When IKEA’s largest superstore in the D.C. region had a stormwater retention emergency, they called on JPG Services to help.
Built in 2003 on 45 acres off Route 1 at Interstate 95 in College Park, Md., IKEA’s high-performing superstore is the third and largest IKEA store in the region, featuring multiple showrooms, a restaurant in-store, with surrounding retail and office space in the mixed-use zoning around the store. The 340,000 square-foot store, built in IKEA’s signature big-box, stand-alone warehouse style in distinctive bright blue and yellow exterior, supports its many customers with a large asphalt parking lot — and also happens to be adjacent to a United States Department of Agriculture (USDA) Conservation area, home to many local animals including several species of beavers and several species of important migratory birds. The potential for runoff from the asphalt parking structure into the protected conservation area was a significant concern for IKEA, a company known for its sensitivity to environmental issues.
Adding to runoff concerns, IKEA’s on-site stormwater retention structure became prone to blockages at the low-flow outlet, resulting in catastrophic surcharges — and expensive repair projects to clear up the problem. Outlet pipe clogs were not detectable without a site visit, and were only cleared by pumping out millions of gallons of water caused by the blockage.
After two years of consistent clogs and costly emergency repairs, IKEA turned to JPG Services, the D.C. metropolitan area’s leading experts in commercial HVAC, industrial VAC, and plumbing solutions, to diagnose the problem and design a solution to what had become a $40k expense to mitigate clogs — with no permanent solution identified.
JPG Services implemented a traditional repair — pumping out gallons of excess water — to allay the immediate risk of runoff and potential environmental damage. Then JPG went to work diagnosing the issue and identifying a long-term, efficient solution. With decades of experience providing organizations with budget-saving remediation to serious stormwater management issues, JPG Services immediately identified the downsides of any short-term solutions, including costly visits to inspect water levels, and more than likely, annual emergency pumping. And, if IKEA only acted to comply with annual inspections, there was a significant risk of a full tank and trash going over the overflow wall.
JPG Services Director of Industrial VAC, John Davis immediately identified a preventative solution that would save IKEA thousands of dollars, and give IKEA peace of mind that the USDA conservation area would be protected from any runoff damage such as sand and debris infiltrating streams and water systems.
The ideal—and cost-effective — solution? A unique industrial VAC product developed by JPG called TankVisionSM. This revolutionary product, offered only by JPG Services and in the process of being registered as a service mark, uses telemetry to allow JPG Services technicians a clear view of the tank. Monitored remotely by computer, alarm points are established TankVisionSM gives JPG technicians a daily view of the tank water level so that quick action can be taken if the water level rises above zero, and maintains water systems in good operating condition so that sand and debris do not infiltrate streams and water systems. Without clear vision into the tank? Costly visits to inspect water levels, and more than likely, annual emergency pumping. And, if IKEA only acted to comply with annual inspections, there is a significant risk of a full tank and trash going over the overflow wall.
The outlined scope of services, including monitoring the TankVisionSM system, to mitigate outstanding clog issues and prepare the IKEA site for the installation of TankVisionSM included:
Six Flags America unveils the spectacular RipQurl Blaster water attraction, engineered by JPG's commercial plumbing pros!
In the summer of 2023, Six Flags America in Largo, Maryland, debuted their latest attraction, the RipQurl Blaster, the region’s tallest “Master Blaster Water Coaster,” and the park’s largest capital investment in over a decade. RipQurl Blaster is an innovative water coaster taking riders in a raft through three powerful uphill rip currents while zigzagging through 550 feet of twists and turns. The ride features three breathtaking drops, three AquaLucent hairpin turns, and a pitch-black wall-hugging helix finale before the final splashdown.
With such a large investment on the line, Six Flags needed to ensure that the new attraction was a refreshing and fun ride for the park’s thrill-seekers—and because it is a water ride, that its plumbing functionality operated safely and efficiently.
With JPG Services having performed VAC services work at Six Flags America prior to the Covid-19 pandemic, the operations staff at Six Flags was already impressed with the professionalism and customer service JPG technicians provided. JPG was asked to bid on the plumbing work for their new water coaster—and after walking the project and studying the plans and requirements, we submitted a bid to deliver an efficient and economical design to the project. Our detailed bid, as well as our extensive experience, expertise, and knowledge of complex commercial plumbing challenges, was the winning formula to be hired.
JPG technicians worked closely with park engineers and Six Flags staff to design a system that tied the new water attraction back to the park’s existing pump system, and to find the most effective products and procedures so that park patrons were not disturbed during the construction of the attraction and the attraction’s infrastructure. Working with the team at Six Flags, JPG ensured that the placement of our plumbing did not interfere with staff’s daily duties or customer traffic and flow.
JPG’s ability to work with the project’s engineering firm, as well as the Six Flags team, opened up lines of communication that helped JPG technicians to be more efficient with the project work. This open communication also helped JPG to move faster and gave them a clear scope of where the pumps, meters, and valves needed to be located, making it easier to check the valves and meters when the ride was being used on a daily basis.
Global Facility Solutions (GFS) performed a highly successful retro-commissioning project at 800 N. Brand in Glendale, CA, which was recognized as the “Overall Winner” in the 2020 inaugural “Retro Rumble” competition hosted by The Energy Management Association (EMA) and ENERGY STAR.
Comprehensive retro-commissioning services, including:
The retro-commissioning project, designed and implemented by GFS, delivered significant energy efficiency improvements and cost savings for the 800 N. Brand property, transforming it from a single-tenant headquarters to a high-performing, multi-tenant Class A office building.
Global Facility Solutions (GFS) provided engineering design services for the National Aquarium in Baltimore, MD, as part of a turn-key energy savings project implemented by Constellation, an Exelon Company. GFS created Mechanical/Electrical/Plumbing (MEP) engineering designs for the renovation and upgrade of the central chiller and boiler plants serving both the Pier 3 Aquarium and Pier 4 Pavilion facilities.
Comprehensive MEP engineering design services, including:
The upgraded central plants, designed by GFS and implemented by Constellation, became operational in April 2015, delivering significant energy cost savings and improved reliability for the National Aquarium’s critical operations.
Global Facility Solutions (GFS) provided engineering consulting services for 600 13th Street in Washington, DC, guiding the building owner through their first compliance cycle with The District’s Building Energy Performance Standard (BEPS) Program. This program is part of DC’s initiative to achieve citywide energy and greenhouse gas reduction targets of 50% by 2032.
Comprehensive engineering consulting services, including:
The engineering consulting services provided by GFS are enabling the property at 600 13th Street to navigate the DC BEPS compliance process effectively, identifying significant energy-saving opportunities and setting the stage for improved energy performance and reduced environmental impact.
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