Mark Bak renovated the existing, 15,360 square foot, mixed use Warehouse/Office building. Alteration and office fit-out of front end, 3,840 square foot, office space and modernization of front building façade and main entrance.
West-Ward retained our firm to scope out and design a lab waste chemical storage facility. Within their 20,000 square feet laboratory, offices, R&D and pilot production facility West-Ward needed to consolidate their chemical waste storage into a dedicated space or building. The scope of the engineering services included the evaluation of options. From cost and constructability considerations, a prefabricated 500 square feet, dual compartment (flammables & corrosives) enclosure located outside of the building was selected. The design services included civil (site plan approvals), architectural, mechanical, electrical, plumbing, fire protection and structural.
West-Ward retained our firm to scope out and design the renovation of 5,000 square foot laboratory support and storage space into a glassware washroom, breakroom, toilet rooms and stability chambers storage room. This space is part of a 33,000 square foot laboratory, offices, R&D and pilot production facility. The project needed to be implemented within an active facility. The project approach was design-build with our firm acting as the construction manager. The design services included architectural, mechanical, electrical, plumbing and fire protection.
Sussex County Community College retained our design and construction support services for a central air conditioning system in conjunction with window and facade renovation improvements to the college’s main academic building. The 40,000 square foot building was originally built in 1927, and had undergone several renovations. This project consisted of replacing the out of service rooftop make-up air units with two new 6000 CFM packaged HVAC rooftop units for fresh air, and a VRF system with four 12 ton rooftop heat pumps (ACCUs) for air conditioning with ceiling mounted blower units (ACs) in each room (60) with individual room controls. All equipment was connected to the existing building management system via BACNET communications network. Related design work included electrical for the HVAC equipment with new panelboards, and structural for new steel dunnage for the new rooftop HVAC equipment.
Our firm provided planning, feasibility, design, permitting, funding application, bidding, and construction phase services for a major upgrade to a 0.5 MGD wastewater treatment facility. The design utilized all of the existing units from the original secondary treatment facility and employed an innovative process (Upflow Sludge Blanket Filtration) to meet the new effluent limits in the most cost-effective manner. The project ultimately won the Association of Environmental Authorities’ Forward-Thinking Award.
CP was engaged by the City of New Brunswick to prepare construction documents to rehabilitate three structures at Buccleuch Park: the public restroom facility, a gazebo, and a 6,600 square foot open-air pavilion. A forensic investigation of the three structures was performed consisting of a thorough examination of the buildings in order to determine the cause of many problematic issues, as well as to assess their current condition and any potential hazards. Detailed, existing conditions drawings were developed of all three structures followed by construction drawings to be used as a repair guide for bringing the structures back up to good physical condition and proper working order as well as Code and barrier free compliance.
