Portugal
Portugal
 has many rich in Li-rich mineral occurrences that are mainly associated
 with aplite-pegmatite dykes and sills intruded in granitic and 
metasedimentary rocks of the Central Iberian and Galicia – 
Trás-os-Montes geotectonic zones. Some of those occurrences have a 
higher economic potencial value, as is the case of the Gonçalo region in
 the Guarda district and the Barroso -Alvão region near Boticas in the 
Vila Real district. Geological studies carried out by the Geological and
 Mining Institute of Portugal (IGM) showed this areas as attractive 
targets for Li-rices of the Ih raw material for the ceramic and glass industriberian market or even for Li-rich standard ore concentrates.
 Grupo Mota
 currently operates numerous mines and quarries in Portugal including 
the Alvarrões Lepidolite Mine, from which it produces approximately 
20,000 tonnes per annum of lithium minerals, predominantly lepidolite. 
 This material is then concentrated using optical sorting to a product 
grading approximately 2.5% Li2O, which is mainly for use in the ceramics industry. 
Lepidico (ASX:LPD) is
 a lithium company with global interests that is focused on delivering 
the best possible returns to investors through exploration, development 
and operation of lithium assets, particularly those containing 
lithium-rich mica minerals. The Company’s shares are traded on the 
Australian Securities Exchange (ASX) and also in Germany on the 
Frankfurt, Hamburg, Munich, Stuttgart, Xetra and Tradegate stock 
exchanges. Lepidico is the 100% owner and developer of the L-Max® 
technology, a proprietary process which has the potential to 
commercially extract lithium and other valuable by-products from 
unconventional sources. In a relatively short period of time, Lepidico 
has established a global footprint in lithium via wholly owned projects 
and joint ventures in Australia, Canada and Portugal.
 The PEG 9 lepidolite prospect contains a number of outcropping 
pegmatites rich in lepidolite and Li-muscovite. The prospect is located 
within the Pioneer Dome project owned by Pioneer Resources Limited 
(ASX:PIO) near Norseman in Western Australia. Grupo Mota currently 
operates numerous mines and quarries in Portugal including the Alvarrões
 Lepidolite Mine, from which it produces approximately 20,000 tonnes per
 annum of lithium minerals, predominantly lepidolite.  This material is 
then concentrated using optical sorting to a product grading 
approximately 2.5% Li2O,
 which is mainly for use in the ceramics industry. Separation Rapids is a
 large LCT-type complex pegmatite owned by Avalon Advanced Materials 
Inc. (TSX: AVL and OTCQX: AVLNF) and situated in SW Ontario, Canada. 
Separation Rapids contains a NI 43-101 compliant petalite resource, but 
also contains very large, as yet unquantified, amounts of lepidolite. As
 announced on 6 February 2017, Lepidico entered into a Letter of Intent 
(LOI) with Avalon for an integrated lepidolite mining and lithium 
carbonate production partnership based on Separation Rapids. The Lemare 
Property is located in the James Bay region of Quebec, which is home to 
numerous large lithium deposits.  Lemare comprises one block totaling 
158 claims covering an area of 7,806.82 hectares and has a lateral 
extent of over 20 kilometers in a southwest-northeast direction. 
Lepidico has a farm-in agreement with Critical Elements. The Euriowie 
project consists of 49km2
 of tenements located 60km north of Broken Hill, New South Wales and is 
located close to key infrastructure. Within the tenements, there are 
three historical mine workings in amblygonite-rich pegmatites. 
Amblygonite is a lithium-phosphate mineral that has a high lithium 
content of up to 10% Li2O.
 In September 2016, The Royal project is located 30km north of Val d’Or 
in Quebec, Canada and comprises 5 contiguous claims, approximately 286 
hectares in area. The claims are prospective for lepidolite and are 
situated only 4km from the Quebec Lithium Mine. The Royal project is 
part of an unincorporated joint venture with St-Georges Platinum and 
Base Metals (CSE:SX) (“St-Georges”).  The joint venture has an option to
 acquire 100% of the project based on a combination of exploration 
expenditure and milestone payments, all of which St-Georges is liable 
for. Platypus will retain a 10% free carried interest through to a final
 investment decision in the joint venture.  In addition, Platypus will 
have an option to increase its interest in the joint venture to 50% by 
paying St-Georges a multiple of its incurred expenditure to date at the 
time it decides to increase its interest. Third Element Metals Pty Ltd 
(“TEM”) was established in 2016 as a 50:50 joint venture through which 
Lepidico (ASX : LPD) and Crusader Resources (ASX : CAS) would 
investigate opportunities in Brazil, and later in Portugal, to leverage 
Lepidico’s proprietary L-Max® process technology.  As part of those 
activities, TEM lodged an application for an exploration licence 
(“Gaia”) in the Guarda area contiguous with the Alvarrões property.
Novo Lítio Ltd  (Dakota Minerals) (ORODA:AU) is
 an Australian ASX and Frankfurt-listed Company which aims to become a 
sustainable European lithium carbonate/lithium hydroxide supplier, from 
its Northern Portugal operations.
 The Company has a significant cash position from the sale of its 
Australian lithium discovery, and is fully funded to the completion of 
its Definitive Feasibility Study at the Sepeda Lithium Project, Barroso-Alvão district, Northern Portugal. Sepeda has a maiden Mineral Resource of 10.3Mt @ 1.0% Li2O.
 The Company aims to be producing technical grade concentrate by 
early-2019, which will help to fund lithium carbonate/lithium hydroxide 
plant construction, with first production of lithium carbonate planned 
for early 2020. The company also holds exploration leases in areas prospective for lithium (spodumene) in Sweden, covering 126km2.  The Spodumenberget (Spodumeuntain)  contains multiple historical   records of spodumene samples from pegmatite outcrops grading >1% Li2O.
Savannah Resources plc (AIM: SAV), the AIM quoted resource development company, announced in December 2016 that all results had been received from reconnaissance rockchip sampling over its new lithium projects in Finland, Somero and Erajarvi. Somero covers an area of 60.5km² just north of the township of Somero, one of the more prospective parts of the Somero-Tammela rare earth pegmatite belts, which cover an area of about 400km². The Somero reservation application area comprises at least 56 complex pegmatites enriched in lithium, niobium and tantalum. The pegmatites contain lithium silicates and phosphates including spodumene, lepidolite, petalite and lithium rich micas. This application occurs just to the south of TSX listed Nortec Minerals Kietyonmaki and Hirvikalio lithium deposits and covers a series of pegmatites reaching up to 1.2km in length and 50m wide. Eräjärvi 2O) at the Somero Project, and at the Torkkamaki Prospect mineralisation traced over 150m along strike and remaining open. At the Erajarvi Project, prospective pegmatites with assays of up to 1.56% Li2O and at the Viitaniemi Prospect mineralisation traced for over 350m before it was covered by glacial till. Savannah has entered into an agreement to acquire a 75% interest in the highly strategic Mina do Barroso prospect in northern Portugal. With an approved Mining Plan, Environmental Impact Assessment and a 30-year mining concession/Mining Licence, the Company is focussed on defining a JORC resource so that a development decision can be made by the end of 2018. Work has included reconnaissance geological mapping, trenching, drilling and preliminary metallurgical test work with best results including: Due diligence rock chip sampling identifying desirable spodumene pegmatites >70m wide with Li2O grades > 3.12%, continuous rock chipping returning broad zones of lithium mineralisation including 30m at 1.18% Li2O, 30m at 1.35% Li2O and 35m at 1.67% Li2O, high-grade drill results which commence from at or near surface including 32m at 1.16% Li2O from 20m, 12m at 1.6% Li2O from 1m and 16m at 1.35% Li2O from surface.
 


