ASHRAE JOURN 39-4 IVS-1997 ASHRAE Journal《ASHRAE日报第39卷第4号 1997年4月》.pdf
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1、COPYRIGHT American Society of Heating, Refrigerating and AC EngineersLicensed by Information Handling ServicesHeres news thats bound to be the talk of the industry. The MetasYs Facility Management System can now control systems from Honey- well, Robertshaw, Barber- Colman and Landis text messaging a
2、nd numeric paging to receive messages; and our unique Nextel Direct Connect;” a digital two-way radio feature. With Nextel Direct Connect, a single button lets you reach one, three or all of . your eo-workers instantly, then talk for a fraction ofthe cost of cellular. Find out NWEZ - how easily we c
3、an customize a Nextel system lo the needs of you and your workers. Youll feel a lot lighter. GET SMART. GET NEXTEL. 01997 liexiel Communicibiians. All righPs reserved. Nextel, the Nextel logo, Nexd Duect Connect and Get Smart. Est Nextel. COPYRIGHT American Society of Heating, Refrigerating and AC E
4、ngineersLicensed by Information Handling Services39-4 IVS-ENGL 1997 0759b50 052753b bbb E Page 72: Utility Deregulation Page 49: Efficient Buildings DE iqTs Commentary _. . . . . . . . ._. . . . . . . . . . , . . . . . . . . . . ._. . . . ,. . . 6 industry News . 1 1 Washington Report . 22 Technolog
5、y QBA .,. . . 24 26 Letters . . . . . . . . . . . . . . . . . . . . . . . . . . . Meetings and Shows . 28 S pecia I Products . 68 Standards . . . . . . . . . ._. . . . . , . . . . . . , , , . . . . . . . . . . . . . . . . . . . . . ._ . . . . . 70 People . 75 Literatu re . . . . . . . . . . . . . .
6、. . . . . . . . , , . . . . . . . . . . . . . . . 76 Products. . . 79 CI assifi ed Adverfisi n g . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 82 Advertising Index 88 Reader Service Card . 88A tp 9: “a International Development of Standards for Ventilation of Buildings
7、Alternative Water Treatment for Cooling Towers By Bjarne W. Olesen, Ph.D. . 31 By Charles A. Wilsey 43 Energy-Efficient Office Building Design For Floridas Hot and Humid Climate By Danny S. Parker, Philip W. Fairey, li/, and Janef E.R. Mcllvaine _ 49 By Brian Kovak, P. Richard Heimann, and Jay Hamme
8、l, Ph.D. . .60 By D. Randall hey, P.E., and Darin C. Smith , 65 The Sanitizing Effects of Desiccant-Based Cooling Innovative Ventilation System for Animal Anatomy Laboratory r The Vet Medical Center at Cornell University (shown on cover) has on animal anatomy lab with a unique ventilation system tha
9、t uses air-to-air heat recovery and focused ventilation. The system, designed by D. Randall lacey, P.E., and Darin C. Smith, won a 7 997ASHRAE Technology Award. Locey and Smith describe the project in an article that stark on Page 65. APRIL 1997 VOLUME 39 NUMBER 4 COPYRIGHT American Society of Heati
10、ng, Refrigerating and AC EngineersLicensed by Information Handling ServicesIRN 37-q IVS-ENGL 1997 = 0757b50 0527537 5T2 Ventilation Standards and Other Technologies n this issue Bjarne W. Olesen provides an excellent update on the international I development of standards for ventilation. His review
11、covers ASHRAE Standard 62-1989R, the European Standard CEN prENV 1752, CIBSE Guide A sec2, and DIN 1946, part 2. The article compares the ventilation requirements in these pro- posed standards or guidelines. Although there are some differences in the scopes, all include a minimum ventilation rate wh
12、ich is the focus for comparison. Olesen also reviews the definition of acceptable indoor air quality in the standards and pro- cedures for estimating minimum ventilation. We move from ventilation standards to innovative ventilation for an animal lab- oratory in the article by D. Randall Lacey and Da
13、rin C. Smith. This ASHRAE Technology Award case study met the challenge of providing an unusual ventila- tion system for a veterinary schools large animal anatomy lab where students dis- sect as many as a dozen horses at one time. The horses have been embalmed, and that creates a voluminous source o
14、f formaldehyde and phenol vapors. Lacey and Smiths design included two innovative elements: focused ventilation that elimi- nated the vapor problems without a high number of air changes, and air-to-air heat recovery. In other technologies in this issue Brian Kovak, P. Richard Heimam and Jay Hammel s
15、tudied the CFC-free systems that use desiccant wheels to dehumidiQ air. Their article, The Sanitizing Efects of Desiccant-Based Cooling on Indoor Air evaluated four desiccant-based air-conditioning (DBAC) systems and examined their sanitizing effects on airborne microorganisms. Since bioaerosols are
16、 often associated with moisture, the potential for their reduction was examined. They found that a decrease was observed between the number of bacteria and fungi enter- ing and exiting the DBAC units. The decrease in bioaerosols, supports the concept that microorganisms are being reduced across the
17、desiccant wheel. From the indoor environment we shif to the outdoor environment with the arti- cle on Alternative Cooling Tower Water Treatment Methods. This is an examina- tion of the factors that contribute to proper water balance for cooling towers and include total alkalinity, calcium hardness,
18、and pH. According to author Charles A. Wilsey, a manipulation of these components is often necessary to keep the cooling tower from scaling or corroding. This has traditionally been achieved with the use of chemicals, such as the following: acid, soda ash, sodium bicarbonate, algaecide, and bacteric
19、ide. Wilsey suggests supplemental ionic water purification to achieve the reduction of scaling and corrosion problems. This technology has been applied to cooling towers as an alternative to chemical-only regimens. Hot and humid climates, such as those in Florida, challenge architects and engi- neer
20、s seeking energy efficient office designs. Danny S. Parker examines a state-of- the-art office building in Cocoa, Fla., that provides a high-visibility demonstration of potential energy design solutions. In the article, Energy-Efficient Office Building Design for a Hot and Humid Climate, he examines
21、 a facility that was designed with the following objective: within the limits of the climate, design and construct the most energy-eficient office building possible. The facility has an extensive energy management system (EMS) capable of optimizing and veriQing system perfor- mance. It also has a de
22、tailed data acquisition system to examine performance. a April, 1997 COPYRIGHT American Society of Heating, Refrigerating and AC EngineersLicensed by Information Handling ServicesL-.hJ u Industries Inc. Bury St. Edmunds, England Calgary, Canada Ft. Lauderdale, Florida Houston, Texas Toronto, Canada
23、Tel: (01284) 701356 Tel: (403) 279-8619 Tel: (954) 351-2444 Tel: (281) 590-1 172 Tel: (416) 744-3300 Fax: (01284) 701357 Fax: (403) 279-5035 Fax: (954) 351-2440 Fax. (281) 590-3086 Fax, (416) 744-3360 (Circle No. 7 on Reader Service Card) COPYRIGHT American Society of Heating, Refrigerating and AC E
24、ngineersLicensed by Information Handling ServicesCOPYRIGHT American Society of Heating, Refrigerating and AC EngineersLicensed by Information Handling ServicesCOPYRIGHT American Society of Heating, Refrigerating and AC EngineersLicensed by Information Handling ServicesO 0527543 T23 BAaalk provides 6
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