BUSINESS / MECHANICAL

Chenega Regional Development Corporation

ROLE: Subcontractor
CLIENT: The Chenega IRA Council
PRIME CONTRACTOR: F&W Construction
LOCATION: Chenega, Alaska

Information about the project:

Slayden Plumbing & Heating proudly partnered with the Chenga Regional Development Corporation to construct a 6,185-square-foot Multi-Purpose Lodging Facility in the Village of Chenga, Alaska. This two-story, wood-framed structure is designed to provide versatile residential accommodations and shared amenities tailored to the region’s unique needs.

The facility includes:

  • Two one-bedroom apartments

  • Two two-bedroom apartments

  • Three three-bedroom apartments

  • A shared multi-use common area featuring a kitchenette, laundry facilities, and a centralized mechanical/electrical room

Each apartment is equipped with a full kitchen—including a single-compartment sink, electric range, and refrigerator. One- and two-bedroom units are furnished with three-quarter baths, while the three-bedroom units offer full bathrooms to support family-style living.

Mechanical & Plumbing Systems


The building’s heating system is powered by two high-efficiency oil-fired boilers connected to a 500-gallon, double-walled above-ground fuel storage tank. Heating distribution is customized by zone:

  • Radiant floor heating for first-floor slab-on-grade apartments

  • Hydronic baseboard heating for second-floor apartments

  • Unit heater for the mechanical/electrical room

Each apartment is ventilated independently via dedicated heat recovery ventilators (HRVs), with an additional HRV system serving the common multi-purpose area.

The plumbing system includes:

  • Indirect-fired domestic water heating with integrated tempering valve

  • Pumped hot water recirculation for consistent delivery

  • Gravity drainage tied to an on-site leach field

  • Insulated and heat-traced “Arctic pipe” water service connected to the village water system

This project showcases our expertise in delivering complex mechanical and plumbing systems in remote, cold-climate environments while prioritizing resident comfort, system efficiency, and long-term reliability.