Kleinfelder In The Media
Kleinfelder’s Poggemeyer Design Group team received recognition in both the Dayton Daily News as well as nationally in Yahoo! News for their work in developing plans for a $3.14 million park in the Village of Covington, OH “ the first new park in 100 years in the area. (June 2022)
The article, authored by Vice President Simon Wong, PE, SE and titled “In with the New,” was featured as a cover story and examines how Kleinfelder’s work to replace the City of San Diego’s clearwells provided enhanced reliability and efficiency as well as increased water supply. (June 2022)
The University of California San Diego’s Mesa Housing Pedestrian and Bicycle Bridge project was featured in the Precast/Prestressed Concrete Institute (PCI) Journal . Kleinfelder served as the prime design consultant for this $10 million project that enhances access and connectivity on the campus while encouraging walking and biking. (May-June 2022)
Kleinfelder Senior Principal Professional Dennis Doherty, PE, FASC, was inducted into the North American Society for Trenchless Technology (NASTT) Hall of Fame at the 2022 NASTT No-Dig Show. A NASTT member since 1992, Dennis has been a champion of bringing trenchless technology to the next generation and describes his early exposure to trenchless technology, details milestone projects in his illustrious career, and shares his ideas on fostering the next generation of trenchless technologists in this NASTT Northeast Journal of Trenchless Technology Practices feature article. (Spring 2022)
The North American Society for Trenchless Technology (NASTT) Northeast Journal of Trenchless Technology Practices has featured Kleinfelder’s work as the lead consultant on Springfield Water & Sewer Commission’s $122 million York Street Pump Station & Connecticut River Crossing project. Kleinfelder Principal Engineer Gus O’Leary provides an overview of this complex project “ one of the first horizontal pipeline projects in Massachusetts to warrant an alternative delivery method “ including existing conditions, history, and approach. (Spring 2022)
The article, titled Stormwater Management for Resilient Communities, examines how stormwater management infrastructure can be used to help safeguard vulnerable neighborhoods from future impacts of climate change, while relieving pressure on crowded underground systems. The article highlights Kleinfelder’s work as the lead consultant for the City of Cambridge’s PL6 Stormwater Tank Project, which features a 390,000-gallon, 119-by-36-foot cast-in-place underground stormwater tank in The Port Neighborhood of the City. (February 2022)
The article, titled Town of Swampscott, MA, Stacy’s Brook Comprehensive Sewer Rehabilitation “ Lessons Learned from Lateral Renewal, examines the Town of Swampscott’s sewer rehabilitation program to reduce concentrations of Enterococcus in the stormwater discharging at King’s Beach. Rahill and Scott provide a chronological dialogue of the original problem, the determination of the limits of the project area, the comprehensive sewer rehabilitation design approach, and a focused discussion on the design approach and lessons learned regarding the design and construction of cured in placed pipe (CIPP) lateral lining. (November 2021)
Mr. Christie has over 18 years of experience working on bridge, tunnel and marine projects all over the world, specializing in numerical modeling and earthquake engineering. The article, Seismic Performance of a Deep Soil Mixing Grid, which Sam collaborated on with three co-authors, presents a case study of the shoreline ground improvement for the new petroleum and cement terminal (PCT) berth at the Port of Alaska which was subjected to strong motions generated by the Mw 7.1 Point Mackenzie earthquake about one month after completion of the Deep Soil Mixing (DSM) zone along the seismically vulnerable shoreline. The article assesses the performance of the DSM zone compared against the adjacent unimproved slope and discusses the effectiveness of using DSM to shield the trestle piles from seismic induced lateral slope displacement. (September 2021)
In the article, ‘Managing Water Assets with Reality-Capture Technologies,’ Mark discusses how 3D scanning, reality capture and modeling technologies can be used as a highly efficient and cost-effective way to provide detailed information needed to manage, maintain, and upgrade water and wastewater infrastructure. (August 2021)
In the article titled, ‘Protecting Human Health and Aquatic Ecosystems with Ultrasonic Technology,’ Felipe discusses how ultrasonic algae control units equipped with water quality monitoring technology will serve as a vital component to maintaining healthy waters and reducing risk to people, wildlife, and the environment. (May, 2021)
Kleinfelder was featured in the North American Society for Trenchless Technology Northeast Chapter’s Journal for a more than 9,100-foot Horizontal Directional Drilling (HDD) project completed across an environmentally sensitive area and with numerous stakeholders. (December, 2020)
In the article titled, “3D Scanning Offers a Path to Remote Asset Management,’ Mark discusses how 3D scanning can be used within the oil and gas industry to improve efficiencies, reduce risk, and cut costs. (June, 2020)
Partnering with the U.S. Department of Defense (DoD) SkillBridge program, Kleinfelder is giving service members a leg up in the job market and gaining valuable employees in the process. (May, 2020)
The publication highlights the important role Kleinfelder played as the prime design consultant for the development of the Lakeside Equestrian Facility “ a 14-acre recreational park in eastern San Diego honoring the county’s history and celebrated western culture. (April, 2020)
Nancy is a Water Market Major Accounts Manager and was recognized for her contributions to Sacramentos water resources, leadership positions within the AEC industry, and inspiring young engineers and scientists. Flip to Page 79 to see her well-deserved spotlight.
Mark Franklin, 3-D Reality Capture Lead in Kleinfelder’s Edmonton, Alberta office, was featured in the most recent publication of Construction Tech Review. In the article titled, “Customizing Modular Design with 3-D Reality Capture Scanning,” Mark explains how engineers use 3-D reality capture scanning to eliminate uncertainties during planning, design, and construction. By capturing data about every element of a building or site with scanning technology, engineers create detailed and highly accurate 3-D renderings of existing buildings or construction sites that can be used to manipulate elements of a design, optimally configure construction sites, and allow project teams to complete virtual run-throughs to make sure there are no surprises when it comes time to execute project work.