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Table ~-~ J~rc,etl(s a <br />1]rol:er] ore. <br />SUf))ll);1ry °f ((~llnage a(]d gra~]C °( J?rl)vet] CircasSlan ore b , <br />loc}-. <br />'I~nIJIc 4-2 <br />I'ROV~N fyIINING BLOCKS AN.U 11It0 <br />~N OIL 1fv' TIIC CIiZCASSU~N VI/IN <br />I~Ivck Nanlc <br /> Torulagc Gold <br /> <br />A <br />ozJt of l Silver <br /> <br />B 9,100 <br />0.3 U 7-f t 011 <br /> <br />F3roken Ore 8,700 <br />0.4 J ~2 <br /> S,20U U.S 1.1 <br />~.3.Z I'r- <br />ubnbic Orc Itesc <br />- 1.2 <br />r <br />vcs <br />Probable ore within (Ile Ituby'rru;t Mitle j~r-v crt is <br />able ore corisia(s of n]~nabJe blocr;s lhat have r>vt ~~ I~proxinlately IU8 SUS <br />J (vns.'I'his pro <br />(onuage and ore grade in three dimensions. I,] al( ca c] explored to the <br />filled in or,e dir;)ension of the °r pvit]( ofprovidir <br />s' the 1]robaUle ore reserties arc d, <br />vre hlocks.llave been dc(i11ed on (1]elCi C3SSIa111Ut11C IZub . <br />Y Thus( Mine property, prvbabl <br />elrt al]d ilte (Zu(~y Trus( Vcin. <br />Circ>;ssfan Vcin <br />Six. probable ore blocks a. <br />of the re definee± in fhe Circassian Veit. i figure 4-3 presents the <br />ore blocks in a longitudinal section of ll]e Circzsst~l V <br />proxin]atel location! <br />Y ~ 9,500 tons of probable ore re „; Clll. ~~lleSe blocks reJ]r~en(ap- <br />oz/tor] al]d I,T ser.c.s, with an estitvated grade of gold at 0.30 <br />G o~tort silver. The volume of ore defined here rc r <br />of future produc(ivn ai l00 tonsJday. p esents almost two years <br />E(P\~Gtlp,~ <br />11.100 --` <br />t L000 ~_ <br />10,°OO <br />10,800 -_ 1 <br />~_ <br />Ll; ~ ~ -----.' <br />1 ~ _® <br />~ - <br />10, 6-00 -. <br />Figure 4.3 - I'IZOI~r1.~Lr ORC ISLOCKS - CIIZC , - <br />~.SSi/~I`t ~ I,rn1 <br />