Joe Wolstein, PE
Mechanical Engineer, Owner
Education
Montana Tech of the University of Montana
Bachelor of Science: General Engineering, Mechanical Option 2006-2010
Minor: Mathematics
Achievements
Green Globes Professional License 2014
Professional Engineering License 2015
Current Licenses
State of Montana - Professional Engineer
State of Idaho - Professional Engineer
Technical Experience
HVAC Systems - Airside
Furnaces
Unit Heaters
Fan Coils
Heat Pumps
Air Source
Water Source Geothermal
Water Source Boiler-Tower
Heat Recovery Ventilators
Constant Air Volume
Variable Air Volume
Indoor Air Handlers
Variable Air Volume
Variable Refrigerant Volume Heat Recovery Units
Air Source
Water Source Geothermal
Water Source Boiler-Tower
Makeup Air Units
Dust Collection
Vehicle Exhaust Removal
ASHRAE 90.1 Appendix G
HVAC Systems - Wetside
In-Floor Radiant Heat
Snowmelt
Heat Pump
Water Source Geothermal
Water Source Boiler-Tower
Boilers
Chillers
Air Source
Water Source
Variable Air Volume
Energy Modeling
Commercial Building Energy Audits
Education Building Energy Audits
Municipal Water Treatment Facilities
HVAC System Energy Audits
Process Equipment Energy Audits
Municipal Waste Water Treatment Facilities
HVAC System Energy Audits
Process Equipment Energy Audits
Plumbing Systems
Domestic Water Distribution
Sanitary Waste/Vent Systems
Water Treatment
Softeners
Arsenic Removal
Reverse Osmosis
Domestic Water Pressure Boosting Systems
Greywater Re-use
Project Highlights
Mixed Use Building
Patched together by past remodels and additions, the intent of the project was to rework mechanical, plumbing, and electrical systems to be consistent and up to the client's standards. Standards required a mechanical system that would be at least 30% more efficient than a ASHRAE 90.1 Appendix G baseline system. Because of the facilities limited mechanical space and high expectations for energy efficiency, a boiler-tower water source heat recovery variable refrigerant volume (VRV) system was designed. Exhaust and ventilation was provided by a variable air volume heat recovery ventilator controlled off of space demand ventilation. All mechanical system set points, schedules, and sequences were controlled by a central building automation system.
Organic Farm Process Building
The organic farm process building was a project designed around all workings of harvesting an organic farm. The facility is made up of several vegetable wash bays, storage refrigerators, and a retail space. Because vegetable wash bays consume large amounts of wash water, it was the intent of the client to reuse this wash water for partial irrigation on the farm. The plumbing system was designed to recollect all of the water and dirt washed from vegetables and separate the dirt and water for compost and irrigation. This was accomplisheed by designing network of trench drains in the wash bays, separating the water from the dirt in a compost ramp, and collecting the water in a storage tank with a submersible lift pump for irrigation.
Fire Station X
The fire station is made up of office spaces, a community gathering area, dorm rooms to house the fire fighters, and a large apparatus bay to store fire trucks and ambulances. Plumbing systems include a sanitary waste and vent system with sand-oil separation, domestic water distribution, compressed air distribution, and natural gas piping. Mechanical systems include 8 zoned gas furnaces, overhead radiant heaters, general exhaust, and apparatus bay air scrubbers. All critical mechanical systems were piped for duel fuel use on generator backup power.