1
300000 E 350000 E 400000 E 450000 E 7550000 N 7500000 N 7450000 N 300000 E 350000 E 400000 E 450000 E 7550000 N 7500000 N 7450000 N TLOU ENERGY Botswana CBM Project - Technical Total Depth Metres of core cut Wireline Logging Stratigraphic Core Logging Drill Seam testing Acoustic Borehole Imaging Gas Description Gas Composition Proximate Relative Density Calorific Value Adsorption Isotherm Maceral Helium Pycnometry Sandstone Poro - Perm Vitrite Reflectance C1-2X 479.0 52.1 C4-2X 575.3 163.5 D3-3X 577.4 189.3 H3-1X 605.7 309.0 D2-1XR 530.7 200.7 B6-1X 479.8 175.2 C1-2X 575.3 163.5 G5-1X 692.4 234.9 A3-2X 556.3 126.6 A5-1X 265.4 45.8 C4-1XR 592.2 322.5 C4-3XRR 566.5 225.0 F1-1X 613.7 232.4 H3-2X 659.5 383.8 L2 635.0 +18 M1 393.0 +35 Botswana CBM Project Well Name Core-Hole Evaluation Wellsite Evaluation Specialist Laboratory Analysis Lower Morupule Seam Lower Morupule Depth to Top Coal Coal Thickness Sub-Surface Control Loose desert sands Late Triassic-Early Jurassic. Commonly referred to as ‘Basalt’ Main aquifer in the basin. Cleanest sandstone lies directly underneath the basalt and becomes more silty at depth. Mosolotsane Fm Ntane Fm Stormberg Basalt Kalahari Beds Thabald Fm The uppermost of the coal formations Serowe The middle of the three coal formations. The thickest and most laterally continuous. The main CBM coal target is at the very base of the Morupule Formattion. Morulpule Kamotaka The deepest of the three coal formations. Gross thickness can vary. Formation Description Ecca Group Tiapana Fm Mea Fm Cross-Section Selemo 4A Selemo 1AR Selemo 2A Selemo 1B Selemo 4P Selemo 1P Selemo 2P 2015 2020 2025 2030 2035 2040 2045 YEAR Gas Rate Water Rate Plan View of Selemo Wells A A’ Coal Depth Coal Thickness Coal gas contact Permeability (Selemo) Gas Composition (Selemo) average ~450m (~350 - 800m) ~5.5 - 7.2m ~6cc/g (daf) ~5 mD ~85% methane RG045-3 RG045-2 C4-1XR D3-3X C4-3XRR C1-2X C4-2X Selemo Lesidi Stratigraphy Modelled Tlou Gas Production Profile Over Time Aeromagnetic Map (Long Well Life) MONTAGE 2 www.tlouenergy.com MARCH 2017 SW NE 00 100 200 300 400 500 600 00 100 200 300 400 500 600 RG045-2 Well KG03 SELEMO LESEDI C1-2X SELEMO D3-3X RG045-3 RG045-2 RG017 LESEDI C4-1XR C4-2X C1-2X D3-3X RG045-3 RG045-2 C4-1XR C4-2X RG017 KG-03 KG-03 Tlou Energy Field Camp 0 10 20km N A A’ A A’ Seismic

Montage 2 - Jan17tlouenergy.com/wp-content/uploads/2017/03/Montage-2-Mar17-Technical.pdfDate: January 2016 ... Profile Over Time Aeromagnetic Map (Long Well Life) MONTAGE 2 MARCH 2017

  • Upload
    others

  • View
    0

  • Download
    0

Embed Size (px)

Citation preview

Page 1: Montage 2 - Jan17tlouenergy.com/wp-content/uploads/2017/03/Montage-2-Mar17-Technical.pdfDate: January 2016 ... Profile Over Time Aeromagnetic Map (Long Well Life) MONTAGE 2 MARCH 2017

300000 E 350000 E 400000 E 450000 E

7550

000

N75

0000

0 N

7450

000

N

300000 E 350000 E 400000 E 450000 E

7550

000

N75

0000

0 N

7450

000

N

TLOU ENERGYBotswana CBM Project - Technical

www.tlouenergy.comcontact 210 Alice Street, Brisbane QLD 4000, AustraliaTF

+61 (0) 7 3012 9793 +61 (0) 7 3003 0675

Ground Floor, Victoria House, 132 Independence AvenueGaborone, Botswana

+267 316 0857T

BRISBANE (HEAD OFFICE) GABORONE

Date: January 2016

Tota

l Dep

th

Met

res

of c

ore

cut

Wire

line

Logg

ing

Str

atig

raph

ic C

ore

Logg

ing

Dril

l Sea

m te

stin

g

Aco

ustic

Bor

ehol

e Im

agin

g

Gas

Des

crip

tion

Gas

Com

posi

tion

Pro

xim

ate

Rel

ativ

e D

ensi

ty

Cal

orifi

c Va

lue

Ads

orpt

ion

Isot

herm

Mac

eral

Hel

ium

Pyc

nom

etry

San

dsto

ne P

oro

- P

erm

Vitr

ite R

efle

ctan

ce

C1-2X 479.0 52.1

C4-2X 575.3 163.5

D3-3X 577.4 189.3

H3-1X 605.7 309.0

D2-1XR 530.7 200.7

B6-1X 479.8 175.2

C1-2X 575.3 163.5

G5-1X 692.4 234.9

A3-2X 556.3 126.6

A5-1X 265.4 45.8

C4-1XR 592.2 322.5

C4-3XRR 566.5 225.0

F1-1X 613.7 232.4

H3-2X 659.5 383.8

L2 635.0 +18

M1 393.0 +35

Bo

tsw

ana

CB

M P

roje

ct

Well Name

Core-Hole Evaluation

Wellsite Evaluation Specialist Laboratory Analysis

Lower Morupule Seam

Lower Morupule

Depth toTop Coal

CoalThickness

Sub-Surface Control

Loose desert sands

Late Triassic-Early Jurassic. Commonly referred to as ‘Basalt’

Main aquifer in the basin. Cleanest sandstone lies directly underneath the basalt and becomesmore silty at depth.

MosolotsaneFm

NtaneFm

StormbergBasalt

KalahariBeds

ThabaldFm

The uppermost of the coalformations

Se

row

e

The middle of the three coal formations. The thickest and most laterally continuous. The main CBM coal target is at the very base of theMorupule Formattion.M

oru

lpu

leK

am

ota

ka

The deepest of the three coal formations. Gross thickness can vary.

Formation Description

Ecca G

rou

p

Tia

pan

a F

mM

ea F

m

Cross-Section

Selemo 4A

Selemo 1AR

Selemo 2A

Selemo 1B

Selemo 4P

Selemo 1P

Selemo 2P

2015 2020 2025 2030 2035 2040 2045

YEAR

Gas Rate

Water Rate

Plan View of Selemo Wells

KEY INFORMATION - 31 December 2016

ASX Stock CodeShares on IssueCash in Bank

TOU237m$2.4m

AIM Stock Code TLOU

A A’Coal Depth

Coal Thickness

Coal gas contact

Permeability (Selemo)

Gas Composition (Selemo)

average ~450m (~350 - 800m)

~5.5 - 7.2m

~6cc/g (daf)

~5 mD

~85% methane

RG045-3 RG045-2 C4-1XR D3-3X C4-3XRR C1-2XC4-2XSelemo Lesidi

Stratigraphy

Modelled Tlou Gas ProductionProfile Over Time

Aeromagnetic Map

(Long Well Life)

MONTAGE 2www.tlouenergy.com MARCH 2017

SW NE00

100

200

300

400

500

600

00

100

200

300

400

500

600

RG045-2 WellKG03

SELEMO

LESEDIC1-2X

SELEMO

D3-3X

RG045-3

RG045-2

RG017

LESEDI

C4-1XR

C4-2X

C1-2X

D3-3X

RG045-3

RG045-2 C4-1XR

C4-2X

RG017

KG

-03

KG

-03

Tlou Energy Field Camp

0 10 20km

N

A

A’

A

A’

Seismic