• Aucun résultat trouvé

Annotated List of Technical Literature on High-Pressure High-Temperature Hot Water Heating Systems

N/A
N/A
Protected

Academic year: 2021

Partager "Annotated List of Technical Literature on High-Pressure High-Temperature Hot Water Heating Systems"

Copied!
6
0
0

Texte intégral

(1)

Publisher’s version / Version de l'éditeur:

Technical Note (National Research Council of Canada. Division of Building Research), 1954-08-01

READ THESE TERMS AND CONDITIONS CAREFULLY BEFORE USING THIS WEBSITE.

https://nrc-publications.canada.ca/eng/copyright

Vous avez des questions? Nous pouvons vous aider. Pour communiquer directement avec un auteur, consultez la

première page de la revue dans laquelle son article a été publié afin de trouver ses coordonnées. Si vous n’arrivez pas à les repérer, communiquez avec nous à PublicationsArchive-ArchivesPublications@nrc-cnrc.gc.ca.

Questions? Contact the NRC Publications Archive team at

PublicationsArchive-ArchivesPublications@nrc-cnrc.gc.ca. If you wish to email the authors directly, please see the first page of the publication for their contact information.

NRC Publications Archive

Archives des publications du CNRC

For the publisher’s version, please access the DOI link below./ Pour consulter la version de l’éditeur, utilisez le lien DOI ci-dessous.

https://doi.org/10.4224/20358969

Access and use of this website and the material on it are subject to the Terms and Conditions set forth at Annotated List of Technical Literature on Pressure High-Temperature Hot Water Heating Systems

Hansen, A. T.

https://publications-cnrc.canada.ca/fra/droits

L’accès à ce site Web et l’utilisation de son contenu sont assujettis aux conditions présentées dans le site LISEZ CES CONDITIONS ATTENTIVEMENT AVANT D’UTILISER CE SITE WEB.

NRC Publications Record / Notice d'Archives des publications de CNRC:

https://nrc-publications.canada.ca/eng/view/object/?id=6829df29-c72f-4458-a4a9-a817914e9965 https://publications-cnrc.canada.ca/fra/voir/objet/?id=6829df29-c72f-4458-a4a9-a817914e9965

(2)

DIVISION OF BUILDING RESEARCH

NATIONAL RESEARCH COUNCIL OF CANADA

.,

'fE

C

1HIN ][ CAlL

NOT FOR PUBLICATION

NOTlE

-=-1

FOR INTERNAL USE

PREPARED BY A.T. Hansen CHECKED BY APPROVED BY

N.B.H.

PREPARED FOR General Inquiry Reply August, 1954

SUBJECT Annotated List of Technical Literature on

High-pressure High-temperature Hot Water Heating Systems.

1. -High pressure hot water. - J.R. Kell. Conditioning. v.20, nos. 4,6,8,10. 1948.

Heating, Piping, and Air April, June, ,Aug., Sept.,

"e

Vol. 20, n.4. Description of the fundamentals of using high pressure hot water for process reqUirements and

space heating, and reasons for using high-pressure high-temperature systems. Schematic diagrams of various systems are given.

Mention of advantages and disadvantages of high-pressure high-temperature systems are also supplied.

Vol. 20, n.6. Discussion of piping design and layout for

high-pressure high-temperature hot water systems. Includes useful tabular data and various schematic diagrams.

Vol. 20, n.8. Discussion of high-pressure high-temperature boilers commonly employed, the piping for the flow and

イ・エオセョ water and the boiler feed, the boiler fittings reqUired; feed pumps, etc. Useful diagrams of boilers and piping

arrangements are illustrated.

Vol. 20, n.10. Consideration of pumps, piping, air valves,

regulating valves, and control for high-pressure high-temperature heating systems for process and space heating. Concludes series with a few remarks on starting up such a system. Diagrams included.

(3)

."

- 2 ..,

Some notes on high pressure hot water heating. F .R.L. Wh:i,te. Journal of the Institute of Heating and Ventilating Engineers. v.l4, n.l33. Sept.-Oct., 1946. pp.2l6-30.

General discussion on the high-pressure high-temperature hot water type of heating in which remarks are made on a comparison of this system with steam heating. The characteristics of

high-pressure high-temperature ウケウエ・ュセ their advantages and shortcomings are discussed. Explanations of some of the points to be considered in the design together with a possible efficiency advantage over steam heat are also outlined. Remarks on the heat carrying capacities of hot water as compared with steam heat

carrying capacities are made.

3. Process heating by high temperature liquids. Paul L. Geiringer.

Paper 50-SA-22 of the Americ.an Society of Mechanical Englneers. June 1950. General discussion of various heat transfer qualities

of various liqUids including waters Hydrotherm 500s 700 and 1200.

Suggestion that for temperatures up to 400oF., water is the best transfer mediumJ but for higher temperatures other fluids are

more suitable.

Sizing of pressure vessels for med.ium pressure hot water heating systems. H. Pollak. Journal of the Institute of Heating and Ventilating Engrs. v.21, n.2l9. Nov. 1953.

. The paper deals with medium pressure hot water heating systems pressurized by thermal. expansion of the water in the

system. The ーイ・ウウオイ・セエ・ュー・イ。エオイ・ expansion relationship for water is summarized and the theoretical basis of the sizing of a pressure vessel is described and discussed. Graphical means for the sizing are given. Special cases are mentioned and some practical and design considerations are added.

The high temperature water system. T.W. Reynolds. Ventilating. v.48, n.9. Sept. 1951. p.86-96.

Heating and

Advantages of high temperature water systems are discussed from the point of view of supplanting steam systems so widely used in America. The'emphasis is on simplicity:> economy and controlabi-lity and points peculiar to hot water systems are dealt with in detail.

6. The application of superheated cr high temperature water for district heating with partiCUlar reference to thermal electric generating

stations. Owen S. Lieberg.· Bulletin

National District

Heating

Assoc.

v.37b

n.2. セ。ョN QYセRN

p.63.., 4.

'

The use of heat accumulators and heae exchangers to obtain high temperature hot water for district heating systems is recommended when an eXisting steam district heating system needs to be extended or when it is pos'sible to utilize a back pressure turbine in

an

eleotri6itr generating station.

(4)

.e

.'

7.

8.

Heating by s'!.:l,perheated. water under pr8ssu.Y'·E'セ precautions to be taken" regu.latious to be followed. P. Marllller" Annales de leInstitut Technique du Batiment e t des Travaux Publics.

No. 237 (Technical Eq!l1.pment Noo 21) (in French)0 fセ「N 1952.

After reviewing the principles 0f heating by wa.ter at high エ・ュー・イ。エオイセ・L_ the author' emphasizes its advantages at the same time pointing out its limits of applicationo He enumerates different methods· for prodc'Jc:1n.g wa.ter at high. temperature,

stressing the pr'8cau,t1ons tct.e t.a.ken in the preparation of the fluidJi locating the emplaceme:rrt for the footings", and the pumps,

installation of the p,iplng and tt:.e choice of finisho After reviewing the different, appl1,cations and charc'a.cterizing those meri ting special study;; he g:hres some :i.n.f'ormat:i.on on the coeffi-cients of heat エイ。ョウュャウウQッョセ

The last part of the papex' is devot.ed. to a critical study of present regulations on stea.m equipment inasmuch as they apply, to installat.ions usi:ng water at high temperature.

Finally' エィNセ Orly heatIng plant {superheated water )::1.5 thoroughly descrjted.

hゥァィセLーイ・ウウオイ・ higb"t'emperat'Ure :hot water sa.ves fuel" Guts i.ndustrial

heating maintenan,:"eo Owen sセ Li"?be:r.g. Power" v ..96,il n ..5. May 1952 • General discussIon c,n ィQァィLーイ・UウGセZNNイ・ ィゥァィLセエ・ュー・イ。エオイ・ water heating dealing witt ウセ「ェセ」エウ already covered in greater detail in Heatlng9 Piping and Air Ccndit:onlng on p.l.

9. HIgh temperature J'1eating for:".inisb.ing. Paul. It> Geir1.nger.

Textile World. v.949 :n.• 6. セjオョ・ 1944.

10. High temperature water is effi.cient heat carrier. Victor R. Freeman. Textile World.'

v.9

7

j Dol. Zan ..

1947.

References 9 and 1C.' are general articles on the advant,age

of usi.ng ィゥァエセ]ーイ・ウウオイ・ h1gh,<,temperature water as a heat carrier in industr"Y with parti cular:' T"ef'e:c·ence t.o the textile industry. Not much tecnnical information ir..volved.

II. Handbook of heating,) "Irentilating a.nd air condjtloning. John Forges Nev-mes.l' London", 3rd edt ti,o::1. Re"lr.1.sed and enlarged 1952.1 XV sections.? Diagrams. Newnes.l'

25

s.

This r-ev'1sed 8di'::i(i:n ir!",:c,J.Ud,,:::;:,, 、セLエ。 0;;:; ィェNァィセーイG|・ウウGuyNG・

(5)

e

12.

4

-High temperature hot water boiler plant at Dartmouth.

Engineering Journal. カNSVセ n.6. June 1953. J.G. Frost.

l

I

Description of a heating system designed for a C.MoH.C. housing development at Tuft's Cove, d。イエュッオエィセ NoS. Development

consisted of 81 apartment 「uゥャ、ゥョァウセ housing 512 units with the buildings 2 and 3 stories high. Boilers were 250 ィNーNセ designed to operate at 180 per cent 」。ー。」ゥエケセ or 400 hopo Water is used at 3500F. and 1250F. States reasons キセケ this system was chosen

over steam o Description of controlso Claims of economy of first cost, operation, and maintenance$ and added life of boilers and piping.

13. High pressure hot water serves hospital project. Frank H. Slade. Heating.!' Piping and Air Cond:i.tioning. カッQYセ nolOo Oct. 1947.

Description of a high-pressure ィゥァィセエ・ュー・イ。エオイ・ system used in heating the Burgerspital, Basel, Switzerland.

High pressure hot water from the d'istrict heating system goes to the head exchange room of the hospital, and from there the heat is distributed for process use, panel and radiant heating, heat supply to the old hospital bUildings, and service water supply.

14. Heating and air conditioning of buildings. Oscar Faber and

JoR. Kel1. Published by the Architectural Press, London. 1943. 580 ppo

A chapter is devoted to heating by high pressure hot water.

... 15. High pressure hot water heating. Dr. Paul Reschke. Heating,

Piping and Air Conditioning. カNセQYョNVN June 19490

Comments on the use of high pressure hot water ウケウエセュウ

and particularly the Dresden municipal system. Little factual information 1s included.

16. High temperatu.re hot water system serves. Lewis Smith and

Steven Senko. Heating, Piping and Air Conditioning. v026, n.7. July 1954.

The operating experience with this high temperature hot water heating that has served the Personal Products plant for both process and space heating :for over 13 years is discussed along with a description of the plant and its component parts. The operating conditions are described as well as provisions for maintenance.

(6)

/

-5

17. High temperature water systems. Bulletin No. 100. American Hydrotherm cッイーNセ 33-70 12th st., Long IslaQd City Vセ

N.Y.

Discusses and illustrates the applications or high· ーイ・セウオイ・ high-temperature water in distributing heat to large area installations such as district ィ・。エゥョァセ 。ゥイーッイエウセ hospitalsa

ウ」ィッッャウNセ shopping 」・ョエイ・ウセ housing projects and industrial buildings. Schematic diagrams are shown for various types

ot

installations.

18. High temperature hot. water. S.• A. Kuli. Heating, Piping and . Air Condit"!6'hTrtg. v.26, nos.' iセG 2. J-an,Feb.

1954.

Vol. RVセ n.l. ',Review of the principles of the system and applications where it is being used.

Vol. RVセ n.2. Design of the system 、ゥウ」オウウ・、セ including the selection of the boiler, and design of . the piping. Method of putting the system into operation

Références

Documents relatifs

of merit being close, the pressure determination could be made with the same precision in both cases, if reproducibility of mechanical and thermal conditions between the

L’archive ouverte pluridisciplinaire HAL, est destinée au dépôt et à la diffusion de documents scientifiques de niveau recherche, publiés ou non, émanant des

As reported for olivine (Crépisson et al., 2018; Sanloup et al., 2011), the unit cell volume of quartz is system- atically larger by up to 4.2%, in the presence of Xe, than the

L’insuffisance des ressources humaines, matérielles et financières des acteurs et institutions en charge de la conservation de la faune dans la forêt d’Ebo justifie la

This interpretation, however, is not supported by a theoretical study by Bonev and co- authors [4] who found, first, that the equilibrium C=O bond length in any of the

Despite the simplifying assumptions, the model is able to provide a synthesis of di¡erent observations and is able to relate various parameters, including the subduction rate, the

In the case of hydration without quartz, hydration is clearly explained by the phase diagram: the diagram at saturated steam pressure at 120 ◦ C, in the case of [C]/[S] ratio equal

The developed technique can be used as a real time non intrusive sensor for meas- uring with high accuracy and without disrupting the flow, the physical properties of