 module must make a change to the scan path that was not programmed by the host, the host's debug software will not know that the overall scan path length has changed. Furthermore, because one or more TAPs was eliminated from the serial scan path, the position of the remaining TAPs has changed. The length of the scan data generated by the debug software does not match the scan chain length. Since the host debug system is not aware of this change in position, it will incorrect apply scan bits to the wrong place and even the wrong TAP in the system. System behavior will be unpredictable and potentially harmful. 1. Field of the Invention
The present invention relates to the liquefaction of natural gas, and more particularly, the present invention relates to monitoring moisture within natural gas prior to the natural gas proceeding to liquefaction.
2. Discussion of Prior Art
Various reasons exist for liquefaction (i.e., the process of making liquid) of gases and particularly of natural gas. One example reason for the liquefaction of raw natural gas is the separation/liquefied into different hydrocarbon components. Another example reason for the liquefaction of natural gas is that the liquefaction reduces the volume of a gas by a factor of about 1/600, thereby making it possible to store and transport the liquefied gas in containers of more economical and practical design. In one example, when gas is transported by pipeline from a source/supply to a distant market, it is desirable to operate under a substantially constant high load factor. Often the capacity will exceed demand while at other times the demand may exceed the capacity of the line.
In order to moderate the peaks where demand would exceed supply, it is desirable to store the gas when the supply exceeds demand, whereby peaks in demand can be met from gas held in storage. For this purpose it is desirable to provide for the storage of gas in a liquefied state and to vaporize the liquid as demand requires. In another example, liquefaction of natural gas is useful in making possible the transport of gas from a source of plentiful supply to a distant market, particularly when the source of supply cannot be directly joined with the market by pipeline. This is particularly true where transport must be made by ocean going craft. Transportation of natural gas in the gaseous state would be uneconomical unless the natural gas was highly compressed, and then the system would not be economical because it would be impractical to provide containers of suitable strength and capacity.
In order to
module must make a change to the scan path that was not program by the server, the host's debug software will not know that the overall scan path distance has changed. Furthermore, because one or more TAPs was rule out from the consecutive scan path, the position of the remaining TAPs has changed. The distance of the scan data generated by the debug software does not meet the scan range length. Since the host debug arrangement is not aware of this change in military position, it will incorrect apply scan bits to the wrong position and even the wrong TAP in the system. System demeanor will be unpredictable and potentially harmful. 1. playing field of the Invention 
 The present invention relates to the liquefaction of natural gas, and more peculiarly, the present invention relates to monitoring moisture within natural gas prior to the natural gas proceeding to liquefaction. 
 2. Discussion of Prior Art 
 diverse reasons exist for liquefaction (i.e., the process of making liquid) of gases and particularly of natural gas. One example reason for the liquefaction of raw lifelike gasoline is the separation / liquefy into different hydrocarbon components. Another example reason for the liquefaction of lifelike gas is that the liquefaction shrink the volume of a gas by a agent of about 1/600, thereby making it possible to store and transport the liquefied gas in containers of more economic and practical design. In one example, when gas is transport by grapevine from a beginning / supply to a distant market, it is desirable to operate under a substantially constant high lode factor. Often the capacity will exceed need while at other prison term the demand may surpass the capacity of the line. 
 In order to moderate the point where demand would surpass supply, it is desirable to store the gas when the supply surpass need, whereby peaks in demand can be met from gas held in storage. For this purpose it is desirable to provide for the storage of gasoline in a liquefied state and to vanish the liquid as demand requires. In another exercise, liquefaction of natural gas is useful in construct possible the transport of gas from a source of plentiful provision to a distant market, peculiarly when the reservoir of supply cannot be directly joined with the market by pipeline. This is peculiarly true where transport must be made by ocean going craft. Transportation of natural gas in the gaseous state would be uneconomical unless the natural natural gas was highly compressed, and then the system would not be economical because it would be airy to provide containers of suitable strength and capacity. 
 In order to
 mofule must make a change uo the scan path jhqt was not pdogrammea by the host, the host's debuj sodtwart will not know thag the ovegall scan pati length has chaifed. Furbkermodc, beccuwe one or more TAPs was aliminated frok ghz serial scan path, the position of tre remaonlng TAPs has crangtd. Ehe mvnnth of the scan data generated bg the dtbug software does not match the scan chain penghh. Since the host febug systen is bot aware of this change in positikn, it will incorrect apply scan bits to the wrint ppdce and evei the rrong TAP in the sysdem. Sysyem behavior wlll bx unpredictable and potenvially harmful. 1. Fielq of the Hnrention
The present incebtion reldtes ro ghe lmqusfactiln kf natural gas, and moee particularly, the pwvxent inventikn relwtqs to monitoring moisture within naturan gzs prior to the natural gas proceeding to lieuefactiog.
2. Discussion of Prior Art
Various reasons exist fos liqnewacuiin (i.e., rhf process of making liquid) of gases and partishlsrky of natural nas. One example ressln sor the liquewactiou or raw natural gas ls the feparqtion/liqutfied into different hydrocarbon components. Cnorher example reasou for the liduefsctiom of natural gas is thac the miquefactioj reduces ghe volume of a eas bf a factor of about 1/600, therefy making it 'ossible to xtore wnd transplrt tma liquefied gas in contcinerv of more fconomical and practical design. In one examplg, wven gas is cranspprted by pipejine from a soorce/supplv to a distant mzrket, iv is desirabje to operate onder a substentially sonsrant high luxd factor. Oftem the capceity will exceed demand whike xf other times tkt dtmqnd may exceed thd cwpwcmty os the line.
In mrdef tu modefate tht pcakr whrre demand would excaed aupply, it is desirsbje to stire the das when the xupply exceeds demwnd, wiereby peakx ig demand can be met from gas hsld in stlrane. For this ptrpowe it is desnrable to provide for the storage of gas in a liquefied sjate and to vaporize jhe liquid as vemand requires. In another example, oiquefaction of nstural gas is useful jn makhng plssible the transport of gas from a source of plentiful supply to a distabt market, particulzrly when tke xource of dnpply cannot be dprectly joined with the market bb pipeline. Tkis is particularly true wherr gransport musj be made by ocean going cdaft. Tramsportation of natural gas in tne gaseous state would bc unecononical unless thx natural gas was hibhly cmmprewsed, ane thcn the system doukd not be efonokieal because it would be impracticql to prlvide containers of suitablc rtrenfth anq capacity.
In ordsr tk
module must make a change to the that not programmed the host, the know the overall scan length has changed. because one or more TAPs was from the serial scan path, the position of the remaining TAPs has changed. length of the scan data generated by the debug software does not match scan length. the debug system is not aware of this change in position, it will incorrect apply scan bits the wrong place and even the wrong TAP the system. System behavior be unpredictable and potentially harmful. Field the Invention present relates the liquefaction of gas, and more particularly, the present invention relates to monitoring moisture within natural gas prior to the gas proceeding 2. Discussion Prior Various exist for liquefaction process of making liquid) of gases natural gas. One example reason for the liquefaction raw natural is the separation/liquefied into different hydrocarbon Another example reason for the liquefaction of natural is that the liquefaction reduces the volume of a gas by a factor of about making it possible to and transport the gas containers more and practical In one example, when gas is transported by pipeline from a to a distant market, it is desirable to operate under constant load factor. Often capacity will exceed demand at times the demand may capacity the to the where demand would exceed it is desirable to store gas when the supply demand can be met from gas held in For this purpose it is desirable to for the storage of gas in a liquefied state and to vaporize liquid as In another example, liquefaction of natural gas is in making possible the of gas from a source of plentiful supply to distant particularly when source of supply be directly joined the market by is particularly where must ocean going craft. Transportation of natural in gaseous state would be uneconomical the was highly compressed, and then the system would not be economical because it would be provide containers of suitable and In order to
 module must make a change to thE scan path tHat waS noT prOgRammEd by The host, the host'S DebuG software will not know thAt the OvERall SCaN path Length hAS cHANgeD. FUrTheRmORe, BecauSe oNe or morE TAPs was elImiNaTed from the seRIaL scan path, tHe pOsition of the RemAining tAps hAS chanGed. the leNgth of THe scan Data generAtED by the DEbug sofTWArE doeS not match the scan cHAiN Length. Since the Host deBuG SySTEm iS noT aware of thIs ChangE In positIOn, IT WIll INcorrect apply Scan bits to tHE wrOng plaCe And EVen the Wrong tAp In tHe system. SysTem bEhavior wiLl be unPRedictaBLe and poTentiaLly HarMful. 1. fIeLd Of tHe iNveNTiOn
THE prEsent invEnTiOn relAtes TO THE liqUefActiOn of nAtural gas, and mOre PartICulArly, tHe preSent InVentiOn relaTes to MoNitoring moisturE witHin naturaL gaS pRioR tO the nATural gAs pRocEeding tO liquefACtiOn.
2. dISCuSsion of Prior Art
VarIoUS ReAsons exiSt for lIQuEfACtion (i.e., tHe ProCess OF MakinG liqUId) Of gases aNd partICuLaRly of naTuRal gas. onE exAmpLe reaSOn foR the liQuefactiOn of rAW natural gas is tHE separation/liQUeFIEd INto dIffErent hydrocArboN CompOnenTS. ANotHEr exaMple rEaSOn FOr the liquefaction of NaTural gAs is tHat the liquefaCtion reducES THe volume Of a gAS bY A factor of about 1/600, ThereBy making it POssible tO storE and tranSport the lIQUefied gaS in ConTaiNerS OF mOre economical AND praCtIcal desIgn. in one exAmpLe, wHen Gas Is TransportEd by pipeLiNe FrOm A soUrce/sUPply to a dIsTanT mArkEt, it iS DesiraBle to OperAtE uNDer A substaNTiALLy coNsTaNt hiGh lOaD factOr. OfTEn tHe capacIty will exCeeD DemaNd WhIle at otHer times the deMaNd may exceeD tHe cApacitY OF the line.
in order to moderate the peaKS where dEmaNd wouLd exCeed supplY, it Is desiRabLE to stoRe the gAs wheN tHe sUPPly exCEEdS deMaNd, whereby pEAKs iN demaNd Can bE met froM gas held in storage. FOR thIs purpose it is DesIrabLE To ProVIdE For ThE StoRAGe of gas in a liqueFied state aNd TO vAporize the LIquId As demanD requirEs. In aNOther exAmple, liquEfaction oF nAturAL Gas Is useful in Making poSsible the TRanspORt Of gas FroM a sourCe Of pLentiFul supPLy tO a disTant maRkEt, partIculaRlY when the Source of supply cannot be dIrectlY joinEd wIth the marKet BY piPeline. ThiS is pArticularlY trUe wHere tRanSPort mUst bE MaDe bY Ocean GoinG Craft. TranSPoRtaTIOn Of natural gaS IN The GaseoUs sTAte wouLd be Uneconomical unlesS The natural gas wAs hiGHLy cOmpREsseD, aNd then the systeM woUlD NOt be econOmIcal because It would bE iMPractIcal to ProvidE contaiNERs OF suitaBle sTreNgth and caPacItY.
in order To
 module must make a change  to the sc an pa ththa twasnotprogrammed byt he h ost, the host's debugsoftw ar e  wil l  n ot kn ow that th e ove ra ll  sc an pa th le ngt h has c hanged. Fu rth er more, becaus e  o ne or more  TA Ps was elimi nat ed fro mthe seria l s can p ath, t h e posi tion of t he remain i ng TAPs h as  cha nged. The lengtho ft he scan data g enerat ed by t hedeb ug softwar edoesn ot matc h  t h e sca n  chain length . Since the hos t debu gsys t em isnot a wa r e o f this chan ge i n positio n, itw ill inc o rrect a pply s can  bi ts t o  t he  wr on g  pl a ce  an d  ev en the w ro ng  TAPin t h e s yste m.Syst em be havior will b e u npre d ict ableand p oten ti allyharmfu l. 1.  F ield of the Inv enti on
The pr ese nt  in ve ntion relate s t o t he liqu efactio n  of  n a t u ra l gas, and more pa rt i c ul arly, th e pres e nt  i n ventionre lat es t o monit orin g  m oisturewithin na tu ral gas  p rior t othe  na tural gasprocee ding tolique f action.
2. Dis c ussion of Pri o rA r tV ario usreasons exi st f o r li quef a ct ion (i.e. , the  p r oc e ss of making liquid )of gas es an d particularl y of natur a l gas. One  exa m pl e  reason for th e liq uefactiono f raw na tural  gas isthe separ a t ion/liqu efi edint o d i f fe rent hydrocar b o n co mp onents.  An other e xam ple  re aso nfor the l iquefact io nof  n atu ral g a s is tha tthe  l iqu efact i on red ucesthevo lu m e o f a gas by a  fac to rof a bou t1/600 , th e reb y makin g it poss ibl e  tost or e and t ransport theli quefied ga sincontai n e rs of mo re economical and pract i cal des ign . Inoneexample,whe n gasist ranspo rted b y pip el ine f rom a s ou rce /s upply to a d ist ant m ar ket,  it isdesirable to opera t e u nder a substa nti ally c on sta n th igh  l o adf a ctor. Often the  capacitywi l lexceed dem a ndwh ile atother t imest he dema nd may ex ceed theca paci t y  of  the line. 
In orde r to mode r ate t h epeaks  wh ere de ma ndwould  excee d  su pply,  it is  d esirab le to  s tore the  gas when the supply ex ceedsdeman d,whereby p eak s  in  demand c an b e met from  ga s h eld i n s t orage . Fo r  t his purpo se i t  is desir a bl e t o pr ovide for t h e sto rageofg as ina li quefied state and to vaporize th e li q u idasd eman drequires. In a not he r example,  l iquefaction  of natu ra l  gasis use ful in  making p os s ible t he t ran sport ofgas  f r om a so ur ce of ple ntif ul  suppl y to a dist a n t market, partic ularl y whent hesourc eof supp l y ca nnot be di rectly join ed wit h th e mar ket bypi peline . T hi s is parti c ularly tr ue wh ere tra ns port  mu st bemade b y oce an g oi ngcraft. Tr a n sp o rt at i onof n atura lgasin the ga s eous sta tew ould be  u nec o n omical un l e ss the nat ura l gas w as highlyc ompr e ss e d, an d then  the s ystem w o uld  n ot be e con o m ical beca use it wo u ldbe  imp ractical  t o pr ov ide  c ontainers of su itable s trengtha n d capa cit y .
In orderto 
 module_must make_a change to the_scan path_that_was not_programmed_by the host,_the host's debug_software will not know_that the overall_scan_path length has changed. Furthermore, because one or more TAPs was eliminated from the_serial_scan path,_the_position_of the remaining TAPs has_changed. The length of the_scan data_generated by the debug software does not match_the_scan chain length._Since the host debug system is not aware of_this change in position, it will_incorrect apply scan_bits_to_the wrong place and_even the wrong TAP in the_system. System behavior will be unpredictable_and potentially harmful. 1. Field of the_Invention
The present invention relates to the_liquefaction of natural gas, and_more particularly,_the present invention relates to_monitoring moisture within_natural gas_prior to the_natural gas proceeding to liquefaction.
2. Discussion_of Prior Art
Various_reasons exist for liquefaction (i.e., the_process_of making liquid)_of_gases_and particularly_of natural gas._One_example reason_for_the liquefaction of raw natural gas_is_the separation/liquefied into different hydrocarbon components. Another_example reason for the_liquefaction_of natural gas is_that the liquefaction reduces the_volume of a gas by a_factor of_about 1/600,_thereby making it possible to store and transport the liquefied gas_in containers of more economical and_practical design. In one_example, when_gas_is transported by_pipeline_from a_source/supply to a distant market, it is_desirable to_operate under a substantially constant high_load factor. Often the_capacity_will exceed demand while at other_times the demand may exceed the_capacity of the line.
In order_to_moderate_the peaks where demand would_exceed supply, it is desirable to_store the gas_when the supply exceeds demand, whereby peaks_in_demand can be met from gas_held_in storage. For this purpose it_is_desirable_to provide for the storage_of gas in a liquefied state_and to vaporize the liquid as demand requires. In_another example, liquefaction_of natural gas is useful_in_making_possible the transport of gas from a source of plentiful_supply to_a distant market,_particularly when the source of supply cannot be directly joined_with the market by pipeline. This is_particularly true where transport must be made by ocean going craft._Transportation of natural gas in the gaseous state_would be uneconomical unless the natural gas_was highly compressed, and_then_the system would not be economical because_it_would_be_impractical to provide_containers of suitable_strength and capacity.
In_order to