CA2578853A1 - Innovative one pipe system (ops) - Google Patents
Innovative one pipe system (ops) Download PDFInfo
- Publication number
- CA2578853A1 CA2578853A1 CA 2578853 CA2578853A CA2578853A1 CA 2578853 A1 CA2578853 A1 CA 2578853A1 CA 2578853 CA2578853 CA 2578853 CA 2578853 A CA2578853 A CA 2578853A CA 2578853 A1 CA2578853 A1 CA 2578853A1
- Authority
- CA
- Canada
- Prior art keywords
- energy
- renewable
- per cent
- buildings
- efficient
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Abandoned
Links
Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24H—FLUID HEATERS, e.g. WATER OR AIR HEATERS, HAVING HEAT-GENERATING MEANS, e.g. HEAT PUMPS, IN GENERAL
- F24H4/00—Fluid heaters characterised by the use of heat pumps
- F24H4/02—Water heaters
- F24H4/04—Storage heaters
Landscapes
- Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Thermal Sciences (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Indole Compounds (AREA)
Abstract
Energy efficiency has become essential due to climbing energy costs. In the construction business, this is being accomplished through the implementation of various energy efficient and renewable technologies. These include efficient building envelopes (increased levels of wall and roof insulation, more efficient windows etc...), heat recovery ventilation (pre-conditioning of fresh air through air exchangers), higher efficiency hot water boilers and the overall substitution of fossil fuels with renewable and sustainable energy sources.
In January 2006, Architecture 2030 launched the '2030 Challenge' which calls for all new buildings and major renovations to reduce their fossil-fuel greenhouse-gas-emitting energy consumption by 50 per cent immediately, increase this reduction to 60 per cent in 201, 70 percent in 2015, 80 per cent n 2020, 90 per cent in 2025, and finally, make all new buildings carbon neutral by 2030.
Owners of existing buildings who do not wish to undergo major renovations of find the costs associated with integrating renewable energy sources to be prohibitive, may be seeking a system that does not require extensive and expensive infrastructure changes.
This new concept, the One Pipe System delivers energy from a renewable source into a building using pre-existing infrastructure making renewable energy easily accessible and affordable.
The One Pipe System (OPS) will be capable of delivering heating, cooling, domestic hot and cold water using a single pipe and return. Target users of this system include existing condominiums, multi-unit residential buildings and office towers.
In January 2006, Architecture 2030 launched the '2030 Challenge' which calls for all new buildings and major renovations to reduce their fossil-fuel greenhouse-gas-emitting energy consumption by 50 per cent immediately, increase this reduction to 60 per cent in 201, 70 percent in 2015, 80 per cent n 2020, 90 per cent in 2025, and finally, make all new buildings carbon neutral by 2030.
Owners of existing buildings who do not wish to undergo major renovations of find the costs associated with integrating renewable energy sources to be prohibitive, may be seeking a system that does not require extensive and expensive infrastructure changes.
This new concept, the One Pipe System delivers energy from a renewable source into a building using pre-existing infrastructure making renewable energy easily accessible and affordable.
The One Pipe System (OPS) will be capable of delivering heating, cooling, domestic hot and cold water using a single pipe and return. Target users of this system include existing condominiums, multi-unit residential buildings and office towers.
Description
Dc-scriotic-n Of The System's Operation FI=4=ru ti ,:o;i,~cs Iro:rr r}.v R~vrlctkabte Sourc:4: (.)0 p 1v;~4:1:;
throueh a ;:irCt,I:i.rin DgTM
p I ; wr1R tllc Mt>tiTl t:'cntr;~] fleat I'uin111191, t~tic 6Ttcrgy trkiiii the Rl t1c~k,Ih1c 1=.atz-U~
i5il1? w:11.cr being plrFlipt'd d1roR1gh t)t7c:' Pipe St';$cm t I ~ u:~f12, a' 4 t a lT}-i:1ol1 Pl.rtt-I 122). Ãl11s l' i3tt'1 4 M'its in iC3T1jVW(T;lrC
t'f~.~TTI (}i) W 100 &~'M~s (jt) t3',~: SkAV Ãs.l,ai3, the scas:,6n and the ouq.-;idl r~ t~T1~~r,r;ts~r. W
.l he v4~jl.'t' i'1 tflt' iils' ptpc k*I4rS~ 11o' +'s, to tÃ1 61T11C5 ltt tÃit txlSlltf't i7lli {116TI~, tllrl3ilgll g}t#
Orte I1i1wt-- ti~ icrrl f 1!, ~rith rc tttrn to tlw mtain centm 9 Iiuat plxnlp i17, ?. V'hvn it af-riv~-~ at "ldi', idlrfl l=tlit'S pille 12 i, if peQ~;U;i in t}le nia;Ãn Ii.trc (1,1:, Nata tlia,i 60 i'S3, tltcta i dc~ itx Fs rvquircd 131.
'l h4 =kNA11:1 1i1,4:rr Ãi(M-S 1}'_:n)u.;h t!ipt'~ i-# and 6) k) o vr:ttcr }iaÃ,;1ing tank (5~, d to tlie tarll,: (511. t)w ]wat pumÃ? (7} begata v~.~rkÃ;1g~ '1hr;.
~lz.~t ;bl,r~11, ,.~ili i'ur,ctic7s, to cre:1w co}d ,st the bottom of tho tatik, and "Ttot x tilv tr}pa Doti,c,ti: Ir:,: i-, 1.ik4.,r1 1hr-ort pfi or'ic litw at it1v: top (9), Dttlricl~,.tk,: LigId 1~ tz1.k~t7 ISIrol;r.fil a 1[%: at litE- Ã ?i,~931t1m (8).
I }0a4 3, :rcl:Tioc;I wiih the cir{+~ut3tcir ( 11 1) and the fe-t3 coil f 141 Ã :'ae J't,ad id. ,icÃii.ewed with 6'1oiIator (12) on and tati coi l i iri ?
14 t, Wilcna titddttioal:fl hcating. or c(~) I , it,g k~ncrgy i;; rc-quire~d, c;ircrtEation pt;;mp ( 16) v~1Ã1 Nuitrt "Ot'1';lll:.' ;irad c\aÃ&a115.dc thv' 141tc1' 1T1 th,: stTlt~.'+,-, S+>it:t11 k'b'[l}F til';11ct' from fli-l,' R7aiTT ltClti' tI F.
Disci(isure of the ~nvention:
.1 11C;--k '"mbr?dimL.:tt tif t4'so i.i', e1L;oLt ?ti ~a USC ~;7 I1c p[p4. and a !"etLm to defiver Fd hi,t tLat4':.]':
~. . ~ -,c~ i_ind crmNxUment of die iinvw ion is thestorage twik ~a% ,r~ i-,s, , di, t)6 ;7nd I :_ . '', t14:rj 4.' tw 7ro erB.tlan is th~ cre=ian a ti{~ld .vid u 1ro.
it; ti~c t.tE32'n. :3:t
throueh a ;:irCt,I:i.rin DgTM
p I ; wr1R tllc Mt>tiTl t:'cntr;~] fleat I'uin111191, t~tic 6Ttcrgy trkiiii the Rl t1c~k,Ih1c 1=.atz-U~
i5il1? w:11.cr being plrFlipt'd d1roR1gh t)t7c:' Pipe St';$cm t I ~ u:~f12, a' 4 t a lT}-i:1ol1 Pl.rtt-I 122). Ãl11s l' i3tt'1 4 M'its in iC3T1jVW(T;lrC
t'f~.~TTI (}i) W 100 &~'M~s (jt) t3',~: SkAV Ãs.l,ai3, the scas:,6n and the ouq.-;idl r~ t~T1~~r,r;ts~r. W
.l he v4~jl.'t' i'1 tflt' iils' ptpc k*I4rS~ 11o' +'s, to tÃ1 61T11C5 ltt tÃit txlSlltf't i7lli {116TI~, tllrl3ilgll g}t#
Orte I1i1wt-- ti~ icrrl f 1!, ~rith rc tttrn to tlw mtain centm 9 Iiuat plxnlp i17, ?. V'hvn it af-riv~-~ at "ldi', idlrfl l=tlit'S pille 12 i, if peQ~;U;i in t}le nia;Ãn Ii.trc (1,1:, Nata tlia,i 60 i'S3, tltcta i dc~ itx Fs rvquircd 131.
'l h4 =kNA11:1 1i1,4:rr Ãi(M-S 1}'_:n)u.;h t!ipt'~ i-# and 6) k) o vr:ttcr }iaÃ,;1ing tank (5~, d to tlie tarll,: (511. t)w ]wat pumÃ? (7} begata v~.~rkÃ;1g~ '1hr;.
~lz.~t ;bl,r~11, ,.~ili i'ur,ctic7s, to cre:1w co}d ,st the bottom of tho tatik, and "Ttot x tilv tr}pa Doti,c,ti: Ir:,: i-, 1.ik4.,r1 1hr-ort pfi or'ic litw at it1v: top (9), Dttlricl~,.tk,: LigId 1~ tz1.k~t7 ISIrol;r.fil a 1[%: at litE- Ã ?i,~931t1m (8).
I }0a4 3, :rcl:Tioc;I wiih the cir{+~ut3tcir ( 11 1) and the fe-t3 coil f 141 Ã :'ae J't,ad id. ,icÃii.ewed with 6'1oiIator (12) on and tati coi l i iri ?
14 t, Wilcna titddttioal:fl hcating. or c(~) I , it,g k~ncrgy i;; rc-quire~d, c;ircrtEation pt;;mp ( 16) v~1Ã1 Nuitrt "Ot'1';lll:.' ;irad c\aÃ&a115.dc thv' 141tc1' 1T1 th,: stTlt~.'+,-, S+>it:t11 k'b'[l}F til';11ct' from fli-l,' R7aiTT ltClti' tI F.
Disci(isure of the ~nvention:
.1 11C;--k '"mbr?dimL.:tt tif t4'so i.i', e1L;oLt ?ti ~a USC ~;7 I1c p[p4. and a !"etLm to defiver Fd hi,t tLat4':.]':
~. . ~ -,c~ i_ind crmNxUment of die iinvw ion is thestorage twik ~a% ,r~ i-,s, , di, t)6 ;7nd I :_ . '', t14:rj 4.' tw 7ro erB.tlan is th~ cre=ian a ti{~ld .vid u 1ro.
it; ti~c t.tE32'n. :3:t
Claims (3)
1. The method which the invention uses, consisting of one pipe and a return to deliver heat cooling domestic and cold hot water.
2. The method of the storage tank haqving two dip pipe 6 and 16.
3. The creation of cold and hot regions in the water holding tank.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CA 2578853 CA2578853A1 (en) | 2007-02-14 | 2007-02-14 | Innovative one pipe system (ops) |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CA 2578853 CA2578853A1 (en) | 2007-02-14 | 2007-02-14 | Innovative one pipe system (ops) |
Publications (1)
Publication Number | Publication Date |
---|---|
CA2578853A1 true CA2578853A1 (en) | 2008-08-14 |
Family
ID=39687879
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CA 2578853 Abandoned CA2578853A1 (en) | 2007-02-14 | 2007-02-14 | Innovative one pipe system (ops) |
Country Status (1)
Country | Link |
---|---|
CA (1) | CA2578853A1 (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
WO2009052620A1 (en) * | 2007-10-22 | 2009-04-30 | Hydrogenics Corporation | Racked power supply ventilation |
-
2007
- 2007-02-14 CA CA 2578853 patent/CA2578853A1/en not_active Abandoned
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
WO2009052620A1 (en) * | 2007-10-22 | 2009-04-30 | Hydrogenics Corporation | Racked power supply ventilation |
US8241810B2 (en) | 2007-10-22 | 2012-08-14 | Hydrogenics Corporation | Racked power supply ventilation |
US8563196B2 (en) | 2007-10-22 | 2013-10-22 | Hydrogenics Corporation | Racked power supply ventilation |
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