kroonstad exploration work programme - shango solutions · discussions with its geological...
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HHK House North Tel: +27 (0)11 411 1191 Block D Fax: +27 (0)86 661 9323 Cnr Ruth Cres. & Ethel Ave. Northcliff Ext. 12 Johannesburg
Email: [email protected] [email protected] Registration No: 2015/366114/07
Directors
N Warburton, T Pieters, S O’Shea, R Monageng, S Mngomezulu, S Lowe
Kroonstad Exploration Work Programme
28 February 2020
Kroonstad Exploration Work Programme
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Kroonstad Exploration Work Programme
28 February 2020
White Rivers Exploration
Tel. 079 881 9323
Mr. Stephen O Shea
Director
E-Mail: [email protected]
Mr. Theo Pieters
Director
E-Mail: [email protected]
Compiled on behalf of Western Allen Ridge Gold Mines:
Ms. Athena Govender
Principal Geologist
Shango Solutions
Tel. (011) 678 6504
E-mail: [email protected]
Reviewed by:
Dr. Jochen Schweitzer Ms Stefanie Weise
Principal Geologist Principal Geologist
Shango Solutions Shango Solutions
Tel. (011) 678 6504 Tel. (011) 678 6504
E-mail: [email protected] E-mail: [email protected]
Kroonstad Exploration Work Programme
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Contents
1 Introduction ............................................................................................................ 1
2 Particulars of the Applicant .................................................................................... 1
3 Description of Land or Area ................................................................................... 2
3.1 Copies of Title Deeds ............................................................................................. 3
4 Existing Rights or Permits ...................................................................................... 4
4.1 Period for which the Right is Required ................................................................... 4
5 Proof of Compliance with Terms and Conditions of the TCP .................................. 4
6 Exploration Work Programme Activities ................................................................. 6
6.1 A Description of the Exploration Method or Methods to be Implemented ............... 7
7 Estimated Expenditure ..........................................................................................11
8 Proof of Technical Ability ......................................................................................12
9 Statement of Technical Motivation ........................................................................12
10 Proof of Financial Ability .......................................................................................17
11 Conclusions ..........................................................................................................17
Appendix A: Company Documents .......................................................................................19
Appendix B: Land Description ..............................................................................................20
Appendix C: Property Details................................................................................................21
Appendix D: Technical Ability ...............................................................................................22
Appendix E: Financial Ability ................................................................................................23
Figures
Figure 1: Plan depicting the Kroonstad TCP area. ................................................................. 1
Figure 2: Regulation 2(2) plan of the application area. .......................................................... 2
Figure 3: Geological model of the area including the Kroonstad TCP ...................................12
Figure 4: Block model showing the pre-Karoo geological structure. ......................................13
Figure 5: A geological map showing the distribution of pre-Karoo formations. ......................14
Figure 6: The pre-Karoo geology of WRE’s Kroonstad TCP. ................................................15
Figure 7: Image illustrating the distribution of AGA boreholes...............................................16
Figure 8: Seismic lines (in blue and purple) across the Kroonstad TCP. ...............................17
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Tables
Table 1: List of farms and portions which form part of the exploration area. .......................... 3
Table 2: Prospecting Right held by Western Allen Ridge. ...................................................... 4
Table 3: TCP activities as indicated in the third quarter progress update. .............................. 4
Table 4: TCP reports submitted. ............................................................................................ 5
Table 5: Outline of work to be conducted............................................................................... 6
Table 6: Estimated expenditure. ...........................................................................................11
Kroonstad Exploration Work Programme
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1 Introduction
Western Allen Ridge Gold Mines (Pty) Ltd (Western Allen Ridge), a subsidiary of White
Rivers Exploration (WRE), has been granted a Technical Co-operation Permit (TCP) over a
target area 15 km east of Kroonstad in the Free State Province (Figure 1). The TCP was
granted on 9 May 2019 (PASA Reference No: 12/2/167 TCP). During the third quarter of the
TCP activities, Western Allen Ridge has chosen to apply for an exploration right over the
existing area.
Figure 1: Plan depicting the Kroonstad TCP area.
2 Particulars of the Applicant
Name of Company: Western Allen Ridge Gold Mines (Pty) Ltd (Referred to as Western
Allen Ridge)
Registration No: 2015/366114/07
Directors: Neil Warburton, Simangele Esther Annmaria Mngomezulu, Cornelius
Theodorus Pieters, Stephen Timothy O’Shea and Refilwe Tshepo
Monageng
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Physical Address: HHK House North Block D, Cnr Ruth Crescent and Ethel Ave,
Northcliff Ext 12, 2195
Postal Address: P.O. Box 2591, Cresta, 2118, South Africa
Telephone: +27 (0)11 431 1191
Cell: +27 (0)79 881 9323 / (0) 79 881 9321
Fax: +27 (0) 11 431 1193 / 086 661 9323
Email Address: [email protected]
See Appendix A for all legally required documentation as listed in the exploration right check
list.
3 Description of Land or Area
The application area comprises 33 605.29 hectares of land, located in the Free State
Province (Figure 2). Farms and portions included in the application area are tabulated in
Table 1. See Appendix B for full descriptions as per the Form M.
Figure 2: Regulation 2(2) plan of the application area.
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Table 1: List of farms and portions which form part of the exploration area.
3.1 Copies of Title Deeds
All property details and copies of title deeds are included in Appendix C. These details have
been obtained via the WinDeed website (https://www.windeed.co.za/). Some certified copies
of the title deeds could not be obtained as these were not available (indicated as not
scanned on the website) on the WinDeed website. A note has been made where these are
missing, although all property details have been compiled.
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4 Existing Rights or Permits
Western Allen Ridge holds one existing executed prospecting right with the Department of
Minerals Resources and Energy, as detailed in Table 2.
Table 2: Executed Prospecting Right held by Western Allen Ridge.
5 Period for which the Right is Required
The period for which the right is applied for is 3 Years.
6 Proof of Compliance with Terms and Conditions of the TCP
During the third quarter of the Kroonstad TCP, the board of Western Allen Ridge was in
discussions with its geological consultant, Shango, to apply for an exploration right over its
existing Kroonstad TCP. In the last TCP report update (20 January 2020), Phase 1 as
indicated in Table 3 was completed. Phases 2-5 was indicated to be put on hold and to be
incorporated into the activities list for the exploration work programme. Since then Phases 2-
5 have now formed part of the exploration activities for the exploration work programme.
Table 3: TCP activities as indicated in the third quarter progress update.
Company Right Name PR Number Location Region
Western Allen
Ridge
Ventersburg
Consolidated
(FS) 30/5/1/1/2/10489
PRVentersburg Welkom
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The applicant has submitted three TCP quarterly reports detailed in Table 4.
Table 4: TCP reports submitted.
A Technical Advisory Committee Meeting (TACM) is scheduled bi-annually at PASA’s offices
in Cape Town. A TACM was to be scheduled on 31st of January 2020. Due to Western Allen
Ridge’s decision to apply for an exploration right over the Kroonstad TCP, the board humbly
requested that the TACM meeting be scheduled on dates that will coincide with the
submission of the exploration right application.
Name of Report Reporting Period
Technical Cooperation Report for the First Quarter
Kroonstad TCP, PASA Reference No. 12-2-167May 2019 to July 2019
Technical Cooperation Report for the Second Quarter
Kroonstad TCP, PASA Reference No. 12-2-167August 2019 to October 2019
Technical Cooperation Report for the Third Quarter,
Kroonstad TCP, PASA Reference No. 12-2-167November 2019 to January 2020
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7 Exploration Work Programme Activities
Table 5 indicates the activities to be conducted over the three-year programme. Further detail on activities are supplied in Section 7.1.
Table 5: Outline of work to be conducted.
Phase Duration
Establish MS Access database for capture
Capture and QA/QC wells
Convert data from wells to GIS format
Analyse captured data via the GIS interface by plotting depth, gas shows,
gas value maps etc.
Finalise pre-Karoo topographic map 1.2 Utilise all captured data via cross sections to establish a pre-Karoo map
Import all data into geological model
Run various QA/QC protocols on data in 3D
Update stratigraphic layers with the new data
Create gas contour layer
Compare previous well locations to geological model and determine if wells
could intersect optimal gas exposures
Quotations for well drilling 2.1 1 weekContact companies for quotations on gas drilling and geophysical logging
and evaluate quotes for suitability
1 week Contact landowners in preparation for activities
1 week Establish site security and access
1 week Setup of drill rigs for drilling
Drill 2 wells
Well schematic, drilling and cementation plan and well control plan for
approval by PASA prior to commencing works. Drilling of 2 wells with casing
and cementation according to industry standards. Management of drill
programme
Evaluate drilled wells (logging and sampling)
Measure gas emitting from wells, log (includes downhole surveys,
geophysical logs (density, caliper, gamma ray, packer tests, neutron
porosity, optic and acoustic televiewer) and dip meter data), sample and
photograph core
Rehabilitation of well sites Rehabilitation of the well drill sites
Conduct lab analyses of gas samples 2.3 Analyses for CH4, He, H2, CO2, C2H6, C3H8,C4H10, N2, O2 and CO
Update 3D geological model based on information
from well intersections2 months Add drilling information to geological model
Analysis of data 1 month Construct GIS layers/maps for analysis of data
1 week Contact landowners in preparation for activities
2 week Establish site security and access
1 week Set up of drill rigs for drilling
Drill 2 wells
Well schematic, drilling and cementation plan and well control plan for
approval by PASA prior to commencing works. Drilling of 2 wells with casing
and cementation. Management of drill programme.
Evaluate drilled wells (logging and sampling)
Measure gas emitting from wells, log (includes downhole surveys,
geophysical logs (density, caliper, gamma ray, packer tests, neutron
porosity, optic and acoustic televiewer) and dip meter data), sample and
photograph core
Rehabilitation of well sites Rehabilitation of the well drill sites
Conduct lab analyses of gas samples 3.3 Analyses for CH4, He, H2, CO2, C2H6, C3H8,C4H10, N2, O2 and CO
Update 3D geological model based on information
from well intersectionsAdd drilling information to geological model
Interpretation and analysis of all data collectedHolistic view of all data collected and Construct GIS layers/maps for analysis
of data
Re-evaluation of exploration programme/Concept
study1 month Perform high-level economic feasibility investigation
3.2
3.4
Year Activity Planned Method
3
3 months
Time Frame
2
8 months
8 months
2 months
6 months
3 months
1.1
1.3
The continuation of successive phases will depend on the successful conclusion of the previous phase
Data capture of additional historical wells to
identify gas bearing horizons
Update GIS database
Update 3D geological model
Re-evaluate gas targets and refine exploration
strategy
1
Site establishment for drilling
Site establishment for drilling 3.1
1.4
2.2
2.4
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7.1 A Description of the Exploration Method or Methods to be Implemented
Phase 1.1: [Year One; Duration: 3 months]
Phase 1.1 includes the establishment of an MS Access database and capturing of additional
borehole information into the database. Borehole data will go through a QA/QC process
before incorporation into GIS format. GIS data will be analysed for various parameters
relating to gas.
Phase 1.2 and Phase 1.3: [Year One; Duration: 6 months]
2D and 3D geological modelling will be conducted during these phases. The 2D geological
modelling includes the contouring various gas parameters and establishing geological cross
sections over the area of interest. These cross sections will be utilised to update and refine
the 3D geological modelling. This includes revising stratigraphic layers and QA/QC of
information. These two phases will run concurrently.
Phase 1.4: [Year One; Duration: 3 months]
During Phase 4 gas contour plans will be constructed utilising the 3D geological model. The
exploration strategy will be refined based on the outcomes of the modelling and targets may
be redefined to intersect optimal gas exposures.
Phase 2.1: [Year Two; Duration: 1 week]
Exploration drilling is planned for year two of this exploration work programme under which
two gas wells are planned. During this phase, further comparable quotations for the entire
drilling process will be obtained and a vendor appointed.
Phase 2.2 and Phase 2.3: [Year Two; Duration: 8 months and 3 weeks]
Phases 2.2 and 2.3 will run concurrently, commencing with site establishment. This will
include contacting landowners for preparation of activities and access to the property (a
number of existing roads and farm tracks already traverse the proposed prospecting site,
and where practical, these roads will be utilised), accompanied by site security and set up of
drill rigs. It is unknown if there are any water boreholes situated on-site and if access and
supply will be granted by landowners. It is anticipated that water brought onto site will be
sourced from the Local Municipality. Water will be trucked from these sources to the
identified drill sites.
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A well schematic, drilling and cementation plan and well control plan will be established for
approval by PASA prior to any activities being undertaken for these phases.
Drilling will be conducted in a competent and environmentally responsible manner including
rehabilitation of the well sites to their original state. Environmental rehabilitation measures
will be included in the contract with the drilling company. Preceding well cementation the
designated agency will be informed to enable an authorised person to be present.
The drilling process will be managed in a competent manner and will involve the following
activities:
1) Call for drill tenders
2) Review the registration, incorporation, employment equity and BEE of the drilling
company
3) Confirm the good financial standing of the drilling company
4) Establishment of confidentiality agreements and management of conflicts of interest
that the drilling company may have
5) Review the drilling company’s approach to Mines, Health and Safety issues
6) Select drilling company
7) Award of the drilling contract
8) Construction of well schematics, drilling and cementation plans and well control plans
for established for approval by PASA.
9) Obtain permission to access the property
10) Forward special instructions to the drilling company regarding power, water,
environmental, safety and security
11) Finalise the initial well positions
12) Plan access roads, crew accommodation and site security
13) Environmental assessment of drill sites
14) Preparation of drilling sites
15) Establish water source for drilling
16) Plan health and safety issues and establish a safe working code specific to the area
17) Monitor and control the drilling process
18) Ensure secure core storage and sampling facilities
19) Set QA/QC sampling procedures in place samples
20) Undertake site rehabilitation and well capping and cementation procedures according
to law
21) Take pictures before and after rehabilitation
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22) Compile preliminary analysis report on the start date of the drilling programme
A strict QA/QC programme will be conducted by the internal Qualified Person
(QP)/Exploration Manager:
1) Quality of drilling programme
2) Survey of well collars
3) Sample management
4) Geophysical logging procedures
5) Chain of custody for transport of samples to laboratory
6) Applicable lab analysis method to be utilised for gas
7) Database management
Accompanying the drilling of the wells will be down hole surveys and geophysical logging
(density, caliper, gamma ray, neutron porosity and optical or acoustic televiewer logs).
Packer tests will be used to identify flow rate per depth interval. Samples will be taken and
sent for lab analyses of CH4, He, H2, CO2, C2H6, C3H8, C4H10, N2, O2 and CO.
Phase 2.4: [Year Two; Duration: 3 months]
All drilling information will be added to the 3D geological model to update information in this
model. Newly drilled data will be analysed for gas potential utilising all parameters collected
in the field.
Phase 3.1: [Year Three; Duration: 1 month]
Should the drilling programme prove to be successful in Year two, an additional two holes
will be considered for Year three. It is imperative to note that the drilling in Year three is
dependent on positive outcomes from the drilling in Year two. If outcomes are positive,
Landowner permissions, site preparation and security access will commence.
Phase 3.2 and Phase 3.3: [Year Three; Duration: 8 months]
Phases 3.2 and 3.3 encompass the drilling and the reader is referred to the detail above for
phases two and three in year two of the work programme.
Phase 3.4: [Year Three; Duration: 3 months]
The drilling data from the previous phases will be utilised to further update and refine the 3D
geological model. All data collected thus far will be analysed as a holistic view and plans will
Kroonstad Exploration Work Programme
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be constructed to further refine the gas parameter information collected. The programme will
be re-evaluated at this stage to confirm gas potential.
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8 Estimated Expenditure
Table 6: Estimated expenditure.
Phase Duration
Establish MS Access database for capture
Capture and QA/QC wells
Convert data from wells to GIS format
Analyse captured data via the GIS interface by plotting depth, gas shows,
gas value maps etc.
Finalise pre-Karoo topographic map 1.2 Utilise all captured data via cross sections to establish a pre-Karoo map
Import all data into geological model
Run various QA/QC protocols on data in 3D
Update stratigraphic layers with the new data
Create gas contour layer
Compare previous well locations to geological model and determine if wells
could intersect optimal gas exposures
900 000
Quotations for well drilling 2.1 1 weekContact companies for quotations on gas drilling and geophysical logging
and evaluate quotes for suitability15 000
1 week Contact landowners in preparation for activities 5 000
1 week Establish site security and access
1 week Setup of drill rigs for drilling
Drill 2 wells
Well schematic, drilling and cementation plan and well control plan for
approval by PASA prior to commencing works. Drilling of 2 wells with casing
and cementation according to industry standards. Management of drill
programme
Evaluate drilled wells (logging and sampling)
Measure gas emitting from wells, log (includes downhole surveys,
geophysical logs (density, caliper, gamma ray, packer tests, neutron
porosity, optic and acoustic televiewer) and dip meter data), sample and
photograph core
Rehabilitation of well sites Rehabilitation of the well drill sites
Conduct lab analyses of gas samples 2.3 Analyses for CH4, He, H2, CO2, C2H6, C3H8,C4H10, N2, O2 and CO 19 000
Update 3D geological model based on information
from well intersections2 months Add drilling information to geological model 66 000
Analysis of data 1 month Construct GIS layers/maps for analysis of data 32 000
11 473 714
1 week Contact landowners in preparation for activities 5 000
2 week Establish site security and access
1 week Set up of drill rigs for drilling
Drill 2 wells
Well schematic, drilling and cementation plan and well control plan for
approval by PASA prior to commencing works. Drilling of 2 wells with casing
and cementation. Management of drill programme.
Evaluate drilled wells (logging and sampling)
Measure gas emitting from wells, log (includes downhole surveys,
geophysical logs (density, caliper, gamma ray, packer tests, neutron
porosity, optic and acoustic televiewer) and dip meter data), sample and
photograph core
Rehabilitation of well sites Rehabilitation of the well drill sites
Conduct lab analyses of gas samples 3.3 Analyses for CH4, He, H2, CO2, C2H6, C3H8,C4H10, N2, O2 and CO 19 000
Update 3D geological model based on information
from well intersectionsAdd drilling information to geological model 66 000
Interpretation and analysis of all data collectedHolistic view of all data collected and construct GIS layers/maps for analysis
of data120 000
Re-evaluation of exploration programme/Concept
Study1 month Perform high-level economic feasibility investigation 65 000
11 611 714
23 985 428
Subtotal Year 3
Grand Total for 3 Years
The continuation of successive phases will depend on the successful conclusion of the previous phase
Subtotal Year 2
3
Site establishment for drilling 3.1
11 336 714
8 months
2 months
3.2
3.4
Subtotal Year 1
2
Site establishment for drilling
11 336 714
8 months
2.2
2.4
Year Activity PlannedTime Frame
Method Costing (ZAR)
1
Data capture of additional historical wells to
identify gas bearing horizons
3 months 500 000
Update GIS database
6 months
400 000
Update 3D geological model
Re-evaluate gas targets and refine exploration
strategy3 months
1.1
1.3
1.4
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9 Proof of Technical Ability
See Appendix D for letter and curriculum vitae of the company’s technical abilities.
10 Statement of Technical Motivation
Historically, the Kroonstad project area was explored for gold and gas by WRE. WRE held
both a prospecting right and a TCP over the project area. The desktop activities that were
carried out in the Kroonstad area indicated promising gold intersections in the Kimberley
Group of reefs. A few of the boreholes intersected gas as well and it was believed that gas
could form a useful co-product along with gold as it could provide a source of energy for the
mining operations in the area. WRE collected summary borehole logs for many of the
boreholes drilled in the area from the Council for Geoscience (CGS) and used these
boreholes to build a low resolution 3D geological model of the project area (Figure 3 and
Figure 4).
Figure 3: Geological model of the area including the Kroonstad TCP (outlined in red) and the Smaldeel Gasfield outlined in black. The scale is in meters.
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Figure 4: Block model showing the pre-Karoo geological structure of the Kroonstad TCP (outlined in red) and surroundings. The historic Smaldeel Gasfield is outlined in black; scale in metres.
Based on the outcomes of the geological model WRE were of the opinion that the Kroonstad
TCP area held considerable promise as a gasfield because the geological formations that
are present are very similar to those in the Evander Goldfield which has yielded large
quantities of gas since its discovery in 1955. In addition, the TCP area lies very close to the
helium-rich Smaldeel Gasfield (Figure 3 and Figure 4) which is characterised by:
a) pre-Karoo topographic highs
b) pre-Karoo rocks belonging to the West Rand Group
c) close proximity to a fault
d) close proximity to a prominent late – or post-Karoo dyke
Based on the findings from the geological model of the Kroonstad TCP preliminary gas
targets were delineated for future exploration (Figure 5).
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Figure 5: A geological map showing the distribution of pre-Karoo formations in and around the Kroonstad TCP. Recommended gas targets are outlined in purple; scale in metres.
Subsequently, WRE also undertook a provisional evaluation of the Kroonstad prospecting
right project area as a gold exploration target and the results were extremely promising. The
geological analysis also indicated that the area to the south of the boundary in Figure 1 was
also of interest from the point of view of gold exploration and accordingly modified the
boundaries of its gold prospecting area (Figure 6).
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Figure 6: The pre-Karoo geology of WRE’s Kroonstad TCP (in red) and the newly extended gold prospecting right (in black).
Based on the results of the desktop studies WRE approached AngloGold Ashanti (AGA) who
had conducted a significant amount of drilling in the area and obtained detailed borehole
logs and seismic information. The purpose for acquiring this data is to improve the resolution
of the geological model for the purpose of gas exploration.
The borehole logs provided by AGA were copied and provisionally assessed in preparation
for capture into a searchable electronic database. These records contained detailed
geological information and also include the drilling logs in which records of gas intersections
are detailed. A map showing the distribution of these boreholes as well as the tenement
boundaries are shown in Figure 7. The locations of the seismic lines relative to the
Kroonstad prospecting right and TCP are detailed in Figure 8.
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Figure 7: Image illustrating the distribution of AGA boreholes over Western Allen Ridge’s Kroonstad TCP (outlined in red) and WRE's gold prospecting right (outlined in black).
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Figure 8: Seismic lines (in blue and purple) across the Kroonstad TCP (outlined in red) and WRE's gold prospecting right (outlined in black).
The seismic data acquired from AGA was sent to HiSeis in Perth where it was reprocessed.
One of the seismic lines (DE-82) covers the full length of the TCP area (Figure 8).
11 Proof of Financial Ability
All relevant financial statements are provided in Appendix E.
12 Conclusions
Western Allen Ridge Gold Mines (Pty) Ltd (Western Allen Ridge), a subsidiary of White
Rivers Exploration (WRE), has been granted a Technical Co-operation Permit (TCP) over a
target area 15 km east of Kroonstad in the Free State Province. Historically, the Kroonstad
project area was explored for gold and gas by WRE. WRE held both a prospecting right and
a TCP (PASA Reference No: 12/2/167 TCP) over the project area.
Previous desktop activities that were carried out by Shango Solutions (Shango) in the
Kroonstad area indicated promising gold intersections in the Kimberley group of reefs. A few
Kroonstad Exploration Work Programme
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of the boreholes intersected gas as well and it was proposed that gas could form a useful co-
product along with gold as it could provide a source of energy for the mining operations in
the area. Summary borehole logs were acquired from the CGS from which a low-resolution
3D geological model of the project area was developed. The outcomes of the desktop
activities and the preliminary geological model provided positive indications that the
Kroonstad TCP is prospective. Based on the findings from the geological model of the
Kroonstad TCP preliminary gas targets were delineated for future exploration (Figure 5).
Based on the results of the desktop studies WRE approached AngloGold Ashanti (AGA) who
had conducted a significant amount of drilling in the area and obtained detailed borehole
logs and seismic information. The purpose for acquiring this data is to improve the resolution
of the geological model for the purpose of gold and gas exploration. The seismic lines have
been re-processed. The borehole logs have been scanned and have been prepared for
capturing. WRE are currently reviewing a proposal to capture the data from which the
geological model and the previously delineated target areas will be re-evaluated on behalf of
Western Allen Ridge (Figure 7).
During the third quarter the board of Western Allen Ridge was in discussions with its
geological consultant, Shango, to apply for an exploration right over its existing Kroonstad
TCP. A cost and time estimate have been submitted to Western Allen Ridge for an
exploration right application. To date, the desktop study activities that have been conducted
thus far have been successfully executed according to the budgetary framework submitted
to PASA (Table 3) for Phase 1. Phases 2-5 have been incorporated into the exploration work
programme.
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Appendix A: Company Documents
Kroonstad Exploration Work Programme
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Appendix B: Land Description
Kroonstad Exploration Work Programme
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Appendix C: Property Details
Kroonstad Exploration Work Programme
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Appendix D: Technical Ability
Kroonstad Exploration Work Programme
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Appendix E: Financial Ability