Our firm provided conceptual and final design, bidding, and construction phase services for the reconstruction of the school’s primary parking lot. Additional improvements consisted of a new concrete sidewalk and a landscape island to facilitate a linear bus circulation pattern, which maximizes student safety by allowing them to enter and exit buses to and from a designated pedestrian sidewalk area. Prior to construction students had to cross an active parking lot to reach the buses. Stormwater management aspects of the project consisted of the redesign of and replacement of existing seepage pits for rooftop runoff with overflows into the site’s existing stormwater management system.
This design/build project, completed in coordination with J. Fletcher Creamer, required the preparation of a design for the replacement of an existing collapsed culvert beneath the primary access driveway of the Williams Transco natural gas transmission and distribution facility in Carlstadt, New Jersey. The design included the replacement of the culvert that allows passage of the tidally influenced waters of Bashes Creek and the complete reconstruction of the primary access driveway. The final design included 60 foot deep sheet pile headwalls, with a unique design required to install the culvert after the headwalls were installed. The control of water and construction around a significant amount of existing utilities, including several high pressure natural gas transfer mains, required an atypical design and installation approach.
VEOLIA – Our firm provides site plan design/preparation to Veolia for six water system sites throughout Vernon Township in support of their emergency and resilience efforts. We successfully represented Veolia as their land use engineer in obtaining Land Use Board approval from Vernon Township for the proposed siting and installation of permanent automatic backup generator power at six public water well stations. This effort provides for health and safety of the public water systems in the event of local power failures.