APEX 2.0

In-Room Portable Purification Unit – Capable of up to 1,500 CFM (1141 CFM VACSi) (Cubic Feet per Minute) Clean Airflow

The Apex Series is our most powerful portable air cleaning system, perfect for large commercial spaces, such as gyms, cafeterias, large offices, healthcare facilities, meeting spaces, and more. With customizable filter stacks, the Apex can remove the toughest of pollutants like infectious aerosols and VOC’s. 

Not only flexible in various filter media, the Apex Series industrial air scrubber is also highly adaptable. These units can be suspended from the ceiling to provide vertical downward airflow and can be transported from room to room with it’s mobile design.

Key Benefits

Energy Conservation (IAQP)

Can be used for ASHRAE Standard 62.1 Indoor Air Quality Procedure (IAQP) for energy reduction or possible reduction of outdoor air through the use of recirculated and purified air, while maintaining all design compounds within the building under their design limits

Reliable Efficiency

Direct-drive variable speed, high-efficiency fan motor with single intake plenum provides increased system dependability and efficiency by eliminating drive coupling

Absolute Filtration

Provides particulate and chemical contaminant control primarily utilizing a 4-stage filtration system

Minimal Maintenance

Automatic and remote scheduling to reduce energy consumption by running unit during occupied times and optimize longevity of filters through the use of on-board sensors for accurate filter life estimation, rather than time-based filter change intervals

Supplementary Compliance

Compliance with ASHRAE Standard 241 through third-party bioaerosol testing and establishment of an Infection Risk Management Mode (IRMM)

CONTACT AIRBOX FOR PURCHASING

Specifications

COMPLIANCE AND PERFORMANCE
SPECIFICATIONS

ASHRAE 241-2023

Compliant System Categories: FU,WU,CU,FH,WH,CH

UL Listed File Number E518053
CARB Certified

IEST-RP-CC007
US DOE-STD-3020-2015
UL900

Certified 99.99% HEPA Filter
Bioaerosol Testing Available upon Request

ELECTRICAL SPECIFICATIONS

Operating Voltage 110/120 VAC
Dual Motor 2x 115VAC, 50/60HZ, Ball Bearing, IP54 Rated UL
Listed: File number E319742
Wiring 22AWG and 16AWG
Connectors Deutsch DT, IP68 Rated

TECHNICAL SPECIFICATIONS

Unit Weight 89.4 lbs. (Non-Shrouded), 99.2 lbs. (Shrouded)
Unit Size 48″H x 24″W x 18″D (Non-Shrouded),
48″H x 24″W x 21.5″D (Shrouded)
Maximum Airflow 1,500 CFM  (VACSi 1,140 CFM)
Controls Standard manual control knob or Optional Smart Fleet Management System (IOT) allowing for remote air flow adjustment.
Air Flow Angles

Vertical Projection for suspension in ceiling (Non-Shrouded). Or 45° Projection for upright installation (Shrouded).

Enclosure Material

Aircraft Grade Aluminum Alloy with Antimicrobial Infused Powder Coat Finish
VOC Content: None

Available Colors Gray or White
Additional Features Polyurethane wheels for mobility
Warranty 5 Year All Inclusive Warranty

System Construction and Components

  • Aircraft grade aluminum alloy with antimicrobial infused powder coat finish
  • Optional front Shroud for optimal airflow angles 
  • High efficiency dual fan motor 
  • Seamless maintenance with easy change filter mechanisms
  • 110/120 Volt power input for ease of installation within any space
  • IP68 rated Deutsch Connectors
  • Customizable two- to four-stage filtration options for maximum clean airflow

Optimized Controls

  • Cellular connected controls make this installation dependable for contamination control
  • Optimize energy efficiency by scheduling your system during occupied hours
  • Integrated Differential Pressure Filter Sensors provides for efficient maintenance by only changing filters when necessary and simplifying maintenance schedules
  • Easy configuration for Infection Risk Management Mode

High Quality Filtration

  • Dual MERV 9A pre-filters
  • MERV 7 Pleated Activated Carbon filters with Synthetic Containment Membrane 
  • Certified HEPA filters with minimum efficiency of 99.99% @ 0.3 microns
  • Chem Shield Advanced Molecular Adsorbent to target specific unwanted Volatile Organic Compounds (VOCs)

APEX 2.0 Filtration

1st Filtration Stage

Activated Carbon Filter

  • MERV 8 2″ Pleated Activated Carbon with Synthetic
    Containment Membrane. OZ 3 Rating >30% Ozone

  • Removal Efficiency

  • Backed by MERV 9 2″ Radial Pleated Polyester Filters treated with Microban Aegis Microbe Shield®

RECOMMENDED TO BE CHANGED EVERY
6 MONTHS

2nd Filtration Stage

Antimicrobial Filter

  • MERV 9 4″ Radial Pleated Polyester Treated with Microban Aegis Microbe Shield®

RECOMMENDED TO CHANGE FILTER EVERY
9-12 MONTHS

Final Filtration Stage

HEPA Filter

  • Certified 99.99% Effective 4″ Pleated Glass Media Treated with Microban Aegis Microbe Shield®

RECOMMENDED TO CHANGE FILTER
EVERY 5 YEARS

APEX 2.0 Performance

ENERGY CONSUMPTION
(WATTS)

AIRFLOW RATE
(CFM)

VACSi INFECTIOUS AEROSOLS
(CFM)

40

400

24,000

90

800

48,000

225

1,200

72,000

330

1,500

90,000

Ready to transform your indoor air?


Clean Air Insights

A Focus on Dubai’s Adoption of ASHRAE Standard 62.1-2022 and 241-2023: The Growing Importance of Decarbonization, Sustainability, and Indoor Air Quality in Global Building Standards

As building development accelerates and the importance of health-conscious design grows, indoor air quality (IAQ), decarbonization, and sustainability have emerged as critical factors in building design and operations. The Indoor Air Quality Procedure (IAQP) has gained significant traction worldwide, offering a framework for achieving better indoor environments. A notable example of this trend is Dubai's recent adoption of ASHRAE Standard 62.1-2022 and ASHRAE Standard 241-2023 for both retrofit and new construction design, which provide guidelines for IAQ in commercial buildings. In November of 2024, the Ministry of Energy and Infrastructure (MoEI) announced the adoption of the latest technical specifications from the American Society of Heating, Refrigerating, and Air-Conditioning Engineers (ASHRAE) to enhance indoor air quality and achieve energy goals in government buildings across the UAE. This article explores the positive implications of these adoptions, the role of IAQP, and the global movement towards improved indoor air quality standards. Understanding IAQP and ASHRAE Standard 241-2023 What is IAQP? The Indoor Air Quality Procedure is a new performance-based ventilation design provided in ASHRAE Standard 62.1-2022, which aims to ensure immense decarbonization and energy savings using recirculated cleaned indoor air. Rather than strictly adhering to prescriptive ventilation rates, IAQP allows for flexibility based on specific needs of a space and its occupants. This procedure considers various factors, including the building's use, occupancy levels, and the nature of the indoor environment, enabling a more tailored and effective strategy for maintaining an acceptable breathing zone. What is ASHRAE Standard 241-2023? ASHRAE Standard 241 - Control of Infectious Aerosols provides requirements aimed at mitigating the transmission of airborne infectious contaminants in indoor environments. Developed by ASHRAE at the request of the White House, this standard establishes minimum requirements aimed at reducing the risk of disease transmission through exposure to infectious aerosols. It outlines strategies for designing and operating HVAC systems to enhance indoor air quality, including recommendations for the use of high-efficiency filters, effective air distribution methods, and the incorporation of proven air cleaning technologies. Key highlights include:   Infection Risk Management Mode: As one of the mitigation techniques listed, this mode applies during identified times of elevated airborne disease transmission risk, utilizing compliant air filtration systems for enhanced air output. Filtration and Air Cleaning Requirements: This standard outlines filtration and air cleaning effectiveness testing requirements. Subtractive technologies utilizing mechanical fibrous filtration, such as HEPA filters, and additive technologies that inactivate aerosols and particles, such as UV (ultraviolet) and bipolar ionization, should meet the test requirements to establish effectiveness and safety (inclusive of chemical analyte byproducts generation). By integrating these standards into building codes and regulations, cities and nations are working to create healthier environments for occupants. Dubai's Commitment to IAQ Why Dubai? Dubai, known for its rapid development and innovation, has embraced IAQP and ASHRAE Standard 241 as part of its commitment to sustainability and public health. This initiative aims to improve public health by controlling airborne infectious agents and ensuring that indoor spaces are safe and healthy. The new standards will play a vital role in making infrastructure projects more resilient to airborne pollutants, with a focus on energy efficiency and occupant well-being. Implications of the Adoptions Improved Health Outcomes: By adhering to these standards, Dubai will create spaces that enhance occupant health and well-being. Improved indoor air quality can reduce respiratory issues, allergies, and other health problems linked to poor indoor environments, ultimately reducing absenteeism and increasing cognitive function. Sustainability and Decarbonization Goals: Dubai is on a mission to become one of the world's leading sustainable cities. The implementation of IAQP supports this goal by reducing outdoor air intake, in-turn reducing energy consumption while ensuring adequate ventilation and air quality. Operational Resilience: A commitment to high standards of IAQ mitigates disruptions to operations caused by infectious outbreaks or outdoor air pollution events, positioning Dubai as a pioneer in building safety and resilience. Global Leadership: By adopting leading international standards like ASHRAE Standard 62.1-2022 and ASHRAE Standard 241-2023, Dubai positions itself as a global leader in building safety and sustainability. The MoEI reaffirmed its commitment to implementing these standards nationwide, positioning the UAE as a leader in sustainable infrastructure development and public health initiatives. Global Trends in IAQP Adoption Dubai is not alone in this movement; cities worldwide are increasingly recognizing the significance of improved indoor air quality and decarbonization. Key trends include: Regulatory Changes: Many states are publishing legislation aimed at improving indoor air quality in facilities. Other organizations, such as the International Mechanical Code (IMC) and the United States Green Building Council (USGBC), are adding IAQP language into building standards and environmental credits. Growing Awareness: As individuals and organizations become more informed about the impact of indoor air quality, there is a collective shift toward prioritizing clean air and sustainable solutions. This heightened consciousness ultimately leads to policymakers adopting performance-based ventilation practices and investing in innovative technologies. Technological Advancements: New building standards have encouraged innovations in HVAC technology, indoor air quality testing, and building management systems to facilitate the effective implementation of IAQP and ASHRAE Standard 241. The Future of Building Standards The adoption of ASHRAE Standard 62.1-2022 and ASHRAE Standard 241 in Dubai is a pivotal step in the global movement towards improved indoor air quality and decarbonization. As cities continue to face challenges related to public health and environmental sustainability, the new performance-based ventilation design provides a viable solution that combines flexibility, performance, and health considerations. With Dubai leading the way, the trend toward prioritizing IAQ is set to gain even more traction worldwide, ultimately fostering healthier and more sustainable living and working environments for all. As more cities recognize the importance of indoor air quality and adopt standards like ASHRAE Standard 62.1-2022 and ASHRAE Standard 241, a healthier future for the built environment becomes increasingly attainable. Get Started AirBox can assist your design team in implementing the Indoor Air Quality Procedure or ASHRAE Standard 241 whether it's for retrofit or new construction. Our team of experts specializes in leveraging the newest ventilation and indoor air quality standards for our clients. We offer a comprehensive, turnkey solution for IAQP, providing everything from design assistance and feasibility calculations to solutions and verification testing. Reach out to our team to get started on feasibility calculations and projected ROI for your performance-based ventilation design (IAQP) ...

What is the Indoor Air Quality Procedure (IAQP)?

The Indoor Air Quality Procedure (IAQP) is the new performance-based ventilation method that incorporates air cleaning into ventilation design to reduce the amount of outdoor air intake required to ensure acceptable indoor air quality, effectively reducing the strain on existing HVAC systems to allow for less energy consumption and less HVAC capacity in new construction. The History of IAQP: As the foremost authority for building design, the American Society of Heating, Refrigerating, and Air-Conditioning Engineers (ASHRAE) continually updates ventilation design standards via ASHRAE Standard 62.1 to ensure safe, breathable environment for building occupants. The most current version is ASHRAE Standard 62.1-2022 which introduced a new Indoor Air Quality Procedure that not only allows a breathable, occupiable indoor space, but also ensures safe indoor air quality (IAQ). The Old IAQP: The Indoor Air Quality Procedure was first introduced in ASHRAE Standard 62.1 in 1981 as an alternative ventilation method to the most commonly used Ventilation Rate Procedure (VRP). This ventilation approach offered a framework for maintaining building comfort in tandem with safe indoor air quality, allowing for greater flexibility in addressing specific environmental conditions and pollutant sources. While the IAQP established foundational principles for indoor air quality, it left certain aspects of research and development to the project engineers and other professionals. This encouraged innovation and adaption within the industry, as engineers could tailor solutions based on the unique needs of each building and the latest advancements in technology and air quality management. However, this also meant that practitioners had to navigate a landscape with varying levels of understanding and implementation of those guidelines, highlighting the need for ongoing research and collaboration in the field. The New IAQP: The recent updates to the Indoor Air Quality Procedure in ASHRAE Standard 62.1-2022 replace subjective interpretations by project engineers with clear, quantitative requirements. This ensures acceptable indoor air quality and reduces risk for those designing with this ventilation method. Let's talk about these changes: What are the differences? List of Design Compounds: Table 6-5 was added into the "new" Indoor Air Quality Procedure which provides a list of 15 contaminants or "Design Compounds" and their limits. This addition gives engineers a finite list to measure and certify acceptable indoor air quality has been met. Indoor Air Quality Verification Testing: ASHRAE provides IAQ testing requirements to verify system contaminant removal efficiency. The requirements include allowed laboratory test methods, direct read instrument specifications, minimum calibration, and more. IAQP Calculator: ASHRAE developed a third-party user-friendly calculator to simplify IAQP calculations and predict IAQ impact and performance. The Benefits of IAQP: Why stick to the VRP for your building's ventilation design when there's a better option? The new engineered ventilation system design (IAQP) allows recirculation of purified air, drastically reducing the need for outside air. This reduction brings several benefits: Energy and Cost Savings: Reducing the requirements for outside air lessens the demand on HVAC systems, resulting in decreased energy consumption for heating and cooling, ultimately lowering operational cost and supporting decarbonization and sustainability efforts. Reduced Equipment Requirements: By minimizing outdoor air intake, it becomes possible to downsize various equipment, including chillers, cooling towers, heating systems, and air handlers. This leads to cost savings during installation and lowers the requirement for large energy recovery systems or dedicated outdoor air systems. Enhanced Indoor Air Quality: The IAQP enables strict control over indoor air contaminants through the use of advanced filtration and compliant air cleaning technologies, which leads to acceptable indoor air quality. Resilience Against Outdoor Threats: Relying heavily on outside air can expose occupants to elevated levels of pollutants, especially with the growing risk of wildfires and urban pollution. IAQP's focus on contaminant control makes buildings more resilient by reducing the intake of potentially harmful outdoor air, which is crucial for areas experiencing ongoing air quality issues. When Will Your State Adopt the IAQP into Building Code? Luckily, you don't have to wait. The International Mechanical Code (IMC) allows for the use of both the VRP and the IAQP, the latter of which is described as an "engineered ventilation system design." In addition, the IMC has accepted a change in its next revision to further support the IAQP based on a request from ASHRAE. Furthermore, the U.S. Green Building Council (USGBC) is developing it's LEED Version 5 parameters and has recently published it for public review. Among the various earnable credits for LEED Certification is the adoption of the Indoor Air Quality Procedure as it is written in ASHRAE Standard 62.1-2022. Similarly, performing indoor air quality testing to the requirements in the same standard also counts towards LEED Certification. How Do I Implement the IAQP? With largely in-room portable air purifiers in the market, how is the new performance-based ventilation procedure, or IAQP, possible? AirBox has recently introduced its line of High-Volume Purifiers (HVPs) that were specifically designed for the Indoor Air Quality Procedure. The units range from 2,000 to 9,000 CFM to cover large scale, multi-room, and whole-building purification depending on building design. With advanced filtration on board, the AirBox HVPs can effectively remove all design compounds and reduce outdoor air intake by 50%-90% resulting in immense yearly energy savings and a reduction in HVAC capacity in new construction. In addition, the AirBox Analytical Group can also perform the required Indoor Air Quality Verification Testing in accordance with all testing requirements put forth by ASHRAE Standard 62.1-2022. AirBox combines data from cutting-edge sensor technology with in-depth lab analysis performed by an accredited third-party lab to ensure a comprehensive and accurate assessment and verification of air quality. Get Started: AirBox can assist your design team in implementing the Indoor Air Quality Procedure whether it's for retrofit or new construction. Our team of experts specializes in leveraging the newest ventilation and indoor air quality standards for our clients. We offer a comprehensive, turnkey solution for IAQP, providing everything from design assistance and feasibility calculations to solutions and verification testing. Analytical Group can also perform Reach out to our team to get started on feasibility calculations and projected ROI ...

ASHRAE Releases Guideline 44-2024: A Resource to Protect Indoor Air Quality From Wildfire Smoke

In response to the growing frequency and intensity of wildfires and prescribed burns, ASHRAE (the American Society of Heating, Refrigerating and Air-Conditioning Engineers) has released Guideline 44-2024. This comprehensive document provides guidance on protecting building occupants from the harmful effects of smoke during wildfire and prescribed burn events. The guideline addresses various aspects of building design, engineering, and operation, marking a significant step forward in public health and safety regarding air quality in residential and commercial structures. Overview of ASHRAE Guideline 44-2024 Purpose The core purpose of ASHRAE Guideline 44-2024 is to offer practical strategies and best practices for mitigating the risks associated with smoke exposure during wildfire events. It aims to assist building owners, engineers, architects, and facility managers in developing effective systems and processes that ensure a safe indoor environment in the face of poor outdoor air quality. Key Features 1. Risk Assessment and Planning Guideline 44 emphasizes the importance of understanding local wildfire risks and incorporating this knowledge into building design and operations. It encourages a thorough assessment of potential hazards and the development of contingency plans that prioritize occupant safety. 2. Building Strategies The guideline provides strategies for enhancing the building envelope to minimize smoke infiltration, as well as ventilation changes to better control indoor air quality while minimizing outdoor air intake during polluted events. Some of these building enhancements include sealing gaps in the structural design, employing MERV (Minimum Efficiency Reporting Value) 13 filters within HVAC systems, and adding proven air cleaning technologies to reduce indoor smoke levels. 4. Communication and Training Another essential aspect of the guideline is the emphasis on communication protocols. Organizations are urged to train staff on recognizing air quality concerns related to wildfires and to establish clear communication channels with occupants regarding safety measures and building operations. 5. Post-Event Procedures Post-wildfire smoke events can lead to lingering air quality issues. ASHRAE Guideline 44 includes protocols for assessing and restoring indoor air quality after such events, including flushing out the space, assessing and verifying the indoor air quality with compliant testing, and more. Implementation and Compliance Implementing the recommendations outlined in ASHRAE Guideline 44-2024 may require collaboration among various stakeholders, including building owners, design professionals, and facility managers. By adhering to the guideline, organizations can enhance occupant safety and reduce liability associated with smoke exposure. Putting Standards Into Actions If wildfire smoke is prevalent in your area, immediate changes can be easily made. AirBox offers highly compliant portable air purifiers for an easy plug-and-play set-up. We have also recently introduced its line of High-Volume Purifiers (HVPs) that utilize Certified HEPA and Advanced Molecular Adsorbent filtration capable of catching smoke and other pollutants in indoor air. These units range from 2,000 to 9,000 CFM to cover large scale, multi-room, and whole-building purification depending on building design. With the AirBox Advanced Operating System on board, the AirBox HVPs can switch to a building Smoke Readiness Plan with the press of a button. Even in normal operating modes, these units can reduce outdoor air intake by 50%-90% resulting in immense yearly energy savings and a reduction in HVAC capacity in new construction using the new ASHRAE Indoor Air Quality Procedure ventilation design. In addition, the AirBox Analytical Group can also perform Indoor Air Quality Assessment and Verification Testing in accordance with all testing requirements put forth by ASHRAE Standard 62.1-2022. AirBox combines data from cutting-edge sensor technology with in-depth lab analysis performed by an accredited third-party lab to ensure a comprehensive and accurate assessment and verification of indoor air quality. AirBox can assist your design team in implementing ASHRAE Guideline 44 whether it’s for retrofit or new construction. Our team of experts specializes in leveraging the newest ventilation and indoor air quality standards for our clients. Reach out to our team to get started. A Cleaner Future ASHRAE Guideline 44-2024 signifies a vital step forward in addressing the challenges posed by smoke from wildfires and prescribed burns. By providing a comprehensive framework for protecting building occupants, the guideline empowers architects, engineers, and facility managers to implement effective strategies that enhance indoor air quality and reduce health risks during wildfire events. For more detailed insights, stakeholders are encouraged to review the complete ASHRAE Guideline 44-2024 document, available through the ASHRAE website and other professional channels ...