Categories
Featured Mixed Use / Multifamily Projects

Saltwood North and Saltwood South

Saltwood North is a mixed use retail and residential building located in Portland’s bustling Slabtown neighborhood. It is a 6 story, 177 apartment building, with ground level retail space and 2 garage levels.

In this Design/Build project, American Heating provided an effective and energy efficient HVAC design and installed over 170 state of the art Fan Coil units in the building allowing responsive and accurate temperature control for every resident in the building. Our rooftop condenser racks were designed and fabricated by our talented team members to provide structurally sound, and aesthetically appealing frames for our 170+ condensing units.

Saltwood South is similar in scope and construction to Saltwood North, and we were contracted for the design and installation of the various HVAC equipment and systems throughout the building.

Categories
Featured Mixed Use / Multifamily Projects

Gray’s Landing

Gray’s Landing (Block 49) will be the first affordable rental housing in the South Waterfront neighborhood.  Featuring 209 apartments, Gray’s Landing will also include REACH’s office space and 5,500 sf of commercial space for future tenants.

American Heating served as the design build HVAC contractor for this project.  The building includes a sub grade parking garage exhaust system, multiple split systems serving the ground floor retail space and REACH offices and packaged rooftop units serving the corridors.


Categories
Mixed Use / Multifamily Projects

Riva On The Park

Summary coming soon…

Categories
Mixed Use / Multifamily Projects

Maryville Nursing Home

Maryville Nursing Home is located in Beaverton and occupies 92,000 square feet. Maryville houses hundreds of assisted living apartments, full service kitchen and laundry facilities, as well as dozens of offices and other amenities. Originally constructed in 1964 minimal upgrades had been made to the original mechanical systems.

American Heating, Inc. designed and installed an energy efficiency retrofit of the boilers, chiller, DHW, and DDC control system. AHI replaced the chilled water plant with a new chiller with condenser heat recovery to the domestic water system. The boiler was upgraded to a fully modulating condensing boiler. New condensing water heaters were installed. The DDC control system was a complete replacement and included converting the two pipe system into a more comfortable multizone two pipe system with dozens of control zones located in the mechanical room.

Due to the 24/7 operation of the facility AHI coordinated a construction and implementation schedule to complete project with no down-time for the owner. The design included minimal intrusion by locating the majority of the components in the central plant.

 

Categories
Mixed Use / Multifamily Projects

Ladd Tower

Ladd Tower is a 23 story glass tower located in downtown Portland’s south park blocks.  Ladd Tower features 332 apartments above ground floor retail and a sub grade parking structure.

American Heating installed all the wet-side and dry-side mechanical components for this project.  337 vertical fan coils, 1 450-ton chiller, hydronic piping, fans and all ductwork were all installed as part of our scope.

We also performed the HVAC services for the First Christian Church Restoration, also located on the Ladd block.

Categories
Mixed Use / Multifamily Projects

The Matisse

Located in Portland’s South Waterfront, The Matisse is a multi­family mixed use project featuring 274 apartments with ground floor retail and a sub grade parking structure.

American Heating installed the Mitsubishi City Multi VRF for this project which included (34) outdoor heat pumps and (580) indoor fan coils. Over 10,000 feet of refrigerant piping was installed to serve the system. American Heating also designed, programmed and installed the Mitsubishi control system for The Matisse. In addition to the VRF system, American Heating also installed all ductwork, fans and rooftop units.

In order to comply with all the LEED requirements, all ductwork was capped at the end of each day to prevent construction dust from entering the HVAC system.