JPMC Main Restack
Houston, TX
Infinity MEP+S was engaged to provide design engineering services to upgrade the JP Morgan Chase space as the Anchor tenant in the newly rebranded, The Jones on Main. The scope of the interior renovations was inclusive of offices, conference rooms, telecommunication (TR) rooms, restrooms, and breakrooms to various areas of the building including the mezzanine, level two, level 4, level 6, level 7, level 8 and level 13.
Infinity MEP worked with the client to design to the JPMC High Performance Workplace (HPW) guidelines. The HPW goal for JPMC is a step towards a more modern workplace with an emphasis on smart technology and green initiatives to enhance talent productivity.
With every renovation project, it is critical for our team to assess the existing conditions of the space so that we can document and gather a thorough image of what actions on our part need to be taken to bring the end-user and architect vision to life. The mechanical design development includes HVAC with ductwork and air devices for existing systems serving the areas. Supplemental AC units for conference and server rooms were also assessed and designed as required. The electrical systems were designed to include normal power, circuiting, switchgear, and powering/control of the lighting systems. Design of the plumbing systems were inclusive of hot and cold water piping, sanitary, and vent for the breakrooms and restrooms.
The team is also engaged to support through the Construction Administration phase and through Post-Construction for all floors, with the exception of level eight. Our CA process involves prompt responses to RFIs, coordination with the general contractor, architect, and end-user, and frequent site visits to provide oversight of installation as construction progresses.
The team is pleased to be involved in this and other projects to help transform JPMC workplaces for extended future use.
CLIENT: JPMC
ARCHITECT: Ziegler Cooper Architects
SIZE: 157,943 SF
HIGHLIGHTS:
- Designed to HPW Standards
- Full MEP Design