Shaping Tomorrow's Built Environment Today

Supplier Directory and Supplier White Papers

Share This

ASHRAE Supplier Directory

This directory provides information about products and services provided by HVAC&R Industry companies. Search the directory by topic, company, name, or geographic location. To browse the directory, click on a product or service category. This directory is provided as a service to ASHRAE members and others in the HVAC&R industry. Companies, products, and services listed here are not endorsed or approved by ASHRAE. ASHRAE does not test or certify products or services.
Visit ASHRAE's Supplier Directory


Supplier White Papers

Browse supplier white papers to keep up with the latest trends in the HVAC&R industry.

Sponsorship Inquiries
If you are interested in appearing on these pages, please contact your ASHRAE Journal sales representative or Greg Martin, Advertising Sales Manager.

Disclaimer: *Appearance of sponsored content does not imply endorsement by ASHRAE.

  • Supplier White Papers by Topics

    Energy Analysis | Energy Efficiency | Filtration | HVAC


    Energy Analysis

    Greenheck

    Product Application Guide: ASHRAE 90.1-2007 to 2010 to 2013: Changes in Air-To-Air Energy Recovery Requirements and the International Energy Conservation Code (IECC)

    Air-to-air energy recovery devices present several key benefits for commercial buildings. These benefits include lower energy costs due to the reduction in the overall mechanical cooling and heating requirements, lower first costs due to reduced mechanical equipment sizes, and reduced variability in air conditions entering the cooling and heating system. Because energy recovery devices have shown a significant savings in energy consumption, energy standards for commercial buildings have included requirements for air-to-air energy recovery based on system design. ASHRAE Standard 90.1, "Energy Standard for Buildings Except Low-Rise Residential Buildings," defines guidelines for energy efficiency in commercial buildings. The language and guidelines from ASHRAE 90.1 are adopted into the International Energy Conservation Code (IECC), which is often adopted by state and local jurisdictions.

    pdf_icon.png Download Whitepaper
    [Content provided by Greenheck]

    Energy Efficiency

    Viega

    Net Zero Buildings: Moving from Theory to Reality

    The concept of "net zero building," a building which produces as much energy as it uses over the course of a year, in recent years is becoming more of a reality than simply theory. Although currently there are only a small number of highly efficient buildings that meet the criteria to be considered a net zero building, creating net zero buildings is becoming more and more feasible.

    One of the biggest hurdles is education.

    Download Whitepaper
    [Content Provided by Viega]

    Filtration

    Vortisand

    On-Demand Webinar: Choosing the Right Water Filtration System Will Maximize Your Cooling Tower Efficiencies

    Water from cooling towers attracts and absorbs airborne contaminants on a continuous basis. Typically, 85% of suspended solids in cooling water and hot water loops are smaller than 5 microns. Scientific studies have shown that these fine particles (5 microns and less) are the adherent contaminants fouling the water loop and cooling system.

    Manufacturing facilities are routinely reviewing their system's water quality and treatment levels to prevent early and rapid corrosion, scale and biological growth; leading to unplanned facility maintenance and/or shutdown. Listen to our HVAC cooling expert as he shares his cooling tower knowledge and expertise with ASHRAE.

     

    Download Whitepaper
    [Content Provided by Vortisand]


    HVAC

    AAON

    Superheat and Subcooled Levels for Water Source Heat Pumps

    This paper evaluates and analyzes the superheat and subcooled levels for water source heat pumps. As per the non-ideal refrigeration cycle, each cycle has a certain amount of superheat in the suction line and a certain amount of subcooled liquid in the liquid line. By evaluating the level of measured superheat and subcooled levels for a known correctly charged system, we can document and publish the results for internal and external use. By connecting temperature gauges to the suction and liquid lines of a system, the superheat and subcooled levels of the system can be found relatively quickly. Charge can be declared to be correct if the values of the superheat and subcooled levels match those of the lab tested values.

    pdf_icon.png

    Download Whitepaper
    [Content Provided by AAON]

     

    SPX Cooling Technologies

    Crossflow vs. Counterflow Cooling Towers

    Crossflow and counterflow are two ways to describe how air moving through a cooling tower interacts with the process water being cooled and their fundamental differences. The focus is on factory-assembled induced-draft crossflow and counterflow cooling towers

    pdf_icon.png

    Download Whitepaper
    [Content Provided by SPX Cooling Technologies]


    Please contact Greg Martin at gmartin@ashrae.org for information on posting sponsored white papers on this page.

  • Supplier White Papers by Company

    AAON | Greenheck | SPX Cooling Technologies | Viega | Vortisand


    AAON

    Superheat and Subcooled Levels for Water Source Heat Pumps

    This paper evaluates and analyzes the superheat and subcooled levels for water source heat pumps. As per the non-ideal refrigeration cycle, each cycle has a certain amount of superheat in the suction line and a certain amount of subcooled liquid in the liquid line. By evaluating the level of measured superheat and subcooled levels for a known correctly charged system, we can document and publish the results for internal and external use. By connecting temperature gauges to the suction and liquid lines of a system, the superheat and subcooled levels of the system can be found relatively quickly. Charge can be declared to be correct if the values of the superheat and subcooled levels match those of the lab tested values.

    pdf_icon.png Download Whitepaper

    Greenheck

    Product Application Guide: ASHRAE 90.1-2007 to 2010 to 2013: Changes in Air-To-Air Energy Recovery Requirements and the International Energy Conservation Code (IECC)

    Air-to-air energy recovery devices present several key benefits for commercial buildings. These benefits include lower energy costs due to the reduction in the overall mechanical cooling and heating requirements, lower first costs due to reduced mechanical equipment sizes, and reduced variability in air conditions entering the cooling and heating system. Because energy recovery devices have shown a significant savings in energy consumption, energy standards for commercial buildings have included requirements for air-to-air energy recovery based on system design. ASHRAE Standard 90.1, "Energy Standard for Buildings Except Low-Rise Residential Buildings," defines guidelines for energy efficiency in commercial buildings. The language and guidelines from ASHRAE 90.1 are adopted into the International Energy Conservation Code (IECC), which is often adopted by state and local jurisdictions.

    pdf_icon.png Download Whitepaper

    SPX Cooling Technologies

    Crossflow vs. Counterflow Cooling Towers

    Crossflow and counterflow are two ways to describe how air moving through a cooling tower interacts with the process water being cooled and their fundamental differences. The focus is on factory-assembled induced-draft crossflow and counterflow cooling towers

    pdf_icon.png Download Whitepaper

    Viega

    Net Zero Buildings: Moving from Theory to Reality

    The concept of "net zero building," a building which produces as much energy as it uses over the course of a year, in recent years is becoming more of a reality than simply theory. Although currently there are only a small number of highly efficient buildings that meet the criteria to be considered a net zero building, creating net zero buildings is becoming more and more feasible.

    One of the biggest hurdles is education.

    Download Whitepaper

    Vortisand

    On-Demand Webinar: Choosing the Right Water Filtration System Will Maximize Your Cooling Tower Efficiencies

    Water from cooling towers attracts and absorbs airborne contaminants on a continuous basis. Typically, 85% of suspended solids in cooling water and hot water loops are smaller than 5 microns. Scientific studies have shown that these fine particles (5 microns and less) are the adherent contaminants fouling the water loop and cooling system.

    Manufacturing facilities are routinely reviewing their system's water quality and treatment levels to prevent early and rapid corrosion, scale and biological growth; leading to unplanned facility maintenance and/or shutdown. Listen to our HVAC cooling expert as he shares his cooling tower knowledge and expertise with ASHRAE.

    Download Whitepaper

    Please contact Greg Martin at gmartin@ashrae.org for information on posting sponsored white papers on this page.

Close