E. Lithium explorations

Business Service Vanguard (PTY) LTD (BSV) has entered into a final Farm-in / Joint Venture Agreement with Zimbabwean company, Nakiso Holdings P/L (NH ZIM);
BSV has the right to acquire an initial 51% interest by completing $4,000,000 of exploration activities and $400,000 in cash payments within 42 months from the Effective Date;
BSV can earn an additional 14% interest (65%) by completing a GeoSet study compliant mineral resource estimate and PFS;
BSV can earn an additional 10% interest (75%) by funding the Project to the point of a final construction decision made by BSV & NH ZIM both companies will act as the field managers and in return, receive a management fee.

Our international team of the BSV company has done a lot of work to create a fundamentally a new approach in the development of solar-wind energy generator, namely, the creation of a series of wind turbines with a vertical axis rotation type "Tornado Towers".
This design is by far the most promising for creating generators of small and medium power - from 5 kW to 100 kW.

This is the most modern and perfect design that allows you to generate electricity as if low wind speeds (from 0.5 m/s to hurricane winds).
Wind turbines of small and medium power of this type are widely used in the United States.
The only drawback of this design is bulkiness.

Our task was to keep the principle of formation of tornado vortex flows and reduce height of the "Tornado Tower" and increase the efficiency of the wind turbine by combining two kinetic energies - wind energy and the energy of ascending air currents.

Preliminary calculations by changing the dimensions of the "Tornado Tower" and creating conditions for the occurrence
vortex inside the proposed design showed the possibility of changing the design of the wind turbine and reducing its size without losing power.
Samples that were made according to the proposed mathematical models showed the advantages of this way of obtaining energy both at minimum wind speeds and at maximum.

In the process of selection and research of materials for the manufacture of the main parts of this wind turbine unique composite materials were obtained using as one of the components two and three-layer graphene dispersions, which allows the use of this technology in other areas mechanical engineering, including the aircraft industry.

The Mashava 18B/19B Lithium Prospect is hosted in granites, which are medium grained to coarse grained porphyritic granite of the Chilimanzi Suite. The granite is expected to be leucocratic

composed of biotite, muscovite, hornblende, K-feldspar and quartz.

In places it is intruded by pegmatite sheets and dykes.

These granites typically produce dwalas, or whale-backed hills and in some case castle koppies. It is highlighted that the fine grained and the narrow pegmatites appear to represent the final phases

of crystallization of the Chililmanzi Granites and the pegmatites are concentrated with alkalies, including metals such as berlyllium, niobium and tantalum. No detailed mapping has been done on the area.