5,203,970In the p~<strong>ed</strong> embo~mem of the ~vention herin ating the ~s~Mtion apparmus, it ~ generally defirabMillustrat<strong>ed</strong> a forc<strong>ed</strong> Mr ckculation means asd~s removM to ~scard the ~stilM~ produ~ until the water ~deof ~eam and undesiraWe vapo~ ~b~m<strong>ed</strong> fom He reserverwater with~ reservok container 10. The Mr ~mpermu~ w~ch Fre~raWy ~ 18~-19~ F. (w~chreservMr container 10 h~ retain<strong>ed</strong> a normM operat~gd~c~ating means w~ch ~ shown ~ FIG. 3 compri~s5 ra#~y mtMn<strong>ed</strong>). Heme~ 13 and 14 are d~n<strong>ed</strong> to heman ~vene d~h<strong>ed</strong> cover generally denot<strong>ed</strong> by the numerM~0 over re~rv~r container 10 w~ch ~dudes a condenser coil 27 can accommodme the ~eam pro-the water witch the boiler at a rate f~ter than thefiat upper wall $1 thin ~ perfora~dapenure~ an duc<strong>ed</strong>. Accor~n#% a head of ~eam ~ devdop<strong>ed</strong>upward~ emen~ng peripher~ wall 52 and a doww wit~n the boiler 12 and the steam pressure w~ forcewarty curv<strong>ed</strong> peripher~ wall ~3. The ~wer peripheral 10 hq~d fore the boiler back through the cond~t 22 ~to<strong>ed</strong>ge of the wall $3 carries three or more d~gon~ly the re~rv~r container 10 thereby reliev~g the ~teamdispos<strong>ed</strong> r~ 54 each ha~ng spac<strong>ed</strong> ~scs $~ romtablycarri<strong>ed</strong> by a sha~ 56. The ~scs $~ engage the ~ reliev<strong>ed</strong>, water will again flow through the conduit 22pressure. As soon as the steam pressure within the boilerroll<strong>ed</strong> <strong>ed</strong>ge 10’ of the reserver container 10 and accord- back ~to the boiler w~h the rese thin there will be a~y pro~de an ann~ r veto b~ween the cover $0 and 15 period~versal of wmer flow through the condu~ 22.the top <strong>ed</strong>ge of the re~rv~r container 10.Th~ pulsating action res~u ~ a mcre ~a#d ~crease ~The flat apenur<strong>ed</strong> wall ~1 of the air circulating means ~mpermure of the reservok wmer with~ the conm~ersupports an dectric motor gener~ denot<strong>ed</strong> by the 10 by contribut~g hem over and above the heat impal<strong>ed</strong>to the reservok wmer by the action of the con-numerM ~7 w~ch powers a shaft ~$ ex~n~ng throughthe perform<strong>ed</strong> w~l ~1. The ~n $9 ~ mount<strong>ed</strong> on sha~ 20 den~r c~l 27. The ~mperature of the reservo~ wmeL$$. Power ~ f<strong>ed</strong> tothe motor 57 by a cable 60 connect<strong>ed</strong> howeveL ~ Mwavs below the boil~g ~mperature (of~ a convention~ manner to the moto~ If d<strong>ed</strong>re~ the water ~ boiler 1~ so that ~me will be condens<strong>ed</strong>in condenser 27. Pre~raWy the reserver waterswitch means may be prov~<strong>ed</strong> for operation of the ~n.The ~n motor 57 is cover<strong>ed</strong> by a vent<strong>ed</strong> dom~shap<strong>ed</strong> sho<strong>ed</strong> be ke~ ~ the range of 18~ F. to 190" F. Thishou~ng 61 thin ~ securdy fia<strong>ed</strong> to the cover ~0 and ~ 25 ~mpermure Mvd w~ boil off undesirable componentsattach<strong>ed</strong> thereto by any s~tab~ means. In the ~us- from the reviver wmer (prior to actuM ~ation~at<strong>ed</strong> embo~ment of the ~ventio~ the dom~shap<strong>ed</strong> thereo0, and Mso serves to operme condenser 27 adequmdy.To mMnmin proper operation cf the apparmus,hou~ng 61 fri~ionally engages the peripher~ wall 52 ofthe cover ~0.a sub~antiM propo~ion of the ~<strong>ed</strong> water w~ch entersIn one mode of ~n operation, Mr ~ drawn ~to the Mr 30 m the ~1~ 37 ~timmdy ~ ~scharg<strong>ed</strong> as overflowdrcdating means ~mWy through an ope~ng 62 ~ through tube 32 and outlet 35.the dome~hap<strong>ed</strong> housing 61 and then down through Operm~n of ~krer Wades 102 mmeriMly changes thethe per~r~<strong>ed</strong> wall 51 whereupon it is direct<strong>ed</strong>ownwartyover the ~rv~r wm~ ~ re~rv~r contMner 102 generate a w~rling turb~ent motion of wmer ~-dynamics of the distillation apparatus. The sti~er blad~10 and therea~er is ~scharg<strong>ed</strong> through the ann~ar35 ~de cylindricM space 100 thereby improv~g heat exchangeconm~ b~ween the reservok water and theope~ng b~ween the ~rv~r contMner 10 and hscover $0. In the reverse mode of ~n operation the ~n tuMng of condenser coil 27. In addit~ motion of the59 draws Mr ~ through He ann~ opemng b~ween stirrer Wades generme ca~mtion w~ch ~ the d~t~vre~rv~r contMner 10 and ~s cover 50 up through pe~ don apparmus of th~ invention constitutes formation offora~d w~l ~1 and ope~ng out through vent 62 ~ 40 ~eam bubWes beneath the sur~ce of the wmer. Typicall%the bubWes contMn both ~eam and v~atil~<strong>ed</strong>motor hou~ng 61.As may be seen ~ FIG. 3, a stirrerod 101 extends gases and vapor~fom an integrM conne~n whh motor sha~ ~8 at the The ra#d romtionM movement of the sti~er Madeshub cf fan 59 pre~mWy but n~ necessarily axially of 102 genermes loca~z<strong>ed</strong> pressure ~fferentials ~ the rewthe cylindric~ re~rv~ re,on 100 ~dde of condenser 45 erv~r wmer cau~ng an increas<strong>ed</strong> (and super-atmospheri~pressure on the up,ream ~ce of the Mades andc~l 27 and ~rm~m~ ~ the stirrer Wades 102 immer~d~ lhe ~rv~r w~e~ The depth of immersion for a decreas<strong>ed</strong> relativdy negative Ond sub-mmospheriOstirrer Wades 102 is n~ critical, bm p~raWy, they are pre~ure on the down,ream ~ce of the Wades. S~cenot deeper than the bottom of coil condenser 27. In the the water ~ the reservoir ~ hot, desirably at betweenmode ~u~m~d hero~ the stirrer rod w~ position<strong>ed</strong> 50 18~-19~ F., generation of locM~<strong>ed</strong> sub-mmosphericmodestly off-center |o avid ~r~rence wi~h the cutletbend 29 of condenser coil 27, see FIGS. 1 and 2. w~ch steam flashes off fom the hot water (form~gpre~ure re#ons ~ the water creates a v~d space ~toIn the operat~n of the d~tiHation appara~s of t~s thereby the bubble~. Ev~v<strong>ed</strong> Mong with the ~eam, ~~vention, the reservoir container 10 and boiler 12 are any Mr still d~solv<strong>ed</strong> ~ the water and any volati~zabMfir~ fil<strong>ed</strong> wkh water to a levi at ~a~ substantially 55 components still present ~ the wmer. Moreover, as thecovering the heating dements 13 and 14 as may be bubWes pass up through the re~rv~r water to escape atobserv<strong>ed</strong> mo~ ~eady ~ FIG. 2. It will be observ<strong>ed</strong> thin the water suffac~ they scavenge Mr and v~mfl~abMwhen filling re~rv~r container 10, wmer w~l automaticallyflow through condor 22 ~to the boiler so that Thu~ mecha~cM ~ring of lhe hot re~rv~r wmercomponen~ fom the wm~.~fimmdy the ~vd of the water ~ the reservoir con-6miner 10 wi~ be the same ~ the wmer levi m the boiler remov~g M1 v~mfl~able components th~efom beforeasfis~ greatly ~ dea~m~g the re~rv~r water and ~12. When energy ~ then supp<strong>ed</strong> to the heating d~ wmer from the reservoir enters the boiler 12 to be ~men~ 13 and 14 they will function to boil the water till<strong>ed</strong> ~her~n. In ad~tio~ mecha~cM mkring ~cilimteswit~n the boiler 12. Steam fom the b~r will enter mMntenance of a good heat bMance witch the resevthe ~t 24 and then flow through the condenser coil 27 ~ v~L~o be condens<strong>ed</strong> therein. The condens<strong>ed</strong> steam will then In operm~n of the ~stilMtion apparatus, the heatdischarge ~rough filter 115 as the ~me Oiq~d) impal<strong>ed</strong> m b~Mr 12 ty the heating dements 13 and 14product fom the conden~r oufl~ 31. When firm opev can leave the ~fion app~mus o~y ~ the hem6
75,203,970energy content of the hot (condens<strong>ed</strong> ~eam) d~tiHate pipe 32 ~ r<strong>ed</strong>uc<strong>ed</strong> substantially by indu~on of ~rerprodu~ or of the hot reserver wmer discard<strong>ed</strong> through 102 ~ the distillation apparmus.overflow ~pe 32 or as the hem energy in the (heat<strong>ed</strong>) A ~m vernon mode of the distillation apparmus fllu~~r and vapor vent<strong>ed</strong> by fan 59 ~hrough ~ther the trat<strong>ed</strong> her~n was made and test<strong>ed</strong> wkhou the ~rer inann~ar ven~ in cover 50 or the opening 62 in motor5 opermion (reservoir depth 5½’3. Convection was reli<strong>ed</strong>hou~ng 61 depending on how ~n 59 ~ operm<strong>ed</strong>). To upon for stirrin& The ~mper~ure m the bottomof thethe extenth~ ~rer 102 causes cavitation and generationof ~eam bubbles in the reservoir water which bub-the reservo~ was 180" F. The temperature of the d~fibreservoir was 160" F. The temperature ~ lhe surface ofbles in turn escape the reservoir water to become late product was 200* F., and an appr<strong>ed</strong>able amount ofvente~ the proportion of boiler hem vent<strong>ed</strong> to the a~ 10 steam was being produc<strong>ed</strong> ~ong w~h the distillate.mosphere ~ increas<strong>ed</strong>. This increase ~ substanti~. Co~ About 2.5 g~lons of cooling water per gallon cf distilrespon~ngl%the quantity of heat<strong>ed</strong> reservo~ water ~te product was being us<strong>ed</strong>. Then, when the stirrer wasthat mug be discharg<strong>ed</strong> through overflow pipe 32 to operat<strong>ed</strong> the tempermure of the distillate rapidly becamer<strong>ed</strong>uc<strong>ed</strong> to below about 155" F. The~ ~o r~se them~ntain a proper heat b~ance in the reservoir watermay be and is r<strong>ed</strong>uc<strong>ed</strong>.15 tempermure in the reservo~ to above 180" F. the ratioAs a pra~ mm~L operation of stirrer blades 102 of cooling water to distil~te was r<strong>ed</strong>uc<strong>ed</strong> ~om the Z5di~inctly increases the ~mpermure differenti~ between to 1 to about 1.2 to 1. The distil~ temperature rose tothe ~eam in,de condenser coil 27 and the water in above 190" F. Then, operation of the sti~er was discontinu<strong>ed</strong>,whereupon the outlet of the condenser ~eam<strong>ed</strong>reservoir container 10 adjacent condenser coil 27. hsho<strong>ed</strong> be appr<strong>ed</strong>m<strong>ed</strong> that ~though the decreas<strong>ed</strong> pres-2sure zones on the down,ream ~ces of stirrer 102 are ~ystem return<strong>ed</strong> ~o normS.profusely. Then, the ~irrer was turn<strong>ed</strong> on again and thelocat<strong>ed</strong> and are trandent in nature, more ~ not ne<strong>ed</strong><strong>ed</strong> As has ~ready been point<strong>ed</strong> cut, a mechan~ exp<strong>ed</strong>ient~o facilita~ m~ntenance of a di~tin~ tempermureto create a bubble wher~n pan of the hem<strong>ed</strong> reservoirwater flashes into ~eam, concurrently dgnificantly across the condenser coil tubing ~ illustrat<strong>ed</strong> in FIG. 5.cooling the reservoir wmer adjacent the bubble25 Shown there ~ an charg<strong>ed</strong> pa~i~ cross-section of condensercoil tubing. In,de the tu~ng ~ a deflector 77~hrough Io~ there~om of the hem of vaporizmion forthe steam). ~nce the steam bub~e and the hct reserver whose purpose ~ to generate spir~ flow movement ofwater can coe~ at the sub-mmosphefic pre~ure ~vd steam and condensa~ to the tube wa~. Also, flow becomesmore turbulenthereby haling hem exchangegenerm<strong>ed</strong> by the stirrer 102, the buboes form readilyand do not collapse imm<strong>ed</strong>imdy when norm~ pressure30 across the tube wall. A ~ke deflector 79 may be provid<strong>ed</strong>in the cond~t connecting reservoir container 10~ re~or<strong>ed</strong>. Mostly, the ~eam bubbles escape over headof the reserv~and boiler 12 ~ee FIG. 6). The purpose of deflector 77Of cou~ the stirrer ~ in constant motion, mi~ng the is, of cours~ to create turbulent mi~ng of the water soreserver wmer q~te thoroughly so thin distin~ zones as to avid any ~mpermure ~r~iflcm~n ~lher in rese~of ~mpermure differences never can become e~ab-35 voir container 10 or in boiler 12.Hsh<strong>ed</strong> in the reservoir wmer. HoweveL generation of An addition~ option~ exp<strong>ed</strong>ient which has beenlhe ~eam ~om the locat<strong>ed</strong> (and ~anfitory) r<strong>ed</strong>uc<strong>ed</strong> found advantageous in practice of this invention ~ thepre~ure zones is ~nu~ly in~antaneou~ Once the bubbleis form<strong>ed</strong>, its collapse, however, ~ not instantaneouscondenseroufl~ 31. In the embodiment illustrat<strong>ed</strong>provision ofa fil~ pre~ra~y an over~z<strong>ed</strong> filte~ at theso th~ the bubbles la~ long enough to rise up through 40 her~n the over,zeal filter 115 is a carbon filter.the reservoir water and escape through the sur~ce FiRer 115 absorbs any orga~c mmeri~s thin are carri<strong>ed</strong>over with the condensate. ~ polishes the conden-thereo£ Since the reservoir wmer ~ hot, des~a~y in the180"-190 ° F. range, a sub~anti~ pa~i~ pre~ure of sat~ so to speak but ~so ~ achieves a superior aermionsteam e~s, which ~ to say, that the stirrer generates for the condensate.many ~eam bubbles and in tot~ the ~eam bubbles re-4move a condderable quantity of hem energy ~om the r~us of this ~vention opermes in a pulsating fashionAs has ~ready been poin~d out the d~tillation appa-reserver wmer.cau~ng water to flow through the connecting cond~tThus, generating a micro environment of tran~tory 22 back and fo~h b~ween boiler 12 and reservo~ 12.sub-mmosphefic pressure zones at the down,ream ~ce The same pulsmions affect condenser 27. A p~se ofof the stirrer 102 genermes a ~g~ficant change in the50 (steam) pressure ~om boiler 12 passes through the condensertubing in a forwar d~ection during a ~eammacro en~ronment of the reservo~. The ~mpermureof the water in the reservoir as a wh~e ~ r<strong>ed</strong>uc<strong>ed</strong> by genermion pulse, sending condensate out through filterthe flashing of ~eam to form the bubbles. Although 115. Then during the ~ eve~e suct~n prise, ~r ~ drawnonly the wmer adjacent the buboes becomes cooler, the into the filter 115, and even into the outlet end of conra~dswirling water movement caus<strong>ed</strong> by stirrer 10255 denser 27. Thu~ the filter 115 acts as much to filter ~rm~es the w~er ~most imm<strong>ed</strong>iatdy so (hm the ~mpe~ drawn into the condenser tubin~ as it does to filterature of the reservoir water over~1 has been r<strong>ed</strong>uc<strong>ed</strong>. distiH~e ~aving the condenser tubing.Moreove~ the coole reservoir water ~ adjacenthe Ma~festl% the p~ses are not equ~ in thor effect.condenser coil tubing. Thus, a better ~mpermure diffeb Steam ~ being generm<strong>ed</strong> in boiler 12, then ~ condens<strong>ed</strong>enti~ b~ween the condenser coil and the reservoir 60 in condenser coil 27. The d~tillme ~ discharg<strong>ed</strong> m thewater ~ generat<strong>ed</strong> and m~ntain<strong>ed</strong> by the stirring improvingthereb~ the opermion of condenser 27. movement of ~stil~d wmer through filter 115 res~.oufl~ 31 through filer 115. A n~ movement outflowAnother important overall pra~ effect of the At the same fim~ a small net inflow of~r into fil~r 115~fing to remove more of the baler he~ overhead of and condenser 27 result. The distiH~ ~g., atthe reserver ~ to save wate~ Le~ of the boiler hem65 190°-195 * F., is hot enough to heat filter 115 and preven~m~ro~ contaminmion of the fil~ Th~ meansmu~ be remov<strong>ed</strong> by d~carding w~er through overflowpipe 32. The proportion of the ~<strong>ed</strong> wmer in the distill~ that ~r which enters over,zeal filter 115 during thetion apparmus thin mu~ be discard<strong>ed</strong> through overflow su~n p~ses is ret~n<strong>ed</strong> ther~n and becomes ~eril~<strong>ed</strong>8
- Page 1 and 2: Un ed States PatentS~c et al.Ill] 4
- Page 3 and 4: 4,417,951DISTILLER AND EVAPORATORFO
- Page 5: Un ed States PatentEII~ J~Ill]Paten
- Page 9 and 10: U.S. Patent se~ 16, 1986 She~ 4 of
- Page 11 and 12: ~S. Patem sev 16, 1986 S~ 6 ~8 4~12
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- Page 15 and 16: 3~61~090FIG. 7 ~ a fide devafionfl
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- Page 19 and 20: 114,612,090and conflgurm~n of sMd f
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- Page 33 and 34: 5~33~1212LOW MAINTENANCE WATER DIST
- Page 35 and 36: 55~33~12the a~ will app~e the vario
- Page 37 and 38: 95~33~12present invention preferabl
- Page 39 and 40: 135~33~12v~odW of Me smam inc~ases
- Page 41 and 42: 175~33~12the condenser unit inchdes
- Page 43 and 44: United StatesSamsonov et al.Patent
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- Page 71 and 72: 7US G40~888 B1¯ ~fl~d w~er Mmugh f
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3US ~893~40 B24effe~ the ~mul~neous
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Re. 35,283Page 2U.S. PATENT DOCUMEN
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U.S. Patent Jun. 25, 1996 Sheet 2 o
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35,283A ~atum of ~e pmsem ~venfion
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Re.hem ~ss ~om We ~d~ of We boM. ~