5. The Arabella / Hoyt Tower

TRV Mechanical Completes HVAC Scope at Hoyt Tower in Newark

54 Sussex Avenue / 50 Sussex Avenue, Newark, NJ

TRV Mechanical Contractors LLC is proud to announce our work at Hoyt Tower, also known as The Arabella, located near Sussex Avenue in Newark, New Jersey.

This residential project adds new housing and ground-floor activity to a growing section of Newark. For TRV Mechanical, the project required careful HVAC coordination throughout a multi-story residential building with a mix of private units, shared spaces, parking, and retail components.

Project highlights:

  • 15-story residential building in Newark
  • More than 200 residential units
  • Ground-floor retail component
  • Parking and amenity areas
  • Multi-level HVAC coordination

Urban residential buildings demand mechanical systems that are efficient, well-coordinated, and dependable. The work must support individual apartment comfort while also serving the building’s larger operating needs.

TRV Mechanical’s focus included:

  • HVAC coordination and installation
  • Residential unit comfort systems
  • Common-area mechanical support
  • Coordination with structural and architectural conditions
  • Field problem-solving during active construction

Every successful project depends on strong coordination between design, construction, and field execution. TRV Mechanical’s team worked to support the project schedule while maintaining the attention to detail required for a high-quality residential building.

TRV Mechanical is proud to contribute to Newark’s continued development and to support projects that bring new residential opportunities to the city.


About TRV Mechanical Contractors LLC
TRV Mechanical Contractors LLC is one of New Jersey’s leading open-shop mechanical contractors, specializing in complex HVAC systems for large-scale residential, commercial, mixed-use, senior living, and institutional projects throughout New Jersey and New York. Our team provides the experience, manpower, and technical coordination required to support demanding construction schedules and high-performance building systems.