The country’s
energy resource assessment indicates the present energy sources of hydro, thermal,
gas, solar and wind will not be enough to meet the total energy requirements in
the future.
Ghana is currently
generating almost 5,000megawatts of electricity but available capacity hovering
around 2,000megawatts.
Nuclear energy
is sourced to guarantee the base load in electricity generation without subject
to water in the dam, the supply of gas to the plant, or availability of sun for
solar.
“When you
bring in nuclear energy, it is cheaper; it is more reliable because it is about
95percent available all through the year and it stays in for 60years and more,”
says Dr. Robert Sogbadji, Coordinator of the Ghana Nuclear Power Program.
Safety and Cost Concerns
Safety is a
major concern in nuclear power development.
The first
contact of humans with nuclear is the atomic bomb which subconsciously
threatens people’s security in exploiting nuclear materials.
Chemical engineer,
Prof. Ayo Kuyo, says such threats are still real, hence the need to secure nuclear
and radioactive materials from falling into wrong hands.
“That threat
is still real, so we need to secure these [nuclear and radioactive] materials in
such a way that such the situation never comes up again,” he noted.
Unlike other
energy industries, the security of the nuclear industry is the responsibility
of the government, not the industry.
Dr. Sogbadji
describes nuclear as the most regulated sector in the energy industry, with
strict oversight by the International Atomic Energy Agency (IAEA).
The huge cost
of developing a nuclear plant is also a major concern; the initial investment
for a plant is about $6billion per 1,000 megawatts.
Dr. Sogbadji
however says there are some financial models available to support Ghana to
build the plants.
“It’s all
about government’s commitment; once we are committed, there are various
financial institutions and vendors who are prepared to fund about 80 to 90
percent of the plant just for electricity to be available through nuclear and it
is cheap electricity,” he stated.
Ghana’s Nuclear Power
Programme So Far
The Ministry
of Energy started its nuclear energy programme in 2005 and in 2012, the Ghana
Nuclear Power Programme Organization was formed to steer affairs of planning
towards the integration of nuclear power into the energy mix.
In 2016, the
Nuclear Regulatory Authority was constituted to regulate all processes and
procedures in nuclear integration.
Ghana is
currently at the phase one – planning – in building its nuclear plant. Phase two
will involve plan implementation and the last phase is construction of the
plant.
In April
2017, the International Atomic Energy Agency (IAEA) completed assessment of the
country’s first phase activities. Among recommendations is to undertake
activities for sitting of the plant to pave way for the second phase.
The programme
is currently run by the Ministry of Energy in collaboration with other 35
agencies. But when the second phase takes off, by the first quarter of 2018, an
owner-operator is expected to take control of the programme.
Dr. Sogbadji
is confident nuclear will be part of the country’s energy mix in the next
decade – between 2027 and 2030.
Stakeholder Engagements
on Safety
The IAE believes
Ghana is favourably positioned to generate nuclear power for both domestic and
export to other West African countries.
The Department
of Chemical Engineering of the Kumasi Technical University (KsTU), the Nuclear
Regulatory Authority of Ghana (NRAG) and the School of Nuclear and Allied
Sciences, Legon, have been holding stakeholder’ engagements on nuclear security
and safety.
Prof.
Osei-Wusu Achaw, Head of Chemical Engineering at the Kumasi Technical
University, says such engagements are critical to allay the phobia associated
with the exploitation of nuclear power.
“What we
really need is an energy source that we can always depend on and nuclear is one
of such source,” he said.
The workshop
seeks to educate media practitioners and decision makers on security issues
surrounding the application of nuclear energy.
Nuclear
energy is growing globally with nearly 10 GW of new nuclear capacity supplying
electricity in 2015 – more than double the average capacity connected each year
in the previous decade.
By Kofi Adu
Domfeh
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