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Klas Christer Haglid

from Ridgewood, NJ
Age ~62
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Also known as:
Klas C Haglid, Klas Barbara Haglid, Klas C Christer, Klaus C Haglid, Klas Ferolito, Klas C Hagli, Aglio H Klas, Christer Christer Klas, Haglid Klas
Phone and address:
124 Maple Ave, Ridgewood, NJ 07450
(201) 251-8823
Related to:
Clarissa HaglidBjorn M Haglid, 59Clarisa D Bramblette, 43Walter T Krakowiak, 80Britt I HaglidNancy J Taylor, 74Olga E Gustina, 69Allen S KrakowiakDavid R Ferolito, 52Diane L FerolitoTamar L Gargle, 54Cameron KrakowiakMeemee Mee Ferolito, 56Thomas Krakowiak, 58Tommie Gene Rogers, 83Sandra M Segala, 78Barbara A Haglid, 58
Connected to:
Kathryn Haglind, 62Jeff S Hagloch, 57Elaine J Haglund, 87Guy R Haglund, 77Kay Y Haglund, 79Louis H Haglund, 100Raun K Haglund, 35Jessica L Hagmaier, 30Amy J Hagman, 46Cherry V Hagman, 36

Klas Haglid Phones & Addresses

  • 124 Maple Ave, Ridgewood, NJ 07450 (201) 251-8823
  • Hillsdale, NJ
  • 129 Cleveland Ave, Newark, DE 19711
  • Honolulu, HI
  • Wilmington, DE

Work

Company: Advisorycloud Mar 2019 Position: Advisor

Education

School / High School: University of Hawaii 1991 to 1993

Skills

Energy Efficiency • Hvac • Energy Audits • Energy • Energy Management • Energy Conservation • Engineering • Green Building • Cooling Water • Air Conditioning • Sustainability • Renewable Energy • Alternative Energy • Leed • Sustainable Design • Indoor Air Quality • Leed Ap • Green

Languages

Swedish • French • German • English • Greek

Interests

Saving the Environment and Energy

Industries

Mechanical Or Industrial Engineering

Professional Records

License Records

Klas C Haglid

Address:
Ridgewood, NJ 07450
License #:
42776 - Expired
Issued Date:
Aug 31, 2000
Expiration Date:
Jun 30, 2016
Type:
Mechanical Engineer

Resumes

Resumes

Klas Haglid Photo 1

Advisor

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Location:
124 north Maple Ave, Ridgewood, NJ 07450
Industry:
Mechanical Or Industrial Engineering
Work:
Advisorycloud
Advisor
Haglid Engineering May 1, 1995 - Dec 9, 2016
Chief Executive Officer and President
Rotary Club of Paramus 2009 - 2011
Interanational Service Director - Past
Bpe 1998 - 2009
President
Atlantic Electric and Other Power Companies 1992 - 2009
Consuting Engineer on Retainer
Education:
University of Hawaii 1991 - 1993
Drexel University 1986 - 1990
Bachelor of Science In Mechanical Engineering, Bachelors, Mechanical Engineering
Skills:
Energy Efficiency
Hvac
Energy Audits
Energy
Energy Management
Energy Conservation
Engineering
Green Building
Cooling Water
Air Conditioning
Sustainability
Renewable Energy
Alternative Energy
Leed
Sustainable Design
Indoor Air Quality
Leed Ap
Green
Interests:
Saving the Environment and Energy
Languages:
Swedish
French
German
English
Greek

Business Records

Name / Title
Company / Classification
Phones & Addresses
Klas Haglid
President, Owner
Haglid Engineering & Associates, Inc
Engineering Consulting Srvcs · Structural Engineer · Engineering Svcs
80 Broadway, Hillsdale, NJ 07642
(201) 722-1233, (201) 447-1931
Klas Haglid
Principal
Haglid Engineering and Associates Inc
Engineering Services
124 N Maple Ave, Ridgewood, NJ 07450
Klas Haglid
Chief Executive Officer
Building Performance Equipment, Inc
Mfg Blowers/Fans · Mfg Blowers/Fans Mfg Environmental Controls Mfg Electrical Equipment/Supplies
80 Broadway, Hillsdale, NJ 07642
(201) 722-1414

Publications

Us Patents

Ventilating System, Heat Exchanger And Methods

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US Patent:
6983788, Jan 10, 2006
Filed:
Apr 10, 2001
Appl. No.:
09/829772
Inventors:
Klas C. Haglid - Wilmington DE, US
Assignee:
Building Performance Equipment, Inc. - Wilmington DE
International Classification:
F24F 7/007
F24F 7/08
US Classification:
165 54, 165165, 165166, 165167, 165909
Abstract:
The ventilating system includes evaporative cooling of the exhaust air before it enters a heat exchanger to cool incoming fresh outside air. A suction fan pulls exhaust air through the heat exchanger and, in combination with a flow restrictor, reduces the pressure on the exhaust air and augments the evaporative cooling. The use of a pusher fan to force outside air through the heat exchanger ensures that any leakage in the heat-exchanger results in outside air entering exhaust air and minimizing the chances of contamination by leaking exhaust air into the incoming fresh air. The heat exchanger is made economically by heat-forming cavities in relatively thick thermo-plastic sheets, interleaving them with other thermoplastic sheets having separate gas flow conduit structures, and securing the sheets together. Preferably, the heat-exchanger is an opposed-flow heat-exchanger giving improved heat-transfer efficiency.

Ventilator System And Method

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US Patent:
7231967, Jun 19, 2007
Filed:
May 10, 2002
Appl. No.:
10/142630
Inventors:
Klas C. Haglid - Ridgewood NJ, US
Assignee:
Building Performance Equipment, Inc. - Hillsdale NJ
International Classification:
F24F 7/007
F24F 7/08
US Classification:
165231, 165 54, 165248
Abstract:
The ventilator system and method use a heat exchanger to selectively transfer heat between fresh outside air entering and exhaust air leaving an enclosed space whenever energy can be recovered from the exhaust air by doing so. The system uses a microprocessor-based controller which stores one or more profiles indicating the time-varying needs of the enclosed space for heating and cooling. The transfer of heat between the exhaust and fresh air is reduced or eliminated simply by reducing the speed of or stopping the exhaust air handler while the fresh air handler continues to run. Evaporative cooling for the exhaust air can be provided, and an all-plastic plate type heat exchanger preferably is used, together with an air handler at the exhaust outlet of the heat exchanger to pull exhaust air through the heat exchanger.

Ventilating System, Heat Exchanger And Methods

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US Patent:
7334629, Feb 26, 2008
Filed:
Jul 1, 2005
Appl. No.:
11/174144
Inventors:
Klas C. Haglid - Wyckoff NJ, US
Assignee:
Building Performance Equipment - Wilmington DE
International Classification:
F24F 7/007
F24F 7/08
US Classification:
165 54, 165165, 165166, 165167, 165909, 156251, 1563096, 156515, 156518, 264163, 264248
Abstract:
The ventilating system includes evaporative cooling of the exhaust air before it enters a heat exchanger to cool incoming fresh outside air. A suction fan pulls exhaust air through the heat exchanger and, in combination with a flow restrictor, reduces the pressure on the exhaust air and augments the evaporative cooling. The use of a pusher fan to force outside air through the heat exchanger ensures that any leakage in the heat-exchanger results in outside air entering exhaust air and minimizing the chances of contamination by leaking exhaust air into the incoming fresh air. The heat exchanger is made economically by heat-forming cavities in relatively thick thermo-plastic sheets, interleaving them with other thermo-plastic sheets having separate gas flow conduit structures, and securing the sheets together. Preferably, the heat-exchanger is an opposed-flow heat-exchanger giving improved heat-transfer efficiency.

Heat Exchanger

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US Patent:
7497247, Mar 3, 2009
Filed:
Dec 29, 2005
Appl. No.:
11/321237
Inventors:
Klas C. Haglid - Wyckoff NJ, US
Assignee:
Klas C. Haglid, Building Performance Equipment - Wilmington DE
International Classification:
F28D 9/00
F24F 5/00
F24F 7/007
F24F 7/08
US Classification:
165 54, 165166, 165905, 165909, 1563084, 1563096, 156196, 264248
Abstract:
The heat exchanger is made economically by using thermoplastic sheets with hollow tubes and spacers between the sheets and fusing the edges of the sheets together to form an integral housing. Preferably, the heat exchanger is an opposed-flow heat-exchanger giving improved heat-transfer efficiency.

Method Of Making Heat Exchangers

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US Patent:
7640662, Jan 5, 2010
Filed:
Dec 29, 2005
Appl. No.:
11/321274
Inventors:
Klas C. Haglid - Wyckoff NJ, US
Assignee:
Building Performance Equipment, Inc. - Hillsdale NJ
International Classification:
B21D 53/00
US Classification:
29890036, 2989003, 29890035, 29890045, 29890053
Abstract:
The heat exchanger is made economically by pressure-forming cavities in relatively thick thermo-plastic panels, interleaving them with other thermo-plastic panels having separate gas flow conduit structures, and securing the panels together. Preferably, the heat exchanger is an opposed-flow-heat-exchanger giving improved heat-transfer efficiency.

Energy Recovery Ventilator With Condensate Feedback

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US Patent:
8162042, Apr 24, 2012
Filed:
Jan 22, 2007
Appl. No.:
11/656110
Inventors:
Klas C. Haglid - Ridgewood NJ, US
Assignee:
Building Performance Equipment, Inc. - Hillsdale NJ
International Classification:
F28F 3/00
F28D 7/02
F25D 21/00
F25D 21/14
US Classification:
165165, 165166, 62272, 62285
Abstract:
Condensate accumulating in the incoming outside air flow passages of a heat exchanger is fed back into the exhaust flow passages of the heat exchanger to provide improved heat transfer in the heat exchanger, and to avoid the necessity for drainage of the condensate from the heat exchanger. The heat exchanger includes a plastic multi-tube panel core and a solid plastic housing, with opposed-flow heat exchange and inlet-outlet extensions from only one side of the core.

Ventilator System And Method

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US Patent:
20020153133, Oct 24, 2002
Filed:
May 20, 2002
Appl. No.:
10/158745
Inventors:
Klas Haglid - Wilmington DE, US
Assignee:
Building Performance Equipment Inc.
International Classification:
F24H003/02
F28F017/00
F25D021/00
F25B029/00
F24F011/04
G05D023/00
US Classification:
165/231000, 165/248000, 165/250000, 165/254000, 165/292000, 165/294000, 165/054000
Abstract:
The ventilator system and method use a isolating heat exchanger to selectively transfer heat between exhaust air leaving an enclosed space and outside air entering the enclosed space. The system operates in three basic modes, under the control of a microprocessor-based controller which is responsive to the temperatures inside and outside of the enclosed space. In the heating mode, heat is transferred from the exhaust air to the outside air when the enclosed space requires heating. In the cooling mode, heat is transferred from the outside air to the exhaust air when the outside air temperature is higher than that in the enclosed space. In the supplemental cooling mode, heat transfer between the exhaust and outside air is reduced or eliminated when the outside air temperature is below the desired temperature in the enclosed space and cooling is required. In the heating mode, the heat exchanger is selectively heated when necessary to defrost it. A by-pass is provided for the introduction of outside air in order to avoid heating of the outside air by the exhaust air during the supplemental cooling mode of operation, and/or provide fresh air to the enclosed space without cooling the heat exchanger while it is being defrosted.

Heat Exchanger

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US Patent:
20060137854, Jun 29, 2006
Filed:
Dec 29, 2005
Appl. No.:
11/321243
Inventors:
Klas Haglid - Wyckoff NJ, US
Assignee:
Building Performance Equipment, Inc. (a Delaware Corporation) - Wilmington DE
International Classification:
F24H 3/02
US Classification:
165054000, 062091000
Abstract:
The ventilating system includes evaporative cooling of the exhaust air before it enters a heat exchanger to cool incoming fresh outside air. A suction fan pulls exhaust air through the heat exchanger and, in combination with a flow restrictor, reduces the pressure on the exhaust air and augments the evaporative cooling. The use of a pusher fan to force outside air through the heat exchanger ensures that any leakage in the heat-exchanger results in outside air entering exhaust air and minimizing the chances of contamination by leaking exhaust air into the incoming fresh air.
Control profile
Klas Christer Haglid from Ridgewood, NJ, age ~62 Get Report