Overview of enVerid's mission, expertise, market segments and clients.
Introduction to HVAC Load Reduction Technology
HLR 1000-15M product features, modes and specifications
HLR 1000 - 15R product features, modes and specifications
Explains how new construction and existing buildings can earn LEED points using HLR Technology.
Explains how enVerid calculates the energy savings resulting from using HLR technology to clean indoor air, and thereby requiring less outside air ventilation.
Learn about the advantages of HLR technology over DCV and ERV.
Case studies provide details of HLR technology implementation and results at customer sites. Snapshots contain a two page summary of customer results.
How to Handle a 50% Increase in Occupancy While Maintaining Indoor Air Quality
ArcBest℠ is a logistics company located in Fort Smith, AR. Originally designed to support an occupancy level of 850 people, the 190,000 square foot corporate headquarters building has grown to now have 1,085 people plus visitors. The increase in occupancy drove the need for
increased outside air ventilation, resulting in an increase in energy consumption and challenges in maintaining air temperature comfort throughout the building.
Improving Energy Efficiency and Indoor Air quality
Located at the University of Miami Miller School of Medicine in downtown Miami, the UHealth Fitness and Wellness Center occupies the top two stories of a thirteen-story building and spans 60,000 square feet. The indoor air quality (IAQ) was not at the level the facilities management team
desired due to carbon dioxide (CO2) from people exercising, the equipment and mats off-gassing formaldehyde and volatile organic compounds (VOCs), and fine particulate matter from the nearby highway and airport.
Maximize Employee Performance While Saving Energy
The 44-story corporate headquarters building in the heart of New York City had been spending significant money cooling and heating outside air for ventilation, all while knowing that the outside air could no longer be considered “fresh air” due to high levels of air pollution. Further, numerous studies show poor indoor air quality (IAQ) directly impacts people’s productivity. Given the important financial decisions being made in the building, maintaining good air quality is a high priority.
Downsize Chiller Plant, Save Energy Expenses and Maintain Excellent IAQ in Hi-Rise Building
The real estate company owns an iconic 50-story high-rise building in the heart of a major city, and wanted to decrease the energy consumption of its HVAC system while improving comfort at the same time. The air handling units (AHU) have a constant flow of outside air to ventilate the building. High energy consumption is required to condition the air in this seaside climate, with hot, humid summers. Improving energy efficiency, particularly during summer days, was a key driver as electricity costs are more than double during these peak demand hours.
Applying HLR Technology for a LEED Project at Zero Incremental Cost
The building, formerly a small museum, is being renovated and more than doubled in size to accommodate office space and meeting rooms. The original floorplan of 8,246 ft2 is being entirely renovated, except for the restrooms, bringing the total size to 21,848 ft2. The owner decided to target LEED Gold certification, under LEED v4 BD+C for new construction and renovations.
Meeting Sustainability Initiatives While Maintaining Excellent Indoor Air Quality
With sustainability being a basic value underlying their business philosophy, the company turned to enVerid for help. The five-story, 120,000 ft2 office building is expensive to cool due to high HVAC energy consumption impacting utility costs. The HVAC system has twelve air handling units (AHU), with airflow ranges from 13,000 – 15,000 CFM. Learn how deploying HLR technology reduced electricity costs by 50%.
Preventing Polluted Air from Entering the Classroom
Large amounts of outside air were being brought in to reduce carbon dioxide (CO2) levels with the dangerous side effect of dramatically increasing indoor levels of PM2.5. The facilities management team wanted to maintain safe levels of CO2 and volatile organic compounds (VOC) without drawing so much polluted outside air.
Improving Cognitive Functions and Student Performance in the Classroom
It is generally accepted that high levels of air pollution and CO2 impacts cognitive functions and student performance. The school expressed desire to improve indoor air quality (IAQ) while reducing their high HVAC energy consumption for cooling.
HLR technology provides energy savings and air quality. Learn how the HLR system works and can benefit you.
Dr. Udi Meirav, Founder and CEO, enVerid Systems Inc., explains to Mike Nikitas, evening anchor, New England Cable News (NECN), how his company is shaping the future for energy-efficient buildings.
Learn how the UHealth Fitness and Wellness center, a 60,000 square foot facility, reduced energy consumption by 28% and peak HVAC capacity by 41% while improving indoor air quality.
The following studies on office environments, schools and outside air pollution represent a sample of the research on indoor air quality. The studies show the positive impact good air quality has on health, productivity, and cognitive performance. However, most of the studies focus on increasing ventilation to improve indoor air quality, which has significant economic consequences and raises energy consumption. Increased ventilation requires purchasing much higher capacity HVAC equipment, which costs more, takes up more space, and consumes much more energy. Furthermore, existing buildings often don't even have the heating or cooling capacity to increase outside air ventilation.
With buildings accounting for over 40% of total energy consumption and HVAC systems accounting for roughly half of that, higher ventilation rates significantly increase costs and and the higher rate of energy consumption causes greenhouse gas emissions from power plants to rise. Furthermore, due to airborne pollutants, today's outside air isn't always "fresh air" and high volumes of outside air can be a problem for indoor air quality.
HLR technology, in contrast, saves money by reducing HVAC equipment size and cost, improves energy efficiency and thus reduces greenhouse gas emissions from power plants, and improves indoor air quality while lowering the intake of polluted outside air. It's a win, win, win for the building owner, the tenants, and the earth.