjunction with one or more single-stage pumps.

Multiple pumps, at different geographic locations, feeding a common process:

A municipal pumping station at the east end of town can operate in unison with another pump station at the west end of town. Load sharing is a great solution, especially if the pump stations are at different elevations. Managing this type of application is also enhanced if the water main friction loss profiles are also very different at each end of town.

Multiple pumps, with different suction pressures, feeding a common process:

An exceptionally difficult process-control scenario can be overcome with relative ease. A municipal pumping application, including two or more gravity tanks at varying elevations, feeding a multiple pump system, with a single set point pressure, is an excellent application for load sharing technology.

Multiple pumps with dissimilar motor sizes:

By the nature of the pumps described, many of the scenarios mentioned above will inherently include pumps with various motor sizes. Load sharing will allow all of these systems to operate at their proportionally equal power load, which in itself will tend to ensure operation within the peak efficiency range of their individual performance curves.

Make no mistake: This process program is extremely unique and will be a very valuable asset to our clients while operating their most challenging pumping applications.

For more information regarding load sharing and any potential projects which may benefit from the process, please contact Metropolitan Industries senior systems engineer Brendan Bates at 800-323-1665 or


Metropolitan’s new Metro-Tech II controller.

At Metropolitan Industries, customizing solutions to meet the needs and specifications of customers is one of the cornerstones to the way we conduct business.

We believe user-friendly equipment developed to meet precise requirements and suit specific applications leads to the most efficient system operation and results in optimum customer satisfaction.

Adhering to this philosophy, we recently released two new lines of innovative, menu-configurable water booster pump and boiler system controllers, designed to fit specific programs and provide operators with ease of use.

Our “Metro-Tech II” booster pump controller can be customized to meet any requirements, and provides users with the ability to change set and command points, view real-time operating conditions and alarms, and use integrated help screen through the controller’s color touch screen operator interface.

Our “ThermoTech™” cascading boiler controller also features a user-friendly, color touch screen operator interface, and provides users with the ability to set lead boilers, monitor return temperatures and flow meter inputs, track system modulation percentage, set stage delays and more. This controller can be customized to control from one and up to eight boilers.

For a more details regarding each of our new controllers, please visit The Chief Engineer, which recently profiled the Metro-Tech II and ThermoTech™ extensively in its March issue.

From left to right: DRF’s Scott Schnurr, Dominican University president Donna M. Carroll, and Nicor Gas president Beth Reese pose with the check Dominican University received through participating in the Nicor Gas Business Custom Incentive Program.

Through participating in the Nicor Gas Energy Efficiency Program, Dominican University was given the opportunity to upgrade existing heating equipment in its facilities, and save significantly in the process.

Developed to offer large businesses the opportunities to improve the energy efficiency of their facilities and save money, Dominican participated in the Nicor Gas Business Custom Incentive Program, which provides financial incentives for the installation of high-efficiency equipment not covered by the Nicor Gas Energy Efficiency Program’s Business Rebate Program. Through the program, businesses can receive up to $500,000 on their gas-savings projects per year.

According to Nicor, incentives are paid based on energy savings beyond baseline energy performances, such as state or federal codes and standards, industry-accepted performance standards, or other baseline energy performance standards as determined by the Nicor Business Custom Incentive Program.

The current cycle of the program is available for projects installed from June 1, 2012 through May 31, 2014, or until funds are depleted. Per Nicor requirements, post-installation inspections must be conducted and final applications must be submitted to the program by June 30, 2014. Businesses seeking to participate in the program must attain pre-approval in order to become eligible.

Detailed information regarding the program can be found in the Nicor Gas Business Custom Incentive Program handbook.

Dominican began working with DRF Trusted Property Solutions of Plainfield, Ill. in 2010 when DRF observed a large amount of gas being used during the summer months. After developing an initial project design that did not qualify for the Nicor Gas Business Custom Incentive Program, nor provide the desired financial benefits, DRF turned to Metropolitan Industries to help provide a custom solution.

The final project design included three individual point of use systems customized to handle specified heating demands.

Metropolitan HVAC salesperson Matt Brickey praised the program’s ability to assist businesses seeking to conduct retro-fit upgrades progress in an expedited fashion.

“In the case of Dominican University, this program not only helped cover some of the costs of the custom equipment and installation, the gas savings realized will continue to give back for years to come,” said Brickey. “Because of the financial benefits the rebate program offers, it can help prospective customers who may be facing budget constraints get projects moving in the right direction.”

For complete information regarding this project, please visit The Chief Engineer, which profiled the project in its December issue.

For information regarding our custom HVAC solutions and how you may be eligible to save through the Nicor Gas Business Custom Incentive Program, please contact a Metropolitan representative at (800) 323-1665 or visit

Mike Temes (left) and Neil Vogel (right) bring new offerings to Metropolitan’s HVAC division.

In an effort to expand the capabilities of its HVAC division, Metropolitan is proud to announce the additions of Mike Temes and Neil Vogel. Mike and Neil bring over 15 years of industry experience to Metropolitan and both are experts in the heat transfer and industrial process businesses.

Metropolitan’s HVAC division specializes in products including gas-condensing boilers, high-efficiency heating systems, gas-fired boilers, modular condensing hot water systems, high-efficiency air and dirt separators, hydronic pumps and more. The additions of Temes and Vogel will help expand our product line and further enhance our HVAC offerings.

“One of our goals is to simply enrich what is already a unique and diverse HVAC division at Metropolitan,” said Temes. “Neil and I bring expertise in the applications of steam, hot water and heat transfer to further expand the division’s capabilities.”

Many products including boiler feed packages, heat transfer packages, customized heat exchangers, condensate return units specifically for steam applications, prefabricated boiler skids (hot water and steam), pre-piped PRV stations and pre-piped control valve stations are now included in Metropolitan’s HVAC product index with the additions of Vogel and Temes.

Part of our commitment at Metropolitan is providing equipment to best suit our customer’s particular applications. Customer specifications are of paramount priority and the knowledge Temes and Vogel bring to Metropolitan further extends our commitment to providing products tailored to meet customer’s needs.

“One characteristic Metropolitan is known for is providing the most practical equipment to customers designed to fulfill their needs,” said Vogel. “Mike and I are fully committed to not just supplying customers with equipment, but breaking down the project, determining what the customer is trying to accomplish and getting the right piece of equipment for the applications, whether it’s in or outside of the box.”

Adding Vogel and Temes gives Metropolitan the design skill set it can now combine with its fabrication and manufacturing capabilities, truly making it a one stop shop for your HVAC needs.

“The design experience Neil and Mike bring to our company is the perfect complement to our manufacturing and fabrication abilities,” said Metropolitan Industries President John Kochan Jr. “We’ve always prided ourselves on being a single source provider due to the fact it makes customer service easy and fosters a team environment in which all customer specifications are met.”

To learn more about our HVAC division and all of its capabilities, attend our Open House, where products will be on display and seminars, such as our “cutting thermal energy costs/Nicor Rebates,” will be held.

For further information, please contact 815-886-9200 or

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(815) 886-9200 or Email Us:
37 Forestwood Dr., Romeoville, Il 60446