Lindian Resources Limited announced the receipt further assays from the Phase 1 drilling program at the Kangankunde Rare Earths Project in Malawi. The assays reported are for reverse circulation (RC) drill holes. All holes again have intersections of non-radioactive material with excellent grade for their entire lengths (surface to end-of-hole) and with a significant percentages of critical Rare Earths metal elements of NdPr.

The Company also confirms that metallurgical test work is underway in South Africa and will begin in Australia very shortly with the arrival of a 1 tonne sample which has now cleared Australian Customs and is undergoing sterilization in Brisbane prior to dispatch to the testing facility in Perth. DRILL ASSAY RESULTS: Assay results have been received for a further three (3) reverse circulation (RC) holes KGKRC0012, KGKRC0013, and KGKRC014 from the Phase 1 drilling program on the Kangankunde Rare Earths Project. table 1 lists the significant intersections for holes KGKRC12, KGKRC13 and KGKRC014 reported in this announcement.

These holes were designed to evaluate two areas: KGKRC12 and KGKRC014 are part of a radial pattern of holes testing the central northern area of the carbonatite complex. KGKRC012 drilled north (360o) at a dip angle of -45o on section with the previously reported KGKRC0081 (272 metres from surface averaging 2.06% TREO) intersected carbonatite and mixed carbonatite/gneiss breccia zones over its entire length assaying 210 metres at 1.92% TREO including significant intersections of 47 metres at 3.23% TREO from 134 metres and 13 metres at 3.28% TREO from 194 metres. East facing cross section showing KGKRC012 in relation to the previously reported holes KGKRC006 and KGKRC008 on this section.

None of these holes has intersected the northern boundary of the central carbonatite and holes KGKRC008 and KGKRC012 will be extended by core drilling and planned to test the boundary of the carbonatite. KGKRC014 designed to be drilled east (090o) at a dip angle of -45o intersected carbonatite and mixed carbonatite/gneiss breccia from surface to 183 metres followed by 16 metres of a mafic rock interpreted to be a dyke barren of rare earths. From 199 metres to 209 metres (EOH) the drillhole intersected mineralised mixed carbonatite/gneiss breccia.

The hole will be continued with core drilling. North facing cross section 8327100mN showing KGKRC014 in relation to previously reported holes KGKRC002, KGKRC003 and KGKRC006, and KGKRC025 which is awaiting assay results. This section also shows the planned depth extension drill hole to be drilled on completion of the Phase 1 definition drilling.

None of these holes has intersected the eastern or western boundary of the central carbonatite and all except the vertical hole KGKRC006 will be extended by core drilling. KGKRC013 is drilled in the central Kangankunde carbonatite area. The hole is oriented due east (090) at a dip angle of -60o.

The hole intersected carbonatite and mixed carbonatite breccia from surface to 162 metres (EOH) for its entire length. No sample was recovered between 62 metres to 73 metres due to broken ground. The hole finished in mineralisation and will be extended with core drilling.

Neodymium and Praseodymium Ratio: The mineralisation is dominated by light rare earths cerium (Ce), lanthanum (La), neodymium (Nd) and praseodymium (Pr). The total of Nd+Pr content in oxide form constitutes on average 21% of the TREO in all holes reported in this release.