地地地 地地 地地地地地地地 、 地地地
Jan 20, 2016
: 87 mW/m2
2.410171.68X1010(Verhoogen et al., 1970)
-
6,0001 ( )2 3 + 4 ()
1422.89.7
74254
GoogleAlta RockPotter Drilling625400Obama5/27/200935
CO2
20
Geothermal gradient
(Geothermal gradient)(heat conductivity)1.3HFU3.0 HFU(hot spot)
,Q =,T =(),X =(m)k =(mcal/cm.s.). Q = K x GTGT = Q/k GT =,,
(1)1986580408172
58025017080200
(2)117-1447912
1025863m117-1447912
4Km>175
4,000m175
(km) 2(MWe)(%)(MWe)>20001500~20001000~1500500~1000
1001014
111
112
100mW/
2
(Volcanic)
(Hydrothermal)
full water(HotRocks)
lack waterNon-volcanicgeothermal Geothermal resource classification(Hot SedimentaryAquifers)
(Hot Wet Rocks)
(Hot Dry Rocks)
1.2.3.4.8
EGS
(3,000) (3,000)
Enhance Geothermal System EGSEGSEngineering Geothermal System()
CO2
Enhance Geothermal System(EGS)Complex Energy Extraction from Geothermal resource (CEEG)
EGSCEEG(1)CEEG
EGS(Enhance Geothermal )CEEG
EGSCEEG(2)CEEG
CEEGCEEG() ()
Complex Energy Extraction from Geothermal resource ( CEEG)
CEEGClosed-loop Hot Dry Rock Energy Harvest SystemProf. Bohdan Zakiewicz20088020382
Prof. Bohdan Zakiewicz1.(3m) 2.3.4.5.()6.7.BZ-7 (BZ-Harvester)8.9.10.() 11.12.
(Patented formula cement)BZ-Harvester (thermal energy recovery probe)BZ-Harvester320BZ-H
(The water return pipe of the lowthermal conductivity materials)320oC(High-pressure pump with no leaves nor occurrence of cavitation)(150kg)200M (Underground pipeline to transmit electricity)Prof.Bohdan M.ZakiewiczKnow-how
*
Prof. Bohdan Maciej Zakiewicz
Piotr D.Moncarz
CEEG
/
1.2.3.4.5.6.7.8.
20
150
19287740t8011
800230021600
1904 10 kW 1922
:280.7 :827.2*
()
(Data Center)
()
:2.6
2/3 1/2
http://www.bjjnw.gov.cn/build/xxfb/showArticle.do?m=showArticle&id=000000084001222fb7d929&lmid=null
:17
http://cq.cqnews.net/sz/zwyw/200612/t20061216_1184280.htm
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