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ASHRAE was incorporated in New York on January 24, 1895
ASHVE First Annual Meeting January 22, 23, and 24 1895
The company traces its roots to 1895 and a riveted steel furnace built by Dave Lennox in Marshalltown, Iowa.
In 1904, 70 of the industry pioneers formed the American Society of Refrigeration Engineers, officially creating a new profession.
In 1904 Lennox sold his company to a group of investors led by D.W. Norris, a Marshalltown businessman.
On July 19, 1906 in Chicago, a motion was made to form "local chapters of the society" upon application of 10 members in any state
The first chapter formed was the Issinois chapter on December 13, 1907
Documentation of 1920's Carbon Dioxide Air Conditioning System -- Orpheum Theater, Minneapolis, MN Documented by Bernard Nagengast et al.
The most notable use of the new airconditioning technology was in the motion picture theaters of the 1920s.
The lineage of the Handbook begins in 1922, when the American Society of Heating and Ventilating Engineers (ASH&VE) published its Heating and Ventilating Guide.
His work earned Carrier the title of "the father of air-conditioning." In 1922, he invented the centrifugal refrigeration compressor.
Below: The Norwood Building incorporated two firsts when the 14-story structure was completed in 1929.
In 1930, Thomas Midgely of the DuPont Company developed the first fluorocarbon refrigerant and demonstrated his faith in its safety at a company press conference by inhaling a stream of the gas and blowing out a candle with it.
In 1933, he established a small heating research laboratory funded through research grants.
The Washington, DC Chapter of the American Society of Heating and Ventilating Engineers (ASHVE) was charted on September 24, 1935.
In 1942 the wartime fuel conservation plan developed by the Chapter was accepted by the Department of Interior for national distributing and enactment.
October of 1946 the first OREGON DIFFUSER with Don Kroeker as Editor was published becoming the second Chapter newsletter in the Society.
During the early 1950’s, several heating and ventilation industry leaders in Austin would drive to San Antonio to attend meetings of ASHVE (American Society of Heating and Ventilating Engineers). The Southwest Texas Chapter of ASHVE also included the south Texas and Corpus Christi areas.
1952 – (National event) ASHVE becomes American Society of Air Conditioning Engineers (ASHAE)
As early as 1953, several of the regular attendees from Austin began discussing forming a local independent Chapter of ASHVE. Early members of the group were Mr.
Until 1953, water remained the most common cooling medium for air conditioning and refrigeration.
The introduction of air-cooled systems in 1953, followed by the now-familiar split-system, launched the concept of controlled cooling into national acceptance.
Following a parallel path, on July 15, 1954, a meeting was held with Al Chadburn, assistant secretary and J. W. Snyder, Sections Committee Chairman of the American Society of Refrigeration Engineers (ASRE), to learn the procedure for establishing a location Section.
The Charter was presented on March 10, 1955, to Chairman-elect Chet Bell by Leon Buehler, President of ASRE.
In 1955, the Washington Chapter of ASHVE celebrated its Twentieth Anniversary throughout the year.
The Florida West Coast Chapter of ASHRAE was chartered in February 1956 to promote industry standards and best practices at the local level.
The chapter charter indicates a date of April 8, 1956, but the first newsletter said it was made official on July 19, 1956.
1, dated July 1956 – provided some of this information regarding the formation of the Austin Chapter of ASHVE. Additional information was gleamed from a few narratives provided by our former Historian, Mr.
The Chapter hosted the Society’s first regional meeting in 1956.
In 1956, the industry adopted DuPont's numbering system for all fluorocarbon refrigerants.
The first use of the title “Capitalaire” for the Chapter newsletter was in 1957.
Printed material (1959-85, n.d., 5 items), also a part of the General subgroup, includes the original and revised by-laws by which the Austin Chapter operates.
The name “National Capital Chapter” was first used in 1960.
By-in-large, the Chapter Regional Committee records (1962-88, n.d., 51 items) center around correspondence and reports of the Austin Chapter delegates to the annual regional meetings.
In addition, the Secretary subseries includes minutes (1963-77, 107 items) for both Board of Governors and regular Austin Chapter meetings, that provide a monthly account of the activities and interests of the Chapter over a wide range of years.
In 1967, the information in the Guide and Data Book was regrouped into a Handbook of Fundamentals, with separate Systems, Applications, and Equipment volumes.
Treasurer financial documentation, divided into various reports and account records (1968-97, n.d., 735 items) forms the bulk of the Officers subgroup.
In 1973, the Guide and Data Book was renamed the ASHRAE Handbook.
By 1973, 75 percent of industry sales were residential units.
In 1973, the industrial world was dumping almost one megaton of CFCs into the atmosphere every year.
was chartered in 1974 and has functioned over 30 years as a meeting point for the HVAC industry in northeastern Indiana.
A scholarship fund was started in the early 1980’s which has grown to include a memorial fund feature.
Also noteworthy is the correspondence of Steve Jaeger as Education Committee Chair (1983-86, 29 items) that documents the interest of the Chapter in establishing Austin area student ASHRAE chapters.
In 1985-86 Elizabeth Parke served as the first female president of the Chapter.
In response to the hospitality industry's concerns about accommodating both smokers and non-smokers, the American Society of Heating, Refrigeration, and Air Conditioning Engineers first published its "Ventilation for Acceptable Indoor Air Quality" in 1989.
Also in 1990, the refrigeration industry petitioned the Environmental Protection Agency to develop and issue uniform national recycling standards and requirements in anticipation of the large quantities of old refrigerant which would need to be removed from refurbished machinery.
The decade low was 1990 when 1.9 million units were shipped.
The lowest number of unit shipments was in 1991 with just over 2.8 million.
In 1991, as a result of poor quality control, under-investment in research and development, inconsistent dealer relations, and poor marketing decisions, Carrier's market share had dropped to 37 percent.
In 1991, 75 percent of new houses were built with central airconditioning.
In 1992, however, the company began replacing its product line with high-tech innovations, spending tens of millions of dollars in research and development, and selling off business ventures unrelated to HVAC.
The process of replacing CFCs required a shift to HCFC-22, which was the only proven substitute for CFC refrigerants in 1993.
Another study quoted by the roundtable claims that if smoking were banned in all United States restaurants, the hospitality industry would have lost $18.2 billion in 1994 or about 6 percent of sales.
In 1995, the Nobel Prize in Chemistry was awarded to Paul Crutzen, who identified the chemical reactions that destroy the ozone layer, and F. Sherwood Rowland and Mario Molina who determined that CFCs were responsible for triggering ozone depletion.
On January 1, 1996, the production of chlorofluorocarbons was banned in the United States and other developed countries.
In 1996, Allied Signal Inc. introduced Genetron AZ-20 (R-410a) as a new alternate refrigerant.
In 1996 Carrier had sales of $5.9 billion which represented about 25 percent of the total sales of United Technologies.
You can go into the AHC and ask to see the Index to Archives and Manuscripts Collections and look up the American Society or Heating, Refrigerating and Air Conditioning Engineers and find our index number of: AR-1997.016.
As an ASHRAE Member you can search and download any ASHRAE article back to 1997 in the ASHRAE Technology Portal.
The largest region for United States exports in 1997 were the NAFTA trading partners at over $2 billion.
The top five countries for United States imports in 1997 were: Mexico—$711 million; Japan—$539 million; Canada—$307 million; Brazil—$199 million; and Singapore—$134 million.
HPAC estimates that 82 percent of the new homes built between January and May 1998 had central airconditioning units.
Another round of higher energy requirements was slated to go into effect in 1998, but the industry could not build toward that higher target because the standard was still being developed.
In 1998, there were just over 4.4 million room air conditioners shipped.
In 1998, 52 percent of Carrier's revenues came from United States exports and international operations.
Ivanovich, Michael. " '99 Economic Forecast: The Health of the Industry." HPAC Heating/Piping/Air Conditioning, January 1999.
Mader, Robert P. and Kelly Falloon. "HVAC Market Looks For Second Best Year on Record." Contractor, January 1999, 3+.
"Lennox Buys Service Experts." Contractor, December 1999.
In early 1999 Carrier announced a restructuring that would eliminate 400 salaried workers or about 6 percent of its United States salaried workforce.
Arlington, VA: Air-Conditioning and Refrigeration Institute, 1999.
Once cheap and plentiful, fuel oil quickly rose in price and scientists began predicting a world-wide oil shortage and depletion of reserves by the year 2000.
In 2000 there were 1.2 million new housing starts.
The total value of HVAC industry shipments in 2001 was $25 billion.
Heat pump shipments totaled a record 1.5 million, a 4 percent increase from 2001.
"Study Says Demand for HVAC to Rise 5 Percent." Reeves Journal, June 2002, 60-61.
The company reported revenues of $8.8 billion in 2002 and employed 45,000.
York was also the supplier of snowmaking equipment for the 2002 Winter Olympics to be held in Salt Lake City.
A boom in the housing industry pushed new housing starts up in 2003 to an estimated 1.6 million.
Air Conditioning and Refrigeration Chronology (updated 5/10/2006)
In 2012, as part of a rebranding, ASHRAE began doing business as “ASHRAE” vs. using its full legal name of the American Society of Heating, Refrigerating and Air-Conditioning Engineers.
In 2012, it rebranded itself with a new logo and tagline: "Shaping Tomorrow's Built Environment Today".
These archive indexes cover items held in the ASHRAE Library Archives at ASHRAE Headquarters. (Filesupdated 10/4/2018)
Lawrence J. Schoen argued in the ASHRAE Journal Newsletter of 24 March 2020 that, because of the WHO guidance:
Further discussion of this topic can be found in a National Post article by Tom Blackwell dated 26 April 2020.
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| Company name | Founded date | Revenue | Employee size | Job openings |
|---|---|---|---|---|
| National Academy of Engineering | 1964 | $7.7M | 58 | 1 |
| ASTM International | 1898 | $84.7M | 100 | 6 |
| American Water Works Association | 1881 | $3.9B | 100 | 8 |
| Collaborative | - | $5.0M | 100 | 1 |
| paradigm-shift | 1999 | $330,000 | 2 | 6 |
| R/GA | 1977 | $320.0M | 2,000 | 76 |
| The Dwyer Group | - | $48.6M | 200 | - |
| Association for Talent Development | 1943 | $39.0M | 100 | 2 |
| Common Sense Solutions | - | $25.5M | 20 | 2 |
| The Institute of Internal Auditors | 1941 | $52.2M | 31 | 23 |
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ASHRAE may also be known as or be related to AMERICAN SOCIETY OF HEATING, ASHRAE, American Society Of Heating, American Society Of Heating Refrigerating And Air Conditioning Engineers Inc, American Society of Heating, Refrigerating, and Air-Conditioning Engineers, Inc. and Ashrae.