GB2497065A - Deep water pipeline intended to provide free energy - Google Patents

Abstract

A pipe line is installed in the sea communicating between deep and shallow waters. It is claimed that water will flow up the pipeline due to the high pressure at the bottom of the pipe, and this flow can be used to drive a turbine to generate electricity. The application claims to introduce air at atmospheric pressure into the pipe to create the pressure differential. It is also asserted that a metal pipe has a magnetic shielding effect which reduces the gravitational force on the water in the pipeline.

Description

DESCRWITON -u.EcTmcrrv FROM DEEP OCEANIC WoflR PRESSURE My propoi& is a new system that usts ocemUc water prestut to prnducetleettichy. The weight of air in the esrthts amospben is rntasnred by Atsnospbedc Ptv-sure. This pressure is at its maxirntuu t sea kvet where it is almost one kilogram per square caitimeter(l atmosphete). The weight of water in thecaaS creater presturc. and because water is Jätuid that eatmçtbe compnssed and is so heavy, the pn*nn chaages rapidybyaboutoneahnosphtceikrevery lOin of depth. Sothepressurat lOOm depth is about 10 kiS per square eantimMer, i4 I,000m it is ab*st 100 kilos and so on. The pressure at the eetatfs abtrage depth o14,000m pretwecds &moit haifa tone on every square asutimeter. Myproponi istøhanaWgedIam pØline ortumielreach&n the deep aeeaMcSa waters on;ge -and to get to the gmund si$tce on the other end.

Due to the deep ocean presstw*s the water would tmcel np the pline to the surface and would power the twbincs to proMe thctridty.

The advantage of using deep oeeaim sets preawe to nduce ekflicity over other &x concepts such as wind turbines is that there is greater capacity. Oniz the pipelines are laid and secwed to the surtkec Ste would be a constant flow of' high prenured water that would writ the turbines at all Set The &ep nter pressure wouki he constant and not depend&st sin at*jfflts rnwh as weather.

The ooncept øfusmg Deep occamp/ sea pressure is envtromwnafly friendly, it opetate on lit prrncr$c of cot sonn4 pressrp In the eapip1e of the hydtoelectnc power a damn isbmlt on a lawlvarw;th ktstitmxhe daust storeslods ot viatcr behind it in the reseawir $eat tbi bottLsn nitis dana nit usradly there i the water *ntake Grasnr, causes &twatet to mote Ihutfl itt. Mi isa,de oflhe damn As the end there s usually a twbS pM Ji *hiokMth*1t bWé *wIng water. The shaft. from the turbine aes up iS the generator, which xnduces the power. Power lines *, cotrnected to the generator that carries electricity. The water continues past the propt into the riverpost the darn.

With deep occagS/ssa water prestunv a power source to turn a fiatS woWd be the deep water pres.cure dqtis niqrc poceth1 then ooly grac'ity as used in lkydroeiec4tie thrnn.

The presuune at i,Ot}Ota is thU ltilth per sstre centhueter, The pressure at the cgiean's sWkWaLe depth at' 45)0Gm PTtSttb t a(nie* haifa tone on every square centrmeer On the PcitIc sale of Japan, the oeqn ea e over 6,00I) meters deep (91%JO to i 0,01)0 mnetets Lu. the trenches) jft::fg This tegion could pnxhtce iaough 4tctflGity to supp'y the 4iol $S!otSøt.

The Mediternmnean Sea has the 4espisnxwded point of 526i at*ts (about 317 rrdla) hi the Calypso Deep in the kan$*. Peep Water Pres*we iimia built on this rcgS cQuId supply Europe with$4kMted resource of ektSity. Ihe deep ocean in the Puerto Rico Trc'nch in the Noth Mlsndc aid the lAbrador Co4st hi t& eastern coast of Canada wIth depth of o$42% neteiscotdd provide an uz4frnited source of deep water prtssure Sucuiofty for the Ameriesn continent.

This technology wutd4 provide an uniuinited source of pavør and can he ap$ied Mtercornineniafly. The technology is green with cc harmiW eznisSn and friendly to the envircsrnnent The electricity would be trauspkted from the power plant to the com'urner usiog sxdstbig cable techuok>gy.