Lakeland Resources Inc. (TSXv: LK) (FSE: 6LL) advisor and nuclear and uranium market specialist Tom Drolet recently gave presentations to high net worth and institutional investor groups in Geneva and Zurich, Switzerland on behalf of the Company. His presentation titled “Nuclear Power, Uranium Supply and Demand Issues” highlights the macro condition and trends for the global uranium and nuclear energy sectors. The presentation slide deck will also be available on the lakelandresources.com website.
School project on sustainable development for the bilingual section of Technology at the IES Praia Barraña school in Boiro, Galicia, Spain. March, 2016.
Nuclear power plant,elements of NPP, types of nuclear reactor (PWR, BWR, CANDU, GCR, LMCR, OMCR, fast breeder, fusion), material for nuclear fuel, cladding, coolants, control rod and shielding, nuclear waste disposal, environmental impacts of NPP
School project on sustainable development for the bilingual section of Technology at the IES Praia Barraña school in Boiro, Galicia, Spain. March, 2016.
Nuclear power plant,elements of NPP, types of nuclear reactor (PWR, BWR, CANDU, GCR, LMCR, OMCR, fast breeder, fusion), material for nuclear fuel, cladding, coolants, control rod and shielding, nuclear waste disposal, environmental impacts of NPP
I am Md. Tanzid Hossain Shawon M.Sc. in NSE (Nuclear Science and Engineering) student at Military Institute of Science and Technology (MIST), Dhaka, Bangladesh.
Bangladesh is going to build nuclear power plant at Rooppur.
This slide is mainly talk over the importance of nuclear power plant in Bangladesh.
Wind turbines, like aircraft propeller blades, turn in the moving air and power an electric generator that supplies an electric current. Simply stated, a wind turbine is the opposite of a fan. Instead of using electricity to make wind, like a fan, wind turbines use wind to make electricity. The wind turns the blades, which spin a shaft, which connects to a generator and makes electricity.
Wind Turbine Types
Modern wind turbines fall into two basic groups; the horizontal-axis variety, like the traditional farm windmills used for pumping water, and the vertical-axis design, like the eggbeater-style Darrieus model, named after its French inventor. Most large modern wind turbines are horizontal-axis turbines.
Turbine Components
Horizontal turbine components include:
blade or rotor, which converts the energy in the wind to rotational shaft energy;
a drive train, usually including a gearbox and a generator;
a tower that supports the rotor and drive train; and
other equipment, including controls, electrical cables, ground support equipment, and interconnection equipment.
Power generation from wind has emerged as one of the most rapidly growing renewable energy technologies. The estimated power generation capacity in India through wind is about 45,000 MW. The installed capacity is about 1,870 MW, which is about 4% of the total estimated potential.
Globally, wind generation capacity has increased by 27% in the year 2002 and is expected to expand 15 – fold in the next 20 years. Wind energy technologies have matured and large capacity wind turbines in the range of 1.25 to 1.65 MW are now being manufactured in India. The productivity of larger capacity machines is higher than that of smaller machines. Minimum wind velocity required for power generation is about 2.5 m/s and the maximum could be 30 m/s.
Energy generation for 1 MW turbine could be about 28 to 30 lakhs units per year, with a plant load factor of 25 to 30% Among the different renewable energy sources, wind energy is currently making a significant contribution to the installed capacity of power generation, and is emerging as a competitive option. The programme covers research and development, survey and assessment of wind resources, implementation of demonstration and private sector projects and promotional policies. As a result, India, with an installed capacity of about 3000 MW, ranks fifth in the world after Germany, USA, Spain and Denmark in wind power generation.
Small wind energy systems, namely water pumping windmills, aero generators and wind-solar hybrid systems can also be used for harnessing wind power potential, in addition to the large capacity wind turbines. These systems have been found to be very useful for meeting water pumping and small power requirements in decentralised mode in rural and remote windy areas of the country, which are un-electrified or have intermittent electric supply.
Rick Van Nieuwenhuyse (President & CEO) presented at the NovaGold SGM re: NovaCopper spin-out. Over 99% of the votes cast were in favour of the spin-out.
Nuclear energy scenario in India is a hot debate topic in India.Since 1947, India was banned to participate in nuclear market. With Indo-US treaty India achieved energy independence.India has 25% of total thorium resource in the world.
Lakeland Resources Inc. (TSXv: LK) provides an exploration update for its Phase 1 drill program at the Gibbons Creek / Star Properties in the Athabasca Basin in northern Saskatchewan.
Lakeland Resources Inc. (TSXv: LK) announces the completion of its Phase 1 drilling program at the Gibbons Creek/ Star Property, Athabasca Basin region in Northern Saskatchewan. Phase 1 consisted of a total of 2,550 metres, totaling 14 holes at the Gibbons Creek – Star Property(s). In total, four drill holes encountered...
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Similar to Nuclear Power, Uranium Supply and Demand Issues - by Lakeland Resources Inc. Advisor Tom Drolet
I am Md. Tanzid Hossain Shawon M.Sc. in NSE (Nuclear Science and Engineering) student at Military Institute of Science and Technology (MIST), Dhaka, Bangladesh.
Bangladesh is going to build nuclear power plant at Rooppur.
This slide is mainly talk over the importance of nuclear power plant in Bangladesh.
Wind turbines, like aircraft propeller blades, turn in the moving air and power an electric generator that supplies an electric current. Simply stated, a wind turbine is the opposite of a fan. Instead of using electricity to make wind, like a fan, wind turbines use wind to make electricity. The wind turns the blades, which spin a shaft, which connects to a generator and makes electricity.
Wind Turbine Types
Modern wind turbines fall into two basic groups; the horizontal-axis variety, like the traditional farm windmills used for pumping water, and the vertical-axis design, like the eggbeater-style Darrieus model, named after its French inventor. Most large modern wind turbines are horizontal-axis turbines.
Turbine Components
Horizontal turbine components include:
blade or rotor, which converts the energy in the wind to rotational shaft energy;
a drive train, usually including a gearbox and a generator;
a tower that supports the rotor and drive train; and
other equipment, including controls, electrical cables, ground support equipment, and interconnection equipment.
Power generation from wind has emerged as one of the most rapidly growing renewable energy technologies. The estimated power generation capacity in India through wind is about 45,000 MW. The installed capacity is about 1,870 MW, which is about 4% of the total estimated potential.
Globally, wind generation capacity has increased by 27% in the year 2002 and is expected to expand 15 – fold in the next 20 years. Wind energy technologies have matured and large capacity wind turbines in the range of 1.25 to 1.65 MW are now being manufactured in India. The productivity of larger capacity machines is higher than that of smaller machines. Minimum wind velocity required for power generation is about 2.5 m/s and the maximum could be 30 m/s.
Energy generation for 1 MW turbine could be about 28 to 30 lakhs units per year, with a plant load factor of 25 to 30% Among the different renewable energy sources, wind energy is currently making a significant contribution to the installed capacity of power generation, and is emerging as a competitive option. The programme covers research and development, survey and assessment of wind resources, implementation of demonstration and private sector projects and promotional policies. As a result, India, with an installed capacity of about 3000 MW, ranks fifth in the world after Germany, USA, Spain and Denmark in wind power generation.
Small wind energy systems, namely water pumping windmills, aero generators and wind-solar hybrid systems can also be used for harnessing wind power potential, in addition to the large capacity wind turbines. These systems have been found to be very useful for meeting water pumping and small power requirements in decentralised mode in rural and remote windy areas of the country, which are un-electrified or have intermittent electric supply.
Rick Van Nieuwenhuyse (President & CEO) presented at the NovaGold SGM re: NovaCopper spin-out. Over 99% of the votes cast were in favour of the spin-out.
Nuclear energy scenario in India is a hot debate topic in India.Since 1947, India was banned to participate in nuclear market. With Indo-US treaty India achieved energy independence.India has 25% of total thorium resource in the world.
Lakeland Resources Inc. (TSXv: LK) provides an exploration update for its Phase 1 drill program at the Gibbons Creek / Star Properties in the Athabasca Basin in northern Saskatchewan.
Lakeland Resources Inc. (TSXv: LK) announces the completion of its Phase 1 drilling program at the Gibbons Creek/ Star Property, Athabasca Basin region in Northern Saskatchewan. Phase 1 consisted of a total of 2,550 metres, totaling 14 holes at the Gibbons Creek – Star Property(s). In total, four drill holes encountered...
Lakeland Resources Inc. (TSXv: LK) announces that drilling has begun at its Star/Gibbons Creek properties along the northern edge of the Athabasca Basin in northern Saskatchewan.
Lakeland Resources Inc. (TSXv: LK) has entered into an option agreement with Takara Resources whereby Takara can acquire a 50 interest in the Fond du Lac Property located in the northern Athabasca Basin region of Saskatchewan.
Lakeland Resources Inc. (TSXv: LK) announces that it has closed a non-brokered private placement for total gross proceeds of $414.690. This amount is in addition to the $1.8 million that closed on December 8, 2014.
Lakeland Resources Inc. announces that is has arranged a $1.8 million private placement financing. The proceeds will be used by the company to develop its uranium exploration projects in the Athabasca Basin.
Lakeland Resources Inc. announces that it has completed a summer work program at its wholly owned Lazy Edward Bay Property, located about 65km due west of Kay Lake Uranium mine, along the southern margin of the Athabasca Basin.
Lakeland Resources Inc. (TSXv: LK) announces that results of the exploration work completed at the Star Property, Athabasca Basin. The work has confirmed the presence of significant gold and PGE mineralization and is suggestive of the presence of uranium nearby.
Uranium explorer Lakeland Resources Inc. (TSXv: LK) updates the exploration activities at its Star Property in the northern Athabasca Basin, Saskatchewan.
April 24, 2014 – Lakeland Resources Inc. (TSXv: LK) (FSE: 6LL) (the “Company” or “Lakeland”) is pleased to announce that it has entered into a purchase agreement to acquire 100% of three additional claims adjacent to its Lazy Edward Bay Uranium Property in the southern Athabasca Basin region, Saskatchewan. The three isolated claims, collectively known as the “Arbour Property” total 4,475 hectares.
Highlights:
• 5 new properties totaling 52,255 hectares staked.
• Lakeland’s project portfolio now totals 16 projects (~157,000 hectares); making it one of the largest of the exploration companies in the Athabasca Basin.
• Technical team focused on properties and acquisitions where target depth of uranium mineralization is expected to be shallow, and a significant amount of historic exploration data exists.
• Portfolio to be advanced via exploration, joint-ventures, option agreements or other means.
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Nuclear Power, Uranium Supply and Demand Issues - by Lakeland Resources Inc. Advisor Tom Drolet
1. Nuclear
Power,
Uranium
Supply
and
Demand
Issues
Zurich:
Nov
12,
2013
For
Lakeland
Resources,
LK:
TSXV
By
Thomas
S.
Drolet
President,
Drolet
and
Associates
Energy
Services,
Inc.
tdrolet@tsdenergy.com
www.droletenergy.com
1-‐828-‐493-‐1523
2. PresentaTon’s
BoVom
Lines-‐
Nuclear
Power
Plants
• Baseload
Nuclear
Power
Plants
are
required
to
enable
a
stable,
reliable
electricity
delivery
system
for
the
more
electricity
driven
future
I
see
for
our
world.
• Growth
Leaders
will
be
China,
India,
Russia,
The
Middle
East,
with
some
addiTons
in
Europe,
South
America,
USA,
Europe
and
SE
Asia
(435-‐720
by
2030).
• Low
prices
are
slowing
supply…
however..
This
is
a
period
to
start
to
bring
on
supply
to
meet
future
increasing
demand
• There
is
a
need
for
new
types
of
centralized
medium
to
smaller
designs
of
nuclear
plants
(safer,
beVer,
more
efficient)—Gen
4.
3. World
%
Fuel
Use
by
Source
Percent'
Oil$
Natural$Gas$
Coal$
Nuclear$
Renewables$
EE$and$Cons$
10. Megatons
to
MegawaVs
Program
(MMP)
• Agreement
is
from
19933-‐
to
end
of
2013
• Private
Industry
players:
Nukem,
Areva,
Cameco
• It
involved
25,000
Russian
Warheads
(500
Tonnes
of
HEU-‐
that
is
an
average
of
20
kg
/
warhead).
• Most
used
in
USA
Commercial
Reactors
• Injected
23
M
lbs
of
U3O8
into
the
market.
• 6
Million
stayed
in
Russia
• 17
M
lbs
between
Nukem,
Cameco
and
Areva
11. Uranium
Sources
and
Grades
SOURCE
•
•
•
•
•
•
•
•
CONCENTRATION
Very
high-‐grade
ore
20%
U
200,000
ppm
U
High-‐grade
ore
2%
U
20,000
ppm
U
Low-‐grade
ore
0.1%
U
1,000
ppm
U
Very
low-‐grade
ore
0.01%
U
100
ppm
U
Granite
4-‐5
ppm
U
Sedimentary
rock
2
ppm
U
Earth's
conTnental
crust
(avg)
2.8
ppm
U
Seawater
0.003
ppm
U
12. PresentaTon’s
BoVom
Lines
Uranium
Supply
and
Demand
• DRIVER
ISSUES:
High
U
concentra/ons,
reasonable
extrac/on
costs,
U
from
Stable
Countries
of
the
World:
all
these
issues
will
gradually
see
rising
prices
and
increasing
Partnership
Opportuni/es
for
Canadian
companies.
• Uranium
ProducTon
Growth
Regions
1. Canada-‐Athabasca–
2.
3.
4.
5.
USA—western
basins
(ISR)
Australia
ArgenKna
Some
parts
of
Africa,
Mongolia
13. Total
World
Commercial
Reactor
Demand
for
Uranium
as
U3O8
in
2013
• Approximately
78,000
tonnes
or
• 170
+
Million
lbs
14. Nuclear
Power
Reactors
under
ConstrucTon
2012
OperaTon
Country
•
•
•
•
•
•
•
•
•
•
•
•
•
•
REACTOR
Type
MWe
(net)
2012
India,
NPCI
Kaiga
4
PHWR
202
2012
Iran,
AEOI
Bushehr
1
PWR
950
2012
Russia,
Kalinin
4
PWR
950
2012
Korea,
KHNP
Shin
Kori
2
PWR
1000
2012
Korea,
KHNP
Shin
Wolsong
1
PWR
1000
2012
Canada,
Bruce
Pwr
Bruce
A1
PHWR
769
2012
Canada,
Bruce
Pwr
Bruce
A2
PHWR
769
2012
Canada,
NB
Power
Point
Lepreau
1
PHWR
635
2012
ArgenTna,
CNEA
Atucha
2
PHWR
692
2012
India,
NPCIL
Kudankulam
1
PWR
950
2012
India,
NPCIL
Kudankulam
2
PWR
950
2012
China,
CNNC
Qinshan
phase
II-‐4
PWR
650
2012
China,
CGNPC
Hongyanhe
1
PW
1080
2012
China,
CGNPC
Ningde
1
PWR
1080
20. Chernobyl,
Ukraine
Chernobyl….
April
26,
1986.
• A
series
of
Operator
errors
,
missed
communicaKons
and
badly
designed
RBMK
reactor
system
combine
to
cause
a
violent
super
heated
steam
explosion
at
the
Chernobyl
No.
4
nuclear
power
plant
about
180
miles
north
of
Kiev
in
the
former
Soviet
Union.
• The
reactor
had
an
inadequate
containment
building
and
very
large
amounts
of
radiaKon
escaped.
21. Three
Mile
Island
Unit
2
1979
Three
Mile
Island
March
28,
1979.
• The
worst
accident
in
U.S.
commercial
reactor
history
occurs
at
the
TMI
nuclear
power
staKon
near
Harrisburg,
PA
.
The
accident
is
caused
by
a
combinaKon
of
mechanical
malfuncKon
and
human
error.
•
An
open
pressure
relief
valve
permiXed
coolant
water
to
escape
from
the
primary
system,
and
was
the
principal
mechanical
cause
of
the
lose
of
coolant
and
parKal
fuel
meltdown
crisis
that
followed..
25. One
More
BoVom
Line
Alternate
Fuel
Cycle
Development
Molten
Salt
Reactors(MSR)
Thorium?—not
necessarily
26. BoVom
Line
on
Uranium
Supply
and
Demand
(and
Prices)
• We
need
more
mine
producKon—in
fact,
a
robust
diversified
series
of
new
mined
uranium
producKon.
• Uranium
demand
Partners
will
seek
out
Canadian
listed
companies
and
in
Australia,
ArgenKna
and
parts
of
Africa.
• Prices
will
rise
very
moderately
for
the
2014
year
as
Japan
sorts
itself
out
and
China,
India
and
others
ramp
up.
• Prices
for
Uranium
will
then
ramp
up
post
start
2015
Good
Canadian
picks
in
the
Uranium
space
LK:
TSXV,
Cameco
27. End
This
presentaTon
will
be
available
on
www.droletenergy.com
By
Sunday
17
November
2013
And
through
Lakeland
Resources,
LK:TSXV
Thomas
S.
Drolet
tdrolet@tsdenergy.com
1-‐828-‐493-‐1523