Prof. Klas Haglid, P.E., R.A., C.E.M, and CEO of Haglid EngineeringTM and Building Performance Equipment, Inc. makes sure his commercial headquarters is a shining example of the energy-efficient building-stock solutions he promotes. The 10,000-sq.ft. building achieved Energy Star Building Certification in 2012. Impressive, until you realize Haglid also won an EBie Award for the greatest energy reduction in an industrial complex over 500,000 sq.ft. from New York’s USGBC and the Urban Green Council.
Challenge: Avidan Management’s 656,000-sq.ft. property had been labeled a ‘gas guzzler,’ making at least 200,000 sq.ft. of the structure challenging to rent. The facility included 40,000 sq.ft. of one-story office space, a 181,000 sq.ft. refrigerated warehouse, and 433,000 sq.ft. of mixed-use dry-warehouse space.
Challenge: A small company in Colorado that designs and hand-builds rafts with the best materials and techniques available (while operating completely off the power grid) needed a safer work environment. In a small 12 x 20 space, toxic acetone-based glue is regularly used to seal patch edges and for repairing gouged floors and pinholes. Without proper ventilation, the fumes from most glues can be quite hazardous to human health and flammable.
Chlorine and bromine smells from the pool and spa created poor indoor air quality (IAQ). Members complained that it was difficult to breathe in the main pool area.
Challenge: When it was built in 1977, the Saskatchewan Conservation House was one of the first completely energy efficient homes in North America. Our goal was to increase the energy and cost effectiveness of this passive house, which is nearly air tight, by improving the ventilation.
Challenge: Cultural centers can be an enormous challenge in HVAC design. The number of occupants fluctuates day by day, hour by hour, so the building must provide fresh air over a large range of flows. If not, indoor air quality (IAQ) can suffer and energy costs can run a fortune.
Challenge: When Tom and Nancy Palmer decided to take on the challenge of opening a healthier, cleaner hot yoga environment, they didn’t know a pandemic was around the corner. In the best of times, Hot Yoga practice is held in studios heated at 105°F (40.5C) with at least 40% relative humidity to increase yoga’s effects on muscles and various systems of the body. In addition to the resulting sweat produced under such conditions, people expel higher levels of carbon dioxide (CO2) thanks to elevated heart rates.
Challenge: As part of an overall energy efficiency improvement project, the customer wanted to significantly reduce energy consumption utilized by the existing HVAC [Heating, Ventilating, and Air Conditioning] system.
Challenge: The challenge was to bring fresh air to the back office areas of Newark Airport, which were isolated from outdoor air intakes by new construction and steel-reinforced concrete structural members. Using conventional ventilation techniques with partial energy recovery, hot/cold water coils, and ductwork to resolve this issue would have cost more than $100,000. Haglid Engineering fixed this problem for less than half the price.
Challenge: Located in the heart of the United Communities development on McGuire Air Force Base, the Jim Saxton Community Center serves to commemorate 15 years of service given by New Jersey’s former 3rd District Congressman. Equipped with a computer lab (which contains a live video chat system for communications during deployment), exercise room, day care, dining room, conference room, kitchen, and backyard playground, this center serves as the backbone to a community of United States officers, airmen, and their families.
Challenge: The challenge for Haglid Engineering was to renovate an existing retail bicycle shop, which was originally built as a home in the late 1800s, to achieve certification under LEED® for Commercial Interiors.
Challenge: The indoor air quality (IAQ) issue in this veterinary setting was quite obvious; strong odors from the animals posed a serious comfort problem. Fresh air needed to be brought into various parts of the building. It was requested that 15 air changes per hour be applied to the distribution of air.
Challenge: Manitoba Hydroelectric, Manitoba’s lead energy utility, purchased a BPE ERV for the purposes of instrumenting and evaluating the need for fresh outdoor air in below freezing conditions in an area of Northern Canada.
Challenge: The goals of this project were to conduct an energy audit on Hunterdon Central Regional High School’s energy consumption, establish baselines for energy efficiency, and identify opportunities to reduce energy usage and its overall cost. The 213,718-square-foot facility, located in Central New Jersey, was constructed in 1955 with a few additions made throughout the years.
Challenge: Hopewell Valley Regional School District sought to boost energy-efficiency throughout six school buildings and provide students and staff with improved indoor air quality (IAQ). Haglid Engineering & Associates (HEA) began the project with an audit of each school’s energy consumption, using the EPA’s ENERGY STAR® PortfolioManager® Tool and Energy Performance Rating System.
Challenge: A member of the world-wide Glatt group, which specializes in integrated-process technology, the company aimed to greatly reduce energy usage in its heat recovery functions through an energy-efficient means.
Challenge: This newly built facility needed fresh outdoor air to meet code requirements and had indoor air quality (IAQ) issues caused by the athletes’ vigorous training. Steve Opremcak, president of Circle Management, LLC, was seeking high-efficiency ventilation equipment that would provide adequate energy savings while improving the overall IAQ of the facility.
Challenge: Chrysalis Yoga & Café is not an ordinary yoga studio. The program line-up includes ‘hot yoga’, which is specifically designed to loosen muscles and allow for ease of stretching. Such classes are conducted within highly humid conditions at temperatures more than 105°F.
Client: Chanel, Inc., International Manufacturer of Fine Perfumes in Piscataway, NJ. Challenge: This large international perfume manufacturer had issues with indoor air quality (IAQ), temperature control, and high energy bills prone to double-digit rate...
Challenge: A 2,000-square-foot office suite with central heating and air-conditioning had serious Indoor Air Quality (IAQ) issues due to a manufacturing and welding facility situated directly beneath it. High levels of carbon monoxide (above 100 ppm) and combustion products infiltrated the office, which was evacuated.
Challenge: After a major reconstruction was completed in 2011, Mike Feygin, owner of Bourbon BBQ, decided it was time to make his mark on the local community beyond his delicious barbecue – he wanted to establish the first green certified restaurant in his county.
Challenge: The challenge was to provide fresh air throughout an air-tight, earthen-built structure toimprove breathing and comfort for occupants. The equipment used had to reliably withstand a variety of weather conditions, including extreme cold, high humidity, and salt-laden air.
This home’s basement suffered from the typical issues associated with combining a tight building envelope with high summer humidity and
a cool basement. The resulting high dewpoint produced an unhealthy, damp and moldy environment. Typical solutions include increased dehumidification, but then over-cooling and excess energy use can become an undesirable added extra.
The front office areas and locker rooms of this facility had IAQ issues and lacked fresh air make-
up. The main gym area trapped unpleasant odors outgassed from the many thick neoprene workout mats. Providing additional heating, ventilation, and cooling (via HVAC) would have been quite expensive on a first-cost basis due to the purchase and installation of HVAC equipment.