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Technical Report ON THE

PARACELSUS PROPERTY

Golden Mining Division

Castledale B.C.

GEOCHEMICAL

Center of Work 530250E 5648500N NAD 83 ZONE 11

NTS 082K098 BCGS 082K15E

Event Number

5675328

Author

Christopher Delorme

Owner

Christopher Delorme

Operator

Christopher/Guy Delorme

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Table of Contents

Page 1&2 Title Page and Summary

Page 3 Cover Page Page 4 Table of Contents

Page 5 Summary and Introduction/Location Access and Infrastructure

Page 6 Location Maps

Page 7 Physiography and Climate

Page 9 Property and Ownership

Page 10 Claim Map/History and Previous Work

Page 11 Regional/Property Geology

/Structure/Mineralization

Page 12 Geology Maps Historical

Page 14 Property Geology Map/Work Area Map

Page 15 Photos Work Program

Page 18 Photos Rock Samples

Page 19 Microscopic Photos 30X

Page 22 Historical Maps and Assay Sheets

Page 25 Assay Sheets

Page 28 Assay Location Map/Results/Conclusion and Recommendations

Page 29 Authors Qualifications/References

Page 30 Cost Statement

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1.0 Summary and Introduction

Guy Delorme conducted a geochemical program over the Paracelsus

Property between the dates of September 6th to September 8th 2017. The

program was successful in finding historical trenches but the Schaft was

not located during the trip. Numerous amounts of logging roads made it

difficult to find the location of the property at first but eventually the

trenches were located. The purpose of the program was to obtain similar

grades encountered by Cominco in 1984 which had great extents and

values. The samples were taken to SGS Laboratory of Burnaby where a

XRF Analysis was recommended to obtain the best possible results for

Zinc. A Garmin Etrek GPS model was used to locate the samples and each

sample was flagged with Bright Orange Flagging.

2.0 Location Access and Infrastructure

The Paracelsus property is located 450Km air miles from Vancouver

B.C. and roughly 45 kilometers air miles South from Golden B.C. To

access the property from Parson B.C. take the Parson River Crossing onto

Crestbrook RD a FSR. Continue on Crestbrook for 7km than turn left on

a sharp left turnaround, continue on this gravel road for another 9km until

there is a junction that gives the option to turn left or right on this road

turn right and continue on for 600 meters at this point there will be another

branch turn right and continue on for another 800 meters. Turn right onto

this road at GPS 530534E 5648786N, from here the property can be

accessed from numerous gravel roads. Rail and Power are within 5

Kilometers of the property in a straight line.

2.1 Location Map

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2.1 Location Map

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3.0 Physiography and Climate

The Paracelsus property’s elevations are from 1330mt from the Peak

of Lead Mountain down to an elevation of 1100 meters at the lowest

portion of the claim block. The area has second growth lodge pole pine,

Douglas fir and Bushes. No Lakes are in the vicinity of the claim block

but are close by for a potential water source for exploration. The Climate

is listed below from Golden B.C. yearly data.

Climate data for Golden Airport

Month Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Year

Record

high

humidex

6.7 8.4 19.6 25.5 34.2 35.9 38.5 38.4 32.0 22.4 11.2 5.4 38.5

Record

high °C

(°F)

8.3

(46.9)

12.2

(54)

20.2

(68.4)

28.9

(84)

35.6

(96.1)

37.2

(99)

40.0

(104)

37.8

(100)

33.9

(93)

25.6

(78.1)

17.2

(63)

10.0

(50)

40.0

(104)

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Average

high °C

(°F)

−4.3

(24.3)

−0.1

(31.8)

6.6

(43.9)

13.3

(55.9)

18.4

(65.1)

21.7

(71.1)

24.5

(76.1)

24.2

(75.6)

18.4

(65.1)

10.1

(50.2)

1.0

(33.8)

−4.8

(23.4)

10.7

(51.3)

Daily

mean °C

(°F)

−7.9

(17.8)

−5.0

(23)

0.8

(33.4)

6.5

(43.7)

11.3

(52.3)

14.9

(58.8)

17.3

(63.1)

16.7

(62.1)

11.5

(52.7)

5.0

(41)

−2.0

(28.4)

−7.8

(18)

5.1

(41.2)

Average

low °C (°F)

−11.5

(11.3)

−9.8

(14.4)

−5.0

(23)

−0.5

(31.1)

4.1

(39.4)

8.0

(46.4)

10.0

(50)

9.1

(48.4)

4.6

(40.3)

−0.2

(31.6)

−5.0

(23)

−10.9

(12.4)

−0.6

(30.9)

Record

low °C (°F)

−46.1

(−51)

−39.4

(−38.

9)

−31.7

(−25.

1)

−19.4

(−2.9)

−9.4

(15.1)

−6.7

(19.9)

−2.2

(28)

−2.8

(27)

−9.4

(15.1)

−18.3

(−0.9)

−32.8

(−27)

−43.9

(−47)

−46.1

(−51)

Record

low wind

chill

−42.3 −31.2 −28.1 −14.3 −5.5 0.0 0.0 0.0 −4.5 −15.0 −29.9 −38.0 −42.3

Average

precipitati

on mm

(inches)

45.9

(1.80

7)

24.1

(0.949

)

24.4

(0.961

)

24.4

(0.96

1)

34.5

(1.35

8)

49.7

(1.95

7)

50.6

(1.99

2)

45.3

(1.78

3)

38.0

(1.49

6)

34.9

(1.37

4)

51.1

(2.01

2)

43.9

(1.72

8)

466.8

(18.37

8)

Average

rainfall

mm

(inches)

6.4

(0.25

2)

5.5

(0.217

)

14.1

(0.555

)

21.9

(0.86

2)

33.3

(1.31

1)

49.7

(1.95

7)

50.6

(1.99

2)

45.3

(1.78

3)

38.0

(1.49

6)

32.3

(1.27

2)

21.6

(0.85)

6.4

(0.25

2)

325.2

(12.80

3)

Average

snowfall

cm

(inches)

45.3

(17.8

3)

20.7

(8.15)

12.1

(4.76)

2.5

(0.98)

1.1

(0.43)

0.0

(0)

0.0

(0)

0.0

(0)

0.0

(0)

2.8

(1.1)

31.8

(12.5

2)

42.5

(16.7

3)

158.7

(62.48)

Average

precipitati

on days (≥

0.2 mm)

14.6 9.1 9.8 10.6 12.5 15.4 13.7 13.2 10.6 12.1 13.9 13.5 148.8

Average

rainy days

(≥ 0.2 mm)

2.4 2.7 6.3 9.9 12.4 15.4 13.7 13.2 10.6 11.3 6.8 1.9 106.5

Average

snowy

days (≥ 0.2

cm)

13.5 7.1 4.8 1.5 0.2 0.0 0.0 0.0 0.0 1.3 8.2 12.8 49.5

Average

relative

humidity

(%)

81.2 70.7 53.6 38.8 38.6 42.4 42.0 44.2 50.0 60.0 80.4 82.2 57.0

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Mean

monthly

sunshine

hours

25.2 55.3 111.3 155.2 209.6 194.1 227.0 228.9 162.5 85.0 26.1 12.9 1,492.

9

Percent

possible

sunshine

9.7 19.6 30.3 37.4 43.5 39.2 45.5 50.7 42.7 25.6 9.7 5.2 29.9

Source: [6]

4.0 Property and Ownership

The three tenure Claim group is 100 percent held by Christopher

Delorme of Merritt B.C. FMC # 141575.

Owner Number Claim Name Area

Hectares

Good To

Date

Christopher

Delorme

100%

1048144 PARACELSUS 162.73 2020/JUN/20

Christopher

Delorme

100%

1048138 PARACELSUS 81.37 2020/JUN/20

Christopher

Delorme

100%

1048150 PARACELSUS 81.37 2020/JUN/20

Total 325.47

4.1 Claim Map

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5.0 History and Previous Work

The first documented exploration at Lead Mountain occurred in

1904, when ground was staked as the IXL and the Condor claims. In 1919,

lead and zinc mineralization was staked as the Rose and Daisy claims. At

that time, an adit, elevation 1289 metres, was driven into the top of the

mountain. In 1925, another adit, elevation 1259 metres, was driven. In

1926, approximately two tonnes of silver-lead ore were shipped from the

Daisy claim. In 1954, Giant Mascot Mines staked the ground and in 1956

drove a third adit, elevation 1198 metres, in which underground work and

diamond drilling was done. Underground drilling from the drifts totaled

610 metres. This work was undertaken jointly by Cominco Ltd. and Giant

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Mascot Mines. In 1966, the property comprised the Tony, Don and Ron

groups. During the year, Giant Mascot carried out 137 metres of diamond

drilling in three holes. When the claims lapsed in 1966, Cominco Ltd.

staked the property as the Mitten claim. Work by Cominco to 1984

included geological mapping, underground sampling and a soil

geochemistry programs. The property was staked as the Legacy claims by

A.G. Louie in 1993 and is operated by WWC Consulting Ltd.

6.0 Regional Geology

The Jubilee/Lead Mt. area is underlain by late Proterozoic to

Silurian sediments that are a structurally preserved remnant of a generally

shallow marine platform succession. These rocks were deposited east of

the Purcell Anticlinorium – a long lived structural high, and west of a

narrow intracratonic shale basin that developed in Mid-Cambrian to

Ordovician time.

7.0 Property Geology/Structure/Mineralization

The Geology units present at Lead Mt. are the Cranbrook Formation,

Lower Jubilee Formation and the McKay Formation.

Structure, the Cranbrook, possible Lower Jubilee and 4B lithology’s

(see map) exposed on the east and south sides of Lead Mt. are folded in

relatively tight folds. The dominant fold is a syncline which strikes north-

west just to the north of the 42+30 adit area (see adit Map). McKay Fm.

calcareous shales and limestones are juxtaposed against Lower Jubilee

and Unit 48 lithology’s and must be in fault contact. This fault cuts across

the saddle between two high points of Lead Mt. and strikes in a NNE

direction.

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Mineralization, at the top of Lead Mountain, primarily lead and zinc

mineralization occurs in dolomite in an oval shaped area 610 by 245

metres. The mineralization is distributed in a zone 150 to 200 metres long,

striking northwest and dipping 75 to 90 degrees southwest. Mineralized

outcrops occur at the top of the ridge at an elevation of 1326 metres and

on steep northeast cliffs between elevations of 1265 and 1295 metres.

Sulphide minerals are associated with barite and include galena,

sphalerite, pyrite and chalcopyrite. Mineralization is localized in breccia’s

and tension fractures at the axis of a syncline. The ore, consisting of an

intimate mixture of galena and sphalerite carries low silver values and can

occur as replacements and impregnations of the limestone in contact with

argillites. In places, the ore occurs in bunches and streaks and in others it

seems to be disseminated throughout the limestone. The mineralization

occurs primarily in the Jubilee Formation

7.1 Geology Maps Historical to accompany in scripts from 7.0

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7.2 Geology Map

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8.0 Work Area Map

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9.0 Photos Work Program

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10.0 Photos Rock Samples

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13.0 Microscopic Photos 30X

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Note all Microscopic Photos are taken from Rock Samples not assayed

in the program but are within several meters of the trenches and rocks

sampled.

14.0 Historical Maps/Assay Sheets ARIS 13290

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15.0 Assay Sheets

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SC$ Certificate of Analysis Work Order : VC173760

[Report File No.: 0000026028)

Date: November 17, 2017 P.O. No.: Ingenuity / 14 samples

Project No.: -To: Guy Delorme; Christopher Delorme

COD SGS MINERALS · GEOCHEM VANCOUVER INGENUITY EXPLORATION

Methods Summary

No. Of Samples 14 14 14 14 11 3

Method Code G_LOG02 G_WGH79 G_PRPB9 G_WSH7B GO_FAA303 GO_XRF77B

Samples: 14 Received: Oct 13, 2017

Pages: Page 1 to 2 (Inclusive of Cover Sheet)

Description t're-preparation proc;,:ssing, sorting, logging, boxing Weighing of samples and reporting of weights . . Weigh, dry,(up to3.0 kg) crush to 75% passing 2 mm, spht 250 g, pulvenze to Barren wash between each sample - pulverizing stage @Au, FAS, AAS, 30g-10ml(Final Mode) Pyrosulphate fusion, XRF Base Metal package (0.2g)

Storage: Pulp & Reject REJECT STORAGE PULP STORAGE

PAID STORE AFTER 30 DAYS PAID STORE AFTER 90 DAYS

Certified By : ~~ John Ch~ QC Chemist

SGS Minerals Services Geochemistry Vancouver conforms to the iequif9fflents of ISO/IEC 17025 for spec Hie tests as listed on their scope of 3cc.reditation which can be found at http :llwww..scc.ca/enlsearchlpalcan/sgs

Report Footer L. N. R. = l.Jsted not received n.a. = Not applicable

LS. = Insufficient Sample :;::: No result

.. INF = Composibon of this sample makes detection imposs;ble by this method

M after a result denotes ppb to ppm conversion, % denotes ppm to% conversion

Methods marked with an aste<isk (e.g. · NAAOBV) were subcontracted Elements marked with the @ symbol (e.g. @Cu) denote assays perfonned usmg accredited test methods

This document is issued by the Company under Its General Conditions ot Service accessible at http:h\vww sos cqmlenJTemis--and·Conditlons awx. Attention Is drawn to the lirnitatlon of liabiity, tndenv,ification and }Urlsdk:tion issues defined therein.

WARNING: The sampfe(s) to vt'hich the findings recorded herein (the ·Findings") relate was (were) drawn and I or provided by the Cfent or by a third party acting at the Oient's direction, The f inding~ constitute no wmranry of the sample's representativity of the goods and stridJy relate to the sampfe (s). The Company accepts no liability 'Mlh regard to the origin or source rrom Ymlch lfle sample(s) is/are said to be extracted. The findings report on the sa,nple.s pn)',li-ded by the dient Md are not intended for comme,d.ll or contractual setttemen1 purposes. Arr; unauthorized e,lteratlon, forgery or falsification of the content or eppearaooe of this dOa.Jment is unlawful and offenders may be prosec:uted to the f\Jllest extent of the law .

SGS Canada Inc. Minerals Suite E - 3260 Production Way Burnaby BC t(604) 638-2349 f(604) 444-5486 www.ca.sgs.com

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Attn-

S6$ Guy Delorme; Chnstopher Oelorrne

INGE UITY EXPLORATION

o OFORMA INVOICE

Item

Invoice No_ Date Work Worder No_ Order No

G_LOG02 Pre-preparation processing, sorting, logging, boxing G_PRP89 Weigh, dry(<J_O kg), crush to 75% passing 2mm, split 250g, p G_ WSH78 Barren wash between each sample - pulverizing stage GO_FAA303 Au, FAS. AAS. 30g GO_XRF77B Pyrosulphate fusion, XRF Base Metal (Zn)

'over-weight charges and over range analysis ere not included, and will be extra cost n required "Job will start upon receipt of prepayment for COD d1ents

Total S8!Vlces

Tax

Total CAD

SGS o:maoo rte..

lnformallonal 23-0ct-20'17 VC1737SO Ingenuity / 14 samples

Quandty Unit Price

14 0.60 '14 9.00 ·14 3 20 ·11 16.50 3 19.60

P~t 2

Amount

8-40 126_00 44 80

181_50 56_80

419.50

20.98

440.48

Mamoec QI 1M SGS GC<U) jf,QQ'.id Gentra» Q9 51!f\'AIL10@)

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16.0 Assay Location Map and Results

17.0 Conclusions and Recommendations

The 2017 program was successful in locating historical workings

and mineralization. The program’s rock samples however did not

encounter similar grades from previous samples. Detailed prospecting and

sampling is recommended for the program with an ICP analysis to

determine grades of other elements within different zones of

mineralization.

Sample GPS North GPS East Zinc % XRF Description Rock Samples

ZN1 5648510N 530214E 0.1 breccia/barite/limestone/mn,sphalertie/azurite/pyrite/Chalco

ZN2 5648483N 530314E 0.05 breccia/barite/limestone/mn,sphalerite/azurite/pyrite/Chalco

ZN3 5648470N 530245E 0.01 breccia/barite/limestone/mn,spahalerite/azurite/pyrite/Chalco

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18.0 Authors Qualifications

The author has spent over 20 years in the exploration industry. Work

related experience has been over the past 20 years or more, staking

mineral claims in the USA and Canada, conducting or working on the

crew of geophysics with methods of VLF, Magnetometer, Induced

Polarization and Self-Potential Survey’s. Conducted numerous soil

sampling surveys and also line cutting. I have also worked on over 15

different types of diamond drills, have experience in roadbuilding and

heavy equipment operation, completed reclamation requirements on

mineral properties, researching mineral properties, evaluating data,

prospecting and report writing and preparation as well as permitting and

first nation consultation. The Author has also worked on an operating

mine from weighing in the trucks of ore to final stages of shipping the ore.

19.0 References

Report by G.L Webber Geochemical Soil, 1976 Aris 6201

Report by G.L. Webber Geochemical 1981 , Aris 9359

Report by D. Rhodes Geochemical, Geological, Physical , 1984 , Aris

13290

Wikipedia

20.0 Cost Statement

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Report Maps 1500

Prospecting 1 Man x 3 Days Sept 6th to 8th $400 per day 1200

Lab ALS Two 1/2 days $200 per half day 400

Truck .50km 1850km 925

Assays Oct 13th/14th Drop off Return Merritt 97.2

Microscopic Photos 3 Photos $30 per sample 90

Food/Room and Board Sept 6th to 8th /13th14th October Lab 620.1

Supplies Gps/Flagging/Sample Bags Truck Repair 228.07

Total 5060.37