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Further High Uranium Grades in Final Assays from Bir En Nar

June 21st, 2010

Further High Uranium Grades in Final Assays from Bir En Nar


                                                                                                     FORTE ENERGY NL
                                                                                                     ACN 009 087 852
                                                                                                   ASX/AIM CODE: FTE
                                                                      Telephone: +618 9322 4071, Fax: +618 9322 4073

                                                                                              ASX, AIM and Media Release
                                                                                                        twenty-one Jun 2010

                                       FURTHER HIGH URANIUM GRADES IN FINAL ASSAYS
                                            FROM BIR EN NAR RESOURCE DRILLING

                          GRADES OF UP TO 5,424ppm U AS INITIAL JORC RESOURCE NEARS COMPLETION

-   Excellent formula from last twenty-five holes of apparatus training at BIR EN NAR Uranium Project, Mauritania  (West
    Africa) including

      --   24m @ 1,116ppm U incl.   1m @ 5,424ppm U
      --   11m @ 803ppm U incl.     1m @ 3,345ppm U
      --   14m @ 511ppm U incl.     1m @ 3,035ppm U
      --   17m @ 504ppm U incl.     1m @ 4,102ppm U

-   Results unchanging with formerly reported test formula from the primary twenty-nine holes, that reported grades of up
    to 6,310ppm U

-   All test formula from apparatus training right away perceived and supposing to Coffey Mining for union in the
    primary JORC agreeable Mineral Resource estimate

International  uranium  association Forte Energy NL (ASX / AIM: FTE; "Forte Energy") is gratified to  inform  that  all  assay
results  have right away been perceived from the +5,500m apparatus training module at the 100% owned Bir En Nar Uranium Project,
located in the Republic of Mauritania, West Africa.

The  formula  have reliable the high-grade inlet of the uranium mineralisation at Bir En Nar, with  grades  of  up  to
5,424ppm U perceived in the last collection of twenty-five cavalcade holes. Grades of up to 6,310ppm U were finished in the primary twenty-nine drill
holes.

The apparatus training program, finished in Feb this year, comprised 50 holes of solid core training and additionally  an
additional  4  holes  of Reverse Circulation (RC) drilling, for a sum of 5,575m. This module  follows  an  initial
4,000m RC training debate carried out by the Company in Dec 2007.

These  last  containing alkali test formula have been supposing to eccentric consultants Coffey Mining for union  with
previous  formula to capacitate calculation of an primary JORC Code agreeable Mineral Resource guess for the Bir  En  Nar
project. Coffey Mining has finished rough work together with a site visit. The apparatus matter will be expelled as
soon as it has been completed.

To perspective Figure 1 - Forte Energy's scrutiny permits in Mauritania, greatfully open the following couple in a brand brand brand new window: 

http://media3.marketwire.com/docs/FTEFIG1.jpg

A outline of the test formula perceived from the last twenty-five holes is since in the list below:

    Drillhole        from           to    length m       U ppm                   from         to    length m        U ppm
    BNRD030             42          56          fourteen         511 together with           42         45           3        1,865
                                                               together with           43         44           1        3,035

    BNRD031             83          88           5         405 together with           86         87           1        1,493

    BNRD032             62          86          twenty-four       1,116 together with           63         73          10        2,545
                                                               together with           69         70           1        5,424

    BNRD033      No poignant assays

    BNRD034      No poignant assays

    BNRD035      Minor mineralisations

    BNRD036      Minor mineralisations

    BNRD037             fourteen          eighteen           4         543  together with          sixteen         seventeen           1        1,729
    BNRD037             70          72           2         512                                                           

    BNRD038      No poignant assays

    BNRD039             43          46           3       1,540  together with          44         45           1        2,054
    BNRD039             57          62           5         743  together with          58         61           3        1,179

    BNRD040             79          86           7       1,058  together with          79         81           2        2,544
    BNRD040            100         103           3         997  together with         101        102           1        2,646
    BNRD040            112         114           2       1,201  together with         112        113           1        2,225

    BNRD041      No poignant assays

    BNRD042             89         100          eleven         803  together with          95         96           1        3,345

    BNRD043      No poignant assays

    BNRD044            114         116           2         427                                                           

    BNRD045      Minor mineralisations

    BNRD046            109         114           5         750  together with         109        111           2        1,111

    BNRD047      Minor mineralisations

    BNRD048      Minor mineralisations

    BNRD049            104         121          seventeen         504  together with         109        116           7        1,116
                                                               together with          111        112           1        4,102

    BNRD050             78          83           5         694  together with          78         81           3          983

    BNR42               nineteen          twenty-three           4         352  together with          twenty         twenty-one           1          615

    BNR43        No poignant assays

    BNR44               34          37           3       1,027  together with          36         37           1        1,679

    BNR45        Minor mineralisations

The  Bir  En  Nar  awaiting embraces a 900 metre prolonged hot section averaging 50-70 metres in breadth that  follows  a
tectonic make up in a north-west to south-east direction. A not as big together section occurs a couple of hundred metres  to  the
south-west.

The  area  is  dominated  by  granites  of  opposite modes in an early  proterozoic  domain.  The  many appropriate  tools  of  the
mineralisation start in the closeness of a evil fine-medium grained granite.

The  mineralisation occurs on both sides of a North-West trending detonate zone. Orientated in-fill  core  training  has
given a improved bargain of the mineralisation where the many appropriate partial is stoical of 5-6 apart bodies inside of a  100m
wide steeply dipping zone. Two nearby plane faults somewhat equivalent the bodies by about 10 metres.

To perspective Figure 2 - Location of cavalcade holes and mineralisation and detonate zones in Bir En Nar, greatfully open the
following couple in a brand brand brand new window:

http://media3.marketwire.com/docs/FTEFIG2.jpg

Drilling Program

The  Bir En Nar apparatus training module comprised 50 holes of solid core training and additionally an one more 4  holes
of  Reverse Circulation (RC) training for a sum length of 5,575m. The holes were drilled to an normal length of 103m,
with  a  limit  of  179.6m for BNRD006, often on a South-westerly temperament at an desire of  60  degrees.  Further
details of the cavalcade holes have been contained in the following map and table:

To perspective Figure 3 - Location of cavalcade holes at Bir En Nar, greatfully open the following couple in a brand brand brand new window:

http://media3.marketwire.com/docs/FTE06213A.jpg

Table 2 - Details of Bir En Nar cavalcade holes for apparatus training campaign

       Hole-                    East                North       Bearing         desire                   Length
                                                               (degrees)           (degrees)                      (m)
    BNRD001                   360821              2661029           225                  50                     94.6
    BNRD002                   360846              2660996           225                  60                     80.8
    BNRD003                   360761              2661111           225                  60                     96.8
    BNRD004                   360792              2661142           225                  60                    110.3
    BNRD005                   360861              2661061           230                  60                    155.6
    BNRD006                   360886              2661036           220                  60                    179.6
    BNRD007                   360911              2661011           225                  60                    170.1
    BNRD008                   360871              2660971           222                  60                     82.3
    BNRD009                   360895              2660945           222                  60                     82.5
    BNRD010                   360920              2660920           230                  60                     79.9
    BNRD011                   360945              2660995           229                  59                     82.3
    BNRD012                   360927              2660977           228                  60                    160.9
    BNRD013                   360945              2660895           225                  60                     82.3
    BNRD014                   360797              2661047           220                  60                    111.1
    BNRD015                   360814              2661064           217                  60                    110.5
    BNRD016                   360977              2660927           223                  59                    150.0
    BNRD017                   360836              2661086           228                  60                    125.0
    BNRD018                   360995              2660945           225                  60                     95.0
    BNRD019                   360829              2661129           220                  60                    130.0
    BNRD020                   360970              2660870           209                  60                     82.6
    BNRD021                   360771              2661071           221                  59                     88.9
    BNRD022                   361019              2660919           225                  60                    145.6
    BNRD023                   360801              2661101           225                  57                     85.0
    BNRD024                   360774              2661174           225                  60                    140.2
    BNRD025                   361009              2660859           229                  60                    120.2
    BNRD026                   360717              2661117           220                  60                     90.6
    BNRD027                   360721              2661171           234                  60                     82.6
    BNRD028                   361030              2660880           214                  60                    142.0
    BNRD029                   360742              2661192           227                  60                    150.7
    BNRD030                   360822              2660672           231                  59                     70.6
    BNRD031                   360712              2661212           225                  60                    100.6
    BNRD032                   360666              2661166           223                  59                    100.6
    BNRD033                   360772              2660722           228                  60                     79.5
    BNRD034                   360872              2660622           222                  60                     82.5
    BNRD035                   361007              2660507           225                  59                     82.5
    BNRD036                   360613              2661213           227                  60                     91.6
    BNRD037                   360633              2661183           225                  58                     82.5
    BNRD038                   360675              2661125           226                  60                     70.6
    BNRD039                   360688              2661138           224                  59                     91.6
    BNRD040                   360864              2661014           224                  62                    121.6
    BNRD041                   360760              2660960           220                  59                    100.5
    BNRD042                   360850              2660700           224                  57                    120.5
    BNRD043                   361025              2660475           224                  60                     70.5
    BNRD044                   360809              2661159           208                  58                    154.9
    BNRD045                   360729              2661079           225                  60                     70.0
    BNRD046                   360682              2661182           233                  61                    127.5
    BNRD047                   360704              2661154           232                  61                    106.6
    BNRD048                   360650              2661200           224                  61                    112.6
    BNRD049                   360825              2660725           234                  60                    126.4
    BNRD050                   360871              2660671           228                  61                    121.4
    BNR42 (RC)                360826              2660861           225                  50                     49.0
    BNR43 (RC)                360806              2660840           225                  50                     55.0
    BNR44 (RC)                360867              2660817           225                  50                     49.0
    BNR45 (RC)                360815              2660813           225                  50                     29.0
    Total                                                                                                    5,575.1

Bir  En Nar is the many modernized of Forte Energy's uranium scrutiny projects in Mauritania and the Company is looking
forward to releasing a lass uranium apparatus guess for the project.

The  Company additionally anticipates releasing formula in Q3 from the not long ago finished 5,000m RC short-hole training  program
conducted over a series of anomalies inside of the northern Mauritanian permits.

Mark Reilly
Managing Director

For serve inform contact:

Mark Reilly, Managing Director
Forte Energy N.L.                                Tel: +44 (0) 203 300 0187

Alastair Stratton/Tim Graham
Matrix Corporate Capital LLP                     Tel: +44 (0) 203 206 7000

Conduit PR
Jos Simson/Emily Fenton                          Tel: +44 (0) 207 429 6603

Stuart Laing
RFC Corporate Finance Ltd                        Tel: +61 (0) 8 9480 2506
(AIM Nominated Adviser to the Company)

Note:

The  inform in this inform that relates to scrutiny formula in West Africa is formed on inform  gathered  by
Mr.  Bosse  Gustafsson,  who  is  a part of of the European Federation of Geologists a Recognised  Overseas  Professional
Organisation  ("ROPO"). Mr Bosse Gustafsson is a full time Technical Director of Forte Energy NL and is obliged  for
exploration activities in Mauritania and Guinea. Mr Gustafsson has enough experience, that is applicable to the style
of mineralisation and the sort of deposition underneath care and to the activity, that he is endeavour to validate as
a  Competent Person as tangible in the 2004 Edition of the 'Australian Code for Reporting of Exploration Results, Mineral
Resources  and  Ore  Reserve'. Mr Gustafsson consents to the inclusion in this inform of  the  counts  formed  on  their
information in the form and context in that it appears.

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