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Mcilvaine Insights |
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No. 67 June 27, 2018 |
WELCOME
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Large Market to Maintain and
Upgrade U.S. Coal Fired Power
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Indonesia is a Growing and
Robust Market for Coal Fired
Power
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Growth in Semiconductor Industry
has Impact on Special Combust,
Flow and Treat (CFT) Markets
Large Market to Maintain and
Upgrade U.S. Coal Fired Power
The U.S. is retiring all its
50-70 year old plants but will
keep running its 6-40 year old
plants for another 30 years.
With or without the clean power
plan and regardless of gas
prices the U.S. will have
between 150 to 210 GW of coal
fired power in 2050.
Reference: EIA
One of the largest pro-active
opportunities is IIoT with
remote O&M.
Coal plants can be
efficiently operated remotely
with the benefit of the highest
skill levels. Wireless
communications and data
analytics will assure cost
effective operation. However, a
big investment in sensors,
valves and improved process
equipment will improve
efficiency further.
There are process changes which will allow suppliers to provide innovative solutions.
They
include:
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Switch to upstream catalytic
filtration and DSI
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Switch to biomass burning with
catalytic filtration and DSI
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Switch to biomass burning with
catalytic filtration, DSI and CO2
capture
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Switch to produce hydrochloric
acid, rare earth feed stock and
ultrapure gypsum or sulfuric
acid
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Co-locate steam users around the
power plant and use MVR to
upgrade waste steam for
parasitical use by industrial
plants using steam
Details on these opportunities
are provided in the following
McIlvaine services
Indonesia is a Growing and
Robust Market for Coal Fired
Power
Indonesia has the domestic coal,
the need for much more
electrical capacity and a
relatively high GDP growth which
combine to make it an ideal
location for coal fired power.
The plan is to add 80 GW
of coal fired power by 2050.
Other generating technologies
will grow faster. In 2050 coal
is projected to deliver 24
percent of the total power
generation.
Thermal coal forms the single
largest share of the fuel mix
today. In 2017, coal accounted
for 55.6 percent of the energy
share, but is expected to reduce
to a slightly lower share of
50.4 percent in 2026. Economic
and logistical considerations
(as well as significant
available reserves) have led to
coal's ongoing dominance, as it
is a low-cost fuel that is easy
to extract and transport using
existing infrastructure.
Indeed, few economical
alternatives exist for the
development of low-rank coal,
other than mine-mouth coal power
generation. Indonesia sits in
ninth place in terms of proven
coal reserves in the world with
2.3 percent of global coal
reserves and is a major coal
exporter.
Natural Gas: Natural gas power
generation is expected to double
by 2026 (in TWh terms) from 25.8
percent of the overall mix in
2017 to 26.7 percent in 2026.
Given the risks of not reaching
the renewable energy target and
the fact that gas has been
determined to be the best
substitute in the event of a
shortfall, it is possible that
the share of gas in the energy
mix could be even higher. Being
relatively low-carbon compared
to coal, as well as being
medium-cost, gas is likely to
remain a favored fuel for at
least the next decade,
especially given Indonesia's
extensive gas reserves.
A continuing glut of global and
Asian (including Indonesian)
Liquefied Natural Gas ("LNG") is
likely to stimulate further
consumption, although the fact
that Indonesia is moving closer
to being a net energy importer
despite its abundant reserves
may check this trend. Certainty
regarding the upstream oil and
gas investment climate and
improved physical
infrastructure, including
pipelines and Floating Storage
Regasification Units ("FSRUs"),
as well as certainty on the
price of gas-for-power, are
crucial to enabling a strong
long-term role for gas in the
Indonesian power generation
market.
By 2050 coal fired capacity will
exceed 100 GW. This will require
more than 80 GW of new coal
fired plants. Consider that this
compares to U.S. capacity which
is presently 225 GW but could be
below 180 GW by 2050.
There is a complete profile on
the Indonesian power market as
well as PLN, the government
utility in the McIlvaine
Utility Tracking System.
Details on this service
are found at
Utility Tracking System
Growth in Semiconductor Industry
has Impact on Special Combust,
Flow and Treat (CFT) Markets The
semiconductor industry growth is
higher than that of other
industries purchasing combust
flow and treat products and
services. However, for most CFT
products this industry is a
small percentage of the total.
However, the needs are unique
and high performance products
with high margins are sold to a
relative small number of large
producers. There is a
cleanroom consumables market
which is included in CFT because
these are products which reduce
contaminants in the
semiconductor plant air. The
semiconductor industry is the
major purchaser of these
products followed by the
pharmaceutical industry and a
variety of other "clean"
manufacturing industries. The
Semiconductor Industry
Association says worldwide sales
of semiconductors reached $37.6
billion for the month of April
2018, an increase of 20.2
percent from the April 2017
total of $31.3 billion and 1.4
percent more than last month's
total of $37.1 billion. The
World Semiconductor Trade
Statistics (WSTS) organization
projects annual global market
growth of 12.4 percent in 2018
and 4.4 percent in 2019.
The impact of
semiconductor growth varies
widely depending on the CFT
product.
Market reports on all these products take into account the robust semiconductor growth. More
information on each is found at
http://home.mcilvainecompany.com/index.php/markets
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