october 2012 clp power … · clp power “ready to expand” ... india talks tough on grid...
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CLP Power “ready to expand” Black Point Power Station
October 2012 www.gastopowerjournal.com
“BPPS has sufficient space at the
site to allow for additional units
to be built, if needed," he said,
stressing that CLP is “ready to
provide full support” and step up its role in help-
ing to meet Hong Kong’s growing electricity de-
mand while complying with the Government’s
tightened carbon emission reduction goals.
Hong Kong has targeted an annual increase
of 5% in the use of gas for power generation in
the ten years from 2010 to 2020.
Black Point - due to its size and the compar-
atively low carbon emissions intensity of gas-
fired generation – is poised to play a significant
role in realizing Hong Kong's stricter emission
targets. "As emissions control in the territory is
becoming more and more stringent, the gas-
fired BPPS will continue to be one of the most
important infrastructures in Hong Kong's
power industry," Cochran said.
By 2015, the plant operator CLP/CAPCO
has to comply with the Government's tightened
statutory emission caps, which requires a
further 45% reduction from 2010 emission
caps. “To achieve this goal it is necessary to
import more gas from new sources from main-
land China as set out in a Memorandum of
Understanding (MoU) on energy co-operation
between the People's Republic of China’s
(PRC) Central Government and the Hong
Kong Government,” he pointed out.
Analysts estimate that CLP will need about
twice the current volumes of natural gas for
Black Point Power Station going forward.
Already today, BPPS is one of the world's
largest gas-fired combined cycle power sta-
tions, accumulating a total capacity of 2,500
MW in one single site. The plant consists of
eight 312.5 MW units and the gas turbine used
at Black Point is GE'S 9FA technology and the
units are part of "the leading fleets in GE 9FA
machines in terms of cyclic operations,"
Cochran said.
CLP Hong Kong operates the Black Point
Power Station, the Castle Peak Power Station
and a backup facility at Penny’s Bay Power
Station, on behalf of CAPCO, a partnership bet-
ween CLP and ExxonMobil. The three power
plants have a combined total power generation
capacity of 6,908 MW as of 30 June 2012.
Pipe-laying works underway forBPPS to receive more gas fromChina in Q1-2013Construction works are underway at Black
Point Power Station to build a pipeline that will
connect the plant with the Second West to East
Gas Pipeline (WEPII) in preparation for the ar-
rival of new gas supplies from Mainland
China. First gas deliveries through the WEPII
interconnector are scheduled to start in the first
quarter of 2013.
CLP Power Hong Kong is capable of expanding the capacity at the 2,500 MW gas-fired combinedcycle Black Point Power Station (BPPS) to guarantee security of power supply and meet the Government's tightened statutory emission cap, Robert Cochran, Head of Planning and VentureSupport at CLP told Gas to Power Journal.
Hong Kong: Gas supplies secured,but pricing issues constrain tocoal-to-gas switch
Hong Kong has secured sufficient natural
gas supplies from China but pricing issues
constrain operators to switch from coal-to
-gas generation.
See page 3.
E.on Russia prefers Novatek overGazprom as gas supplier forpower plant fleet
Starting from 2013, E.on Russia will source
its entire gas supply for its power plant fleet
from Russia's second largest gas supplier
Novatek instead of Gazprom.
See page 4.
Hawaii Gas seeks FERC approvalto import LNG for power generation
Hawaii Gas is gearing up to importing more
LNG as it aims promote natural gas as an
alternative fuel for power generation, taking
advantage of declining gas prices in the U.S.
See page 10.
The 2,500-MW Black Point Power Station is located at Tuen Mun in the New Territories of Hong Kong
02 Gas to Power Journal � October 2012
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To accommodate the new supplies, a 20 km
subsea pipeline linking WEPII and BPPS is
required. Construction works are underway
with the pipeline slated to be completed by the
end 2012 or early 2013. A new gas receiving
station and gas modification plant are also
under construction on the BSPS site.
The Hong Kong administration has taken
arrangements to secure an undisclosed volume
of additional gas supplies from Mainland
China through new fields. It had to identify
new sources of gas supply following the deple-
tion of reserves at the Yacheng 13-1 gas field
offshore Hainan Island, which used to be the
only source of gas supply for the power plant.
Gas deliveries through WEPII tomake up for depleting suppliesfrom Yacheng field“The field has now entered a phase of rapid
depletion, but in recognition of the limited
potential of the field, CLP/CAPCO began to
plan for additional gas supplies already about
a decade ago,” Cochran said.
Though more supplies have been sourced in
a first step from a smaller field near Yacheng
13-1, the combined volume of gas supplies
were still insufficient to meet rising demand
without additional volumes from Mainland
China. Black Point’s gas consumption is set to
grow, as gas generation in Hong Kong is likely
to be expanded as operators want to comply
with more stringent statutory emission caps.
In view of the depleting gas supplies at
Yacheng 13-1, the Hong Kong administration
and the Central Government of the People’s
Republic of China have entered a MoU on an
energy co-operation already back in August
2008. “Since that time, CLP/CAPCO has been
working diligently with our partners to make
arrangements to ensure the timely arrival of
new gas supplies,” Cochran said.
The Memorandum ensures firm supply of
natural gas to Hong Kong from three sources in
Mainland China, namely gas deliveries through
the WEPII pipeline, additional gas sourced at
new fields in the South China Sea and regasified
LNG from an import terminal in Southern China.
Black Point gets FQMS retrofit toaccommodate diverse gasqualities With new supply sources being tied up, Black
Point’s future operating regime will get a new
fuel quality management system (FQMS) as it
needs to be able to receive and burn a diverse
portfolio of gas supplies. These may range
from regasified LNG to more variable supplies
of Mainland onshore and offshore pipeline gas.
“BPPS is currently undergoing a suite of
modifications to meet this need. These modifica-
tions will prepare it for an unprecedented breadth
of gases and gas qualities,” Cochran said.
“Under the retrofit, each of the eight BPPS
generating units is being retrofitted with a fuel
quality management system that adjusts the
combustion properties (Modified Wobbe
Index) of the fuel in real time just upstream of
the gas turbine,” he outlined.
Before the installation of a new fuel quality
management system, the power station was
confined to utilize gas within only +/-5% of
expected quality. After installation of the
system, the upper bound could be raised to
+16.7%, while the lower bound of quality
tolerance remains at – 5%.
Two units of the plant will also be enhanced
with facilities that will blend gas from the
Yacheng pipeline with gas from the new
pipeline in controlled ratios and send the mixed
stream to the gas turbine. If needed, the new
gas quality operating range can be “shifted”
downward by change to different combustion
hardware with different design set point,
Cochran explained.
Plant features “one-on-one” single shaft configurationAnother special feature of the BBPS is that the
plant has adopted a so-called “one-on-one”
plant configuration, whereby each unit consists
of one gas turbine, one steam turbine and one
heat recovery steam generator. Hereby, the gas
turbine, steam turbine and electrical generator
are coupled in a single shaft arrangement to
form the power train.
The Black Point station is designed for
cyclic operation based on natural gas as the pri-
mary fuel and diesel for back-up fuel purposes.
“The combined cycle gas turbine can produce
electricity at an efficiency of about 52.9%
which is significantly higher than that of a
coal-fired power plant,” he added.
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IndexCLP Power Hong Kong able to expand BlackPoint Power Station - coverHong Kong: Gas supplies secured, but pricingissues constrain to coal-to-gas switch - page 3India talks tough on grid discipline - page 6Doosan focuses on power plant business inIndia, Vietnam and Indonesia - page 7E.on rules out new gas/coal plant projects inWestern Europe until 2020 - page 8New gas power projects require more spot-price gas supply - page 9Hawaii Gas seeks FERC approval to importLNG for power generation - page 10Alstom’s MXL2 upgrade for GT26 gas turbines adapts power production to marketneeds - page 11
Robert Cochran, CLP Power
“Sufficient gas supplies for Hong
Kong are guaranteed from
China's ambitious West–East
Gas Pipeline project linked to
the eastern seaboard," Chow said. The market
share of natural gas in the city state’s power
generation mix is on the rise, he forecast refer-
ring to the push of the Hong Kong government
to halt construction of new coal-fired generat-
ing units in favour of natural gas.
Hong Kong’s major utilities, including
China Light & Power (CLP) and Hong Kong
Electric, have been asked to switch from coal
to gas-fired generation as the Government aims
to reduce greenhouse gas emissions in the
megacity of Hong Kong.
Tighter emission caps from 2015support gas generationIn a multi-pronged drive to reduce pollutants,
the Hong Kong government has encouraged
the use of natural gas for power generation and
at the same time has imposed more stringent
emission caps under a new Scheme of Control
Agreements (SCA).
As emission caps are bound to be tightened
further from 2015, compliance with govern-
ment's rules will require utilities to increase the
use of existing gas-fired generation units and pri-
oritize the dispatch of coal-fired generation units
retrofitted with emission abatement facilities.
The environment protection department
pointed out that "natural gas emits 50% less
greenhouse gas for the same amount of elec-
tricity produced".
Hong Kong Electric is increasing the share of
gas in its power plant portfolio and has secured
LNG imports shipped by Australia Northwest
Shelf LNG Venture to the Guangdong LNG
Terminal, located in Shenzhen at Chengtoujiao,
Dapeng Bay.
“To secure additional gas supplies CLP had
initially considered building an LNG terminal
in Hong Kong because supplies from Hainan
were projected to run out by 2015. But these
plans were dropped when Chinese authorities
assured that gas supplies to Hong Kong would
be maintained,“ Chow said.
Sufficient gas supplies, however, are just
one side of the supply & demand equation and
pricing issues are challenging, if not partly un-
dermining, the drive of Hong Kong-based utili-
ties to comply with the Government’s targets
of shifting from coal to gas generation.
Pricing issues constrain gasgeneration"The fuel cost of gas generation is much higher
than that of coal-fired generation. At the same
time, power companies had difficulties in re-
couping the fuel costs," Chow said, outlining
utilities cannot pass on added costs to the con-
sumers as the government is sensitive to con-
sumer relation to higher costs.
The Government has voiced concern about
power companies passing on the additional
costs of gas as a fuel directly to consumers.
Though some incentives - in the form of
bonuses - are provided by the Government for
utilities that choose to switch plants to run on
natural gas as a cleaner form of power genera-
tion, these bonuses still leave a gap between
plant operator’s costs for gas generation and
the price they can charge for electricity from
industrial and household customers.
As long as the spark spread (profit margin for
gas generation) remains unattractive, the interest for
Hong Kong utilities to switch from coal to gas at
a large scale is bound to remain fairly limited. �
Markets
Gas to Power Journal � October 2012 03
Hong Kong: Gas supplies secured, but pricing issues constrain to coal-to-gas switch Hong Kong has secured sufficient natural gas supplies fromChina but pricing issues constrain operators to switch fromcoal-to-gas generation, Larry Chuen-Ho Chow, Director, HongKong Energy Studies Centre at Hong Kong Baptist Universitytold Gas to Power Journal.
Over the 15 years of Black Point’s opera-
tional lifetime a comprehensive mid-life as-
sessment of plant equipment and subsequent
refurbishment works were carried out. “The
aim of the assessment was to identify compo-
nents that required refurbishment, modification
or upgrades so that we could make timely
arrangements to ensure that units continue to
operate safely and reliably,“ he outlined.
Switch to gas power generationhinges on pricingPricing is a key factor that determines whether
plant operators switch to from coal to natural
gas. In Hong Kong, power companies face
challenges when shifting to gas generation be-
cause of price constraints, Larry Chuen-Ho
Chow, Director, Hong Kong Energy Studies
Centre at Hong Kong Baptist University told
Gas to Power Journal. “The fuel cost of gas generation is much
higher than that of coal fired generation, but
the power companies had difficulties in re-
couping the fuel costs,” according to Chow, as
the Government is concerned about the impact
on tariffs if the power companies passed on the
added costs directly to consumers
“The tariff regime is a big constraint to
switch to gas from coal. Consumers are not
willing to pay extra for gas-fired generation
and legislators, for their part, are not willing to
oppose popular sentiment. Power utilities have
to bear the brunt of switching to gas,” he said
Cochran of CLP, the utility running BPPS,
also said he expects gas prices to rise in the
coming years. In Asia, the price of gas is closely
linked to the price crude oil and gas prices have
lately shot up in tandem with rocketing oil prices.
Back at the time when the Yacheng gas
contract was signed, the oil price was around
$20 per barrel (bbl) – while in early
September 2012 the Brent Crude Spot Price
was hovering around $115.85/bbl.
“Fuel price has become one of the common
challenges facing many utilities because of
their volatile nature,” Cochran said.
In Hong Kong, the power industry is regu-
lated under a Scheme of Control signed be-
tween the power companies and the SAR
Government in which fuel cost is based on
what Cochran calls a “direct pass through
mechanism.” Under this scheme, electricity
tariff is determined by a whole host of factors
with fuel cost being just one component.
“For its part, CLP/CAPCO adopts an opti-
mized fuel strategy and prudently manages
operating cost,” Cochran said, adding “We
believe it is an effective way to minimize the
cost to our customers and this has made our
tariff the lowest among many metropolitan
cities in the world.” �Larry Chuen-Ho Chow, Director at the HongKong Energy Studies Centre
Despite short term restraints in the
market for gas-fired power genera-
tion, Frost & Sullivan Industry Di-
rector, Harald Thaler expects
"sound" medium- and long-term prospects and
forecasts global gas-fired power plant orders
will total 537 GW through 2020.
"The global market will be sustained by the
burgeoning demand for new plants in emerging
economies as well as replacement demand aris-
ing from decommissioning of old coal-fired
power plants, particularly in Europe and North
America," he forecast.
North America and Europe are likely to main-
tain their lead as the regions with the largest
installed gas-fired capacity. For new business,
however, Thaler singled out the Middle East
and China as "the leading regions for gas-fired
power plant orders during the current decade."
The global rise of gas power generation is
underpinned by a high availability of shale gas
in North America and rising LNG production
in Qatar and Australia, which brought about a
prolonged period of relatively low gas prices.
In North America, falling prices for natural gas
have prompted utilities to phase out old coal-
fired plants in favour of newly-built gas gener-
ation capacity.
Another key market driver for gas genera-
tion is the “unpopularity of coal in developed
regions,” and the greater operational flexibility
of new gas turbines, Thaler said. Fast start-up
capabilities and higher part-load efficiencies
are seen as a “key differentiator” that will help
gas generation gain in market share over coal
and nuclear.
On a more cautious note, he added that that
in the short term, projects to realise gas-fired
power plants will face delays, particularly in
Europe, as low carbon prices make operators
favour a higher utilisation of existing coal
plants, the lack of available financing for new
build and electricity consumption in many de-
veloped economies still not having recovered
to pre-recession levels. �
Markets
Global gas-fired power plant orders forecast to total 537 GW through 2020
04 Gas to Power Journal � October 2012
Starting from 2013, E.on Russia willsource the entire gas supply for itspower plant fleet from Russia’s secondlargest gas supplier Novatek insteadof Gazprom. Under a $22 billion agree-ment, Novatek will supply gas to E.onRussia's plants at Smolensk, Surgutsk,Shatursk and Yaivinsk until 2027."From 2013 on, fuel will be supplied to
E.on Russia's gas-fired power plants by
Surgutneftegaz JSC, Novatek JSC, Lukoil JSC
and Suek JSC," E.on spokesman Dr. Adrian
Schaffranietz told Gas to Power Journal.E.on Russia, owned by Germany's largest
utility E.on, confirmed it has entered a long-
term contract worth 702 billion rubles ($ 21.82
billion) with Novatek to source long-term gas
supplies between 2013 and 2017 for its branches
Smolenskaya GRES, Surgutskaya GRES-2,
Shaturskaya GRES and Yaivinskaya GRES.
The deal was announced after E.on Russia
said it chose not to extend a long-term contract
with Gazprom, the world's largest gas pro-
ducer.
“The necessity of entering into the contracts
was due to the fact that E.on Russia's contracts
with Gazprom JSC regional companies expired
in 2012," the company said.
Russia's power and gas market is of strate-
gic importance to E.on and the company is on
track to complete an extensive new-build pro-
gram of power plant projects.
1.6 GW of new CCGT capacitycommissioned over past twoyears"Over the past two years, we have commis-
sioned 1.6 gigawatts of new combined-cycle
gas turbine (CCGT) capacity at three of our
power stations in Russia. This completes a sig-
nificant portion of our new-build program
there," Schaffranietz said, adding E.on's new
CCGTs are among the most efficient units of
their class in Russia.
E.on's new-build program also includes
an 800-megawatt thermal generating unit at
Berezovskaya power station, which is currently
under construction. Start-up of the coal-fired
plant is scheduled for 2014.
Since the acquisition of the Russian power
generator OGK-4 in 2007, E.on has not only
been one of the largest buyers of Russian gas
but is also the biggest foreign investor in the
Russian energy market. This includes several
new power stations and investments in gas
production and transmission.
"With these long-term activities we do not
only underscore Russia's importance for E.on
but also make a significant contribution to
enhancing security of supply in Europe as our
home market. In the future, Russia as a focus
region will remain a strategically important
market for our company," Schaffranietz said.
E.on Russia's posts 23.3% growthin H1-2012 net profitsFor the first half-year of 2012, E.on Russia
posted a 23.3% growth in net profit to 8.67 bil-
lion rubles ($0.26 billion) and a 12.4% growth in
revenues to 35.21 billion rubles ($1.09 billion).
The growth in revenue was mostly due to
the operational start of new CCGTs commis-
sioned in 2011 under the company's new
investment program. �
E.on Russia prefers Novatek over Gazpromas gas supplier for power plant fleet
E.on Russia's five power generation units with the aggregate capacity of 10,345 MW.
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Markets
06 Gas to Power Journal � October 2012
More combined-cycle gas-fired
power plants will have to be
built, should the ruling Demo-
cratic Party of Japan (DPJ)
choose to implement a long-term energy plan
which posits zero nuclear output by 2030. As
an alternative, a compromise policy of 15 per-
cent nuclear use is also being considered.
Japanese utilities have already started to plan
for building more gas-fired plants and to add na-
tionwide to LNG infrastructure in terms of re-
gasification terminals and storage capacity.
Analysts expect DPJ will disclose the land-
mark policy shift towards a nuclear-free energy
mix in the coming weeks. Voters have been
disgruntled by the restart of nuclear reactors
after the country managed to cover peak elec-
tricity demand this summer by increasing the
output of thermal capacity while most nuclear
plants remained offline following the
Fukushima incident in March 2011.
“If we are to believe that the decision to fol-
low the zero nuclear option will be taken, then it
seems inevitable that those in favour of a more
rapid decommissioning schedule will point to
the fact that Japan has successfully navigated
the peak summer season of power demand with
only 2.36 GW of nuclear capacity online,” said
Deutsche Bank analyst, Michael Lewis.
Deutsche Bank expect Japan's total thermal
power generation requirement will rise to 90
GW in December 2012, provided that no fur-
ther nuclear reactors will be restarted and over-
all demand pattern are consistent with the
previous year. "This forecast implies that ther-
mal power requirement will be 5 GW to 8 GW
higher in January and February 2013 than it
was this past winter," Lewis said.
The shutdown of most of Japan's nuclear
generation capacity in the wake of the
Fukushima nuclear crisis has led to a drop in
the average utilization rate of nuclear power
plants to 38% in 2011, down from 68% in
2010, according to the Federation of Electric
Power Companies of Japan.
Japan’s LNG-to-power demandsurged 20% in 2011The delayed restart of suspended nuclear reac-
tors in the wake of the Fukushima nuclear inci-
dent, led to a 20% surge in LNG consumption
by Japan's power sector in 2011 as utilities had
to increase the share of thermal power genera-
tion in the energy mix.
The rising gas burn rate in thermal power
plants is causing additional costs for highly-
priced LNG imports, estimated to total 22.6
trillion yen ($285 billion) during 2012.
Japan is forecast to import about 5.5 million
tonnes more of LNG during 2012 compared
with last year's record imports as gas-fired
power continues to replace nuclear capacity.
METI plans to loosen regional-ization of power generation The economy ministry also aims to overhaul
the current strict regionalization of Japan's
main electric power utilities, which consume
about 5 million tonnes per month of LNG to
fuel gas-fired power plants.
METI aims to organise Japan's main utilities in
a more centralised way and seeks to introduce
an open bidding on the construction of new
gas-fired power plants in Japan. This would
open up a segment of quasi-monopolies
operated by electricity companies in their own
areas and would provide more value for con-
sumers and industries, it said. �
Japan to host LNG talks in Tokyo, plans toloosen regionalization of power generation Japan’s ministry for economy, trade and industry (METI) has hosted an LNG conference in Tokyoon September 19 to evaluate the increasingly central role of gas supplies for power generation asthe party of Prime Minister Yoshihiko Noda is close to adopting a zero-reliance policy on nuclearpower prior to a snap election in the autumn.
“At the moment we see a suf-
ficient level of capacity in
Central Western Europe
for the upcoming years
until 2020 or possibly even 2022. So we
won't be building any more new gas and coal
power generation plants in Western Europe,
because the market does not need them,"
E.on spokesman Dr. Adrian Schaffranietz told
Gas to Power Journal.The U.K. is deemed to be "an exception"
he said, cautioning that market conditions for
new-built power plants in the country depend
on the outcome of the Electricity Market
Reform (EMR).
In Germany, there might be scope for the
construction of new conventional plants "only
after 2022", when the last remaining German
nuclear reactor will be shut down permanently,
he forecast.
As the planning and approval process for
realising new power plant projects takes be-
tween three and seven years on average, utili-
ties need to start evaluating whether to realise
new projects in the second half of this decade.
The profitability of some of E.on's older
gas-fired plants in Germany is at risk, due to
the general trend of declining number of
operating hours, in which these power plants
are demanded by the market.
In Bavaria, E.on has been considering shut-
ting-down three gas-fired power plants with a
combined capacity of 1,420 MW. In particular,
it has mulled to close the Irsching-3 (415 MW)
and the Staudinger-4 (622 MW) gas-fired
plants in 2013, followed by Franken-1
(383 MW) in 2014.
"No concrete decision has been made yet,"
E.on spokeswoman Fabienne Dreßler said,
adding the company is still in talks with the
regulatory authority (BNA) and the regional
transmission system operator (TSO) to “find a
solution in the interim until the government has
established a market mechanism for a strategic
capacity reserve”. �
E.on rules out new gas/coal power plantproject in Western Europe until 2020Germany's largest utility E.on said it has no intention of building additional gas- or coal-firedpower plants in Western Europe until 2020 as it expects markets to be oversupplied with powergeneration capacity until the final shutdown of all German nuclear reactors.
Markets
Gas to Power Journal � October 2012 07
“Since the end of 2008, the price
level of supply contracts for [gas
fired power plants] has often
been above the level required
for a commercially attractive use in power
generation,” Uli Brunner, energy expert at PA
Consulting Group told Gas to Power Journal.“The volumes had to be taken nonetheless
due to take-or-pay arrange-
ments, and without adjust-
ment, operators of gas-fired
power plants may have
incurred substantial losses,"
he said.
Brunner explained that
new gas-fired power plants
that were going ahead either
had innovative pricing ele-
ments in long-term contracts in place, or in-
vestors did not go for a long term delivery
contract, instead procuring gas directly at more
liquid gas hubs.
A prerequisite for investors to realise new
gas-to-power projects would be the availability
of more gas supply at spot price levels, he
stressed.
Despite concerns over the pricing of gas,
four key upcoming factors could boost the pop-
ularity of gas usage in the power generation
gas market in the short term:
The first is the completion of the second leg
of the Nord Stream pipeline to Germany later
this year.
The second is the expected agreement of the
European Commission's reforms of the EU's
Emission Trading System during the next ses-
sion of the European Parliament, with the aim
of lifting the carbon price so that gas would be
able to compete with coal.
Thirdly, the long awaited impact that cheap
LNG gas exports to Europe will have on the
European gas market.
Lastly, the coming on stream of parts of Eu-
ropean domestic shale production in the early
2020’s.
The outcome of these factors will determine
whether there are sufficient volumes of low-
priced gas in Europe, Brunner said.
Eneco uses GATE for sourcingflexible gas supplies, tradingFor some companies, like the Dutch energy
company Eneco, LNG has already shown that
it can provide European gas markets with
greater flexibility when sourcing gas.
"Our involvement in GATE is to ensure that
we have sufficient capacity to meet our own
needs for the portfolio. In addition, we can use
GATE for trading purposes,” Eneco spokesman
Cor de Ruijter said.
In 2010, Eneco signed a multi-term agree-
ment to supply Rotterdam’s new LNG GATE
facility with up to 1 billion cubic meters (Bcm)
every year as from last September when the fa-
cility officially opened.
GATE has also signed long term contracts
with Dong Energy, EconGas OMV, Essent
Trading and E.on for its initial capacity.
GATE – E.on’s door-opener forreceiving LNG supply in north-west EuropeE.on Ruhrgas has booked an annual capacity of 3
Bcm gas import capacity when acquiring a 5%
stake in the GATE terminal operating company.
Buyer like E.on are keen to gain access to
more spot-priced LNG supply as this strength-
ens their negotiating position with Gazprom
over price openers for gas purchased on the
basis of long-term oil-indexed gas contracts.
While plans for construction of a new 10 bcm
LNG facility at Wilhelmshaven, appear to have
been suspended, as one of its main backers E.on
has opted for involvement in GATE instead.
“The GATE terminal is – quite literally –
our gate for receiving LNG supply for the
north-west European market," said E.on
spokesman Dr. Adrian Schaffranietz.
Denmark’s Dong Energy last September
started 1 Bcm per year deliveries of a 10-year
import agreement with Spanish energy com-
pany Iberdrola, according to Ulrik Frøhlke,
spokesman for DONG Energy.
Austria’s EconGas, meanwhile, has secured
an annual regasification capacity of three bil-
lion cubic metres of natural gas at GATE since
September 2011, Econgas spokeswoman,
Denise Giselbrecht, confirmed.
In the past decade, there has been a rapid ex-
pansion of LNG gas import terminals at European
regasification terminals. Even so, LNG currently
provides just 15% of the EU's gas imports, the
rest being via pipeline, according to Eurostat.
In northern France, construction works for
the €700m Dunkirk LNG terminal are under-
way, with the facility scheduled to start opera-
tions in 2014. Once operational, Dunkirk LNG
is expected to bring an additional 10-13 bcm in
LNG deliveries per year (equivalent to 20% of
French gas demand) for its owner EDF.
UK becomes Europe’s largestLNG buyer, overtakes SpainEurope remains the second largest LNG market
– behind Asia – with 88 bcm imported in 2011,
a drop in 0.3 bcm compared with 2010, accord-
ing to IEA statistics.
The UK became Europe’s largest LNG con-
sumer last year, overtaking Spain by importing
close to 35 bcm which marks a 30% increase
from 2010 levels. The growth in LNG imports
to Britain was largely driven by reduced LNG
imports in Continental Europe which is why the
UK became a ‘market of last resort’ for new
Qatari LNG volumes looking for a market.
‘Demand destruction’ is what some pundits
call the ongoing reduction of power and gas
demand in the prolonged recession in Conti-
nental Europe. In 2010, Spain, Belgium,
Turkey and France have imported between
15% and 21% less LNG than in 2010, accord-
ing to the IEA.
The 4 bcm drop in LNG imports to Spain
was not only driven by a 2 bcm drop in gas
demand, but also due to the operational start
of a new gas pipeline link from Spain to
Algeria – the Medgaz pipeline, capable to
deliver 8 bcm/year of natural gas per year. �
Long-term gas contracts need more ‘spot elements’ - PA ConsultingSpot-price elements in long-term gas purchase contracts (LTCs) are required for new gas powerprojects to ensure enough gas is supplied at a sufficiently low price, analysts say.
Uli Brunner, PA ConsultingGroup
Bu Samra - the 1st commercial LNG ship arriving at GATE
Areal overview of the GATE terminal.
Markets
08 Gas to Power Journal � October 2012
“India is promising high returns
and entering the Indian market is
significantly easier than establish-
ing a stronghold in China,” he
said. South Korea used to be the biggest
market for Doosan Heavy’s power plant busi-
ness but Seo forecast that growth prospects
would be limited.
In India, Doosan Heavy Industries is
competing with the Japanese power plant
suppliers MHI and Hitachi, the U.S. company
B&W and India's largest power plant facilities
firm BHEL to secure tenders to build power
plants. Doosan Chennai Works, a local
subsidiary of Doosan Heavy Industries &
Construction, has won orders from India's
state-run energy service company NTPC in
late February to supply five boilers for two
separate power plants in India.
International power plant manufacturers
are racing to enter and consolidate their
position in the Indian market, attracted by
plans of Indian energy companies to spend
$25 billion annually on new power plants
through 2020 to ease the country's energy
shortage.
In Asia, Doosan Heavy Industries is
rapidly growing its business in the power
industry. A Technology Licence Agreement
with Mitsubishi Heavy Industries (MHI)
enables Doosan to source gas turbine
products.
Doosan HI eyes local investment to manufacture turbines in India Keen to increase its business in India’s
rapidly growing power generation market,
Doosan HI is considering local investment
and may end up building a turbine manufac-
turing plant or acquiring a local manufacturer
in India.
"We are making various efforts to target
the Indian power generation equipment mar-
ket,” a Doosan spokesman confirmed, stress-
ing that no concrete steps have been taken
towards building local turbine manufacturing
facilities in India or acquiring a local
turbine manufacturer.
All steam turbines, gas turbines, and hydro
turbines that Doosan is selling to India are
currently manufactured in Changwon, South
Korea.
By considering taking a share in an Indian
company, Doosan HI is responding to legal
changes for doing business in India. The
central government has recently altered its
policy of protecting domestic industry by lift-
ing tax exemption for foreign power genera-
tion equipment.
With this move, the Government is protect-
ing India's domestic power generation equip-
ment manufacturers while controlling threats
from a growing number of imported products
from China.
Doosan Chennai Works to supply five boilers to India’sstate-owned NTPCDoosan Chennai Works, a local subsidiary
of Doosan Heavy Industries & Construction,
has recently won $1.3 billion of orders from
NTPC, India's state-run energy service com-
pany, to supply five boilers for two separate
power plants.
Under the contract, Doosan Chennai
Works will supply three boilers (800MWx3)
for a power plant in Kudgi, in India's
Karnataka Province. The Korean company
said it also expects a letter of award from
NTPC to supply two boilers (800MWx2)
for the Lara Power Plant in Chhattisgarh in
central India.
Doosan Heavy Industries & Construction
executive VP, Dongsoo Suh, said the order
win "confirms the competitiveness of
Doosan’s products amid intense competition
[with other turbine manufacturers] in
performance and price.”
"Going forward, we are expected to
win additional orders for facilities and equip-
ment in other foreign markets, as well as the
Indian market," he added. Doosan has already
won orders for a string of projects in India,
including Lalitpur thermal power plant in
2010, the Mundra thermal power plant in
2008 and the Sipat thermal power plant
in 2004. �
Doosan focuses on power plant business inIndia, Vietnam and Indonesia South Korea’s Doosan Heavy Industries & Construction has been recently focusing on new business for its power plant section in growth markets such as India and the Middle East, shifting its focus away from its South Korean home market. “India has become the biggest growth market for us, followed by Vietnam and Indonesia,” Doosan spokesman Gang Cheol SEOtold Gas to Power Journal.
Markets
Gas to Power Journal � October 2012 09
While the Indian government is
blaming the federal states for
causing the blackout by over-
drawing electricity from the
grid, Sarin stressed that "to remedy, if not pre-
vent future crippling power cuts" the creation
of decentralized, reserve power is of para-
mount importance. "This is one thing we have
to work on in right earnest," he said.
The Indian power ministry, in contrast, has
awarded licenses for four Ultra Mega Power
Projects with a capacity of 4,000 MW each. All
plants are coal based.
The power ministry issued three licenses
to Reliance Power, which is on the verge of
commissioning its 2,400 MW gas-fired
combined cycle power plant in Samalkot in
the eastern state of Andhra Pradesh. Reliance
plans to build a 7,480 MW gas-fired plant in
Dadri near New Delhi, but the project is
understood to be on hold due to uncertainty
over gas supplies from a far-flung block in
the KG basin in the south-eastern state of
Andhra Pradesh.
The location of the gas field explains
Reliance's move to prioritize construction of
the Samalkot plant which is also in Andhra
Pradesh - the same state as the gas field.
Reliance Power did not respond to ques-
tions over its strategy on new gas generation
projects sought by Gas to Power Journal, but it
is understood that falling gas supplies from the
KG basin are dampening the mood for realis-
ing new gas-fired power plants.
Production volumes of natural gas in India
exceeded targets this year, but the overall vol-
ume declined compared with 2011. In the pe-
riod from April to July, gas production declined
to 14,439 million cubic metres (mcm), down
from16,356 mcm for the same period in 2011.
Output from the KG block, awarded to
Reliance Industries, declined to 15.611 billion
cubic metres (bcm) in the fiscal year 2011-12,
down from 20.400 bcm in 2010-11, according
to Indian government statistics.
Ensuring adequate gas supplies is a critical
factor as India is shifting part of its power gen-
eration to gas-based plants. The Government is
backing plans to build LNG receiving termi-
nals on the east coast that would complement
existing terminals on the Indian west coast.
Keen to remedy gas supply shortages, the
Indian government has announced steps to
bolster the supply side of the gas equation.
R.P.N. Singh, minister of state for petro-
leum and natural gas, told parliament that
multi-pronged measures have been rolled out
to increase the availability of natural gas in the
country, including issuing fresh licenses for
exploration, import of LNG "from various
countries including the US". �
India needs more gas-fired reserve capacity - WärtsiläThe Indian government is not paying enough attention to smaller gas-based power plants to caterfor peak load demand as it focusses on large-scale coal plants that provide base load capacity.Rakesh Sarin, Managing Director of Wärtsilä India told Gas to Power Journal that building a flexible, reserve capacity of at least 20 to 25 GW, preferably based on gas generation, would beideal for supplying peaking capacity.
Reliance Power's 2,400 MW combined-cycle power plant in Samalkot, India.
In the resolution, the states express a firm com-
mitment to adhere to India's electricity grid
code that calls for disciplined and coordinated
behaviour when drawing power from the com-
mon grid. Other points of the 12-point resolution
call for the establishment of adequate defence
plans and protection systems to ensure integrated
operations of both national and regional grids; in-
dependent audits of protection systems, adopting
good operation and maintenance procedures, car-
rying out random checks and manpower capacity
building through training and certification.
The efficient management of India’s grids is
essential to prevent future power outages, but
the country also needs to find ways to remedy
its current acute shortage of power supply
caused by limited generation capacity.
While the exact causes of the grid collapse are
still under investigation, it is certain that a significant
overdrawl of electricity from the grid by some states
has been a key factor that caused the blackout.
India's new power minister, Veerappa Moily,
in an address to the states came down heavily on
what he termed as persistent overdrawl of electric-
ity from the grid: "Despite the availability of long-
and short-term contracts in the market, I understand
some states have resorted to persistent overdrawl,
which often endangers the stability of the transmis-
sion system," he said, adding that it has been
brought to his attention that states overdraw as
they find it “convenient not to pay immediately”.
The minister also warned that the phenome-
non of overdrawing electricity from the grid
despite full knowledge of the codes of the State
Load Dispatch Centre (SLDC) is a "breach of
confidence in the grid management structure".
Moily emphasized that the SLDC is “the
brick where which the structure of national
grid is based on”.
“There is no way to run a national grid if
SLDCs do not subject themselves to strict
adherence to grid-code."�
India talks tough on grid discipline India's power ministry has clamped down on grid discipline. The Central government and theeight north Indian states, affected by blackouts after the power grid collapse in late July, agreedto abide by a 12-point resolution to ensure that such breakdowns in the power grid do not recur.
Markets - Hawaii Gas
10 Gas to Power Journal � October 2012
Hawaii Gas seeks FERC approval to importLNG for power generation Hawaii Gas is gearing up to import more LNG as it aims topromote natural gas as an alternative fuel for power generation,taking advantage of declining gas prices in the United States.
“Gas from LNG will pro-
vide fuel for up to 400
MW of existing and new
conventional and/or com-
bined cycle power generation facilities, as well
as for industrial and other commercial applica-
tions in the state," Hawaii Gas said, outlining
it has developed a comprehensive, multi-
phased LNG strategic plan.
Currently about 75% the islands power
generation comes from expensive oil, which is
increasingly costly for the islands power com-
panies. Hawaii residential power prices are
three times the United States average.
"The decline in natural gas prices, the po-
tential expansion of the LNG trade throughout
the Pacific region, and advances in storage,
shipping and distribution technology together
provide a unique opportunity to introduce [nat-
ural gas as] an alternative fuel into Hawaii,"
the company said in a regulatory filing to U.S.
Federal Energy Regulatory Commission
(FERC).
Hawaii Gas' said its LNG imports are in-
tended to meet up to 75% of its customer re-
quirements and are planned to start later in the
year, pending approval of FERC and the
Hawaii Public Utilities Commission.
"Subject to obtaining approval from the
Federal Energy Regulatory Commission, the
Hawaii Public Utilities Commission and
other regulatory agencies, the Gas Company
intends to start importing LNG later this
year," said Jeff Kissel, Gas Company presi-
dent and CEO. The Gas Company is doing
business under the name of Hawaii Gas and
is Hawaii's only government franchised full-
service gas company.
Prior to venturing into LNG imports for
power generation, Hawaii Gas has been
focussing on producing synthetic natural gas
(SNG) for most of its utility customers on
O’ahu and distributes propane to utility and
non-utility customers throughout the state's six
primary islands and produces renewable gas
products from agricultural feed stocks.
Doing business on an isolated remote tropi-
cal island in the Pacific tends to be an expen-
sive business for both consumers and power
utilities. Hawaii is a collection of volcanic is-
lands, each with their own independent power
system. It has to ship in all its fuel supplies
from sources hundreds of miles away.
Due to the small size of the market, with a
population of just over 1.5 million people scat-
tered across this Archipelago of 137 islands,
Hawaii Gas cannot take full advantage of the
usual economies of scale.
Utilities in Hawaii are looking at convert-
ing existing oil power plants into gas, building
new gas plants, developing an intra-island
smart grid to link up not only traditional
power stations, but also encourage the devel-
opment of its extensive geothermal, wind,
wave power and wave power potential. Due
to the volcanic nature of the state, Hawaii's
energy leaders have ruled out nuclear power
for now. �
Source: Hawaii Gas
Hawaii State Energy Mix, 2010 and Hawaii State Energy Mix, 2050 (planned)
Technology
Gas to Power Journal � October 2012 11
Alstom's MXL2 upgrade adapts power production to fluctuating demandAlstom has developed a MXL2 upgrade for GT26 gas turbines, offering power plant operators toadapt production hours of their plants to fluctuating demand and to significantly extend inspec-tion intervals and increase availability –key features in markets with a large share of intermittentwind generation such as Spain.
“The first unit of the Alstom’s
MXL2 upgrade for GT26 gas
turbines was implemented in
Castejon Spain in 2009,” Leone
Tessarini, Manager, Product Management, Gas
turbine Services told Gas to Power Journal.The MXL2 upgrade is emissions compliant and
was already fully tested at the Alstom’s Power
Plant in Birr, Switzerland. It can be imple-
mented on site during a scheduled C inspec-
tion, he added.
The GT26 MXL2 upgrade allows online
switching between two modes of operations –
the M and the XL mode – by adjusting the tur-
bine inlet temperature of the new LP turbine.
When market demand for electricity is high,
plant operators can instantly adjust the inlet
temperature in order to switch to the M mode
to improve turbine performance to maximise
power output and efficiency. By the same
token, at times when demand is lower, opera-
tors can seamlessly switch to the XL mode,
whereby a temperature drop reduces the ther-
mal loading on components. In addition, by
choosing the XL mode, power plant operators
can expect to increase the electricity output at
the plant by 3.0 MW and improve efficiency by
0.5 percent, In the M-mode, the improvements
go even up to 13 MW and 0.7 percent effi-
ciency, Alstom said.
Operating in XL mode leads to an extension
of the inspection interval by up to 8,000 oper-
ating hours before the next type C hot gas path
inspection is necessary. The longer turbine
service interval increases plant availability and
reduces maintenance costs.
“This upgrade transforms any GT26 into the
most flexible engine in its class, ready to meet
new grid challenges in the changing market
with the growth of renewables,” Tessarini said.
Alstom's advanced class gas turbines- the
GT26 for 50 Hz electricity markets and the
GT24 for 60 Hz markets, both feature sequen-
tial combustion technology that allows them to
deliver outstanding flexibility.
“To support mode switching, the GT26 MXL2
upgrade requires a new operating data counter
(ODC) based on a more differentiated view of
events and operating hours,” he explained.
Three alternative criteria are used to deter-
mine the C inspection interval: Weighted cyclic
events (WCE), accounting for the different im-
pact on components of high load starts and
stops or partial load stops as well as sudden
load jumps during a frequency response;
Weighted operating hours (WOH) that recog-
nise the varying impact of the firing tempera-
ture (M or XL mode), fuel type, and equivalent
operating hours (EOH) that consider the com-
bination of cyclic events and operating hours
on component lifetime.
“In certain occasions, the MXL2 upgrade
might make plant modifications necessary due
to a changed exhaust energy, e.g. on the heat
recovery steam generator (HRSG), the genera-
tor, or the balance of plant (BoP). This will be
analysed and determined in a preceding plant
assessment,” Tessarini said.
The MXL2 improvements are made possi-
ble by redesigning the four stages of the LP
turbine – the exhaust gas housing, the turbine
housing, the turbine vane carrier and the se-
quential combustor.
To that end, 3D airfoil profiling was applied
to the entire LP turbine, including the heat
shields. 3D airfoil profiling achieves the high-
est aerodynamic efficiency. Moreover, to sup-
port the increased turbine inlet temperature of
the M mode, the thermal barrier coating protec-
tion has also been enhanced, Alstom said.
Optimised cooling of the turbine further con-
tributes to improving efficiency and flexibility of
the GT26 MXL2 turbine. Alstom said that lower-
ing the vane part count on vane rows 1 and 2 re-
duces the hot gas surface and thereby reduces the
air cooling need of the turbine. Furthermore, the
shroud design of the turbine blades has been im-
proved to reduce over-tip leakages.
Modifications to the sequential environmen-
tal (SEV) combustor inner liner were intro-
duced to adapt to the redesigned vane 1 and to
optimise cooling at the interface to the LP tur-
bine. The pre-swirl nozzle at the rotor cover
has been reworked for improved cooling of
front stages. The pre-swirl nozzle at the rotor
cover has also been reworked for improved
cooling of the front stage of the combustor.
“To mechanically integrate the upgraded LP
turbine blading requires a new cast and machined
turbine vane carrier (TVC),” Tesssarini said.
Flexible operations - more thanjust high ramp ratesThe proven flexible performance achieved
with Alstom’s MXL2 upgrade for GT26 gas
turbines exemplifies that operational flexibility
of a turbine encompasses more than just having
a high ramp rate. It is rather a combination of
start-up and shut-down times, ramp rates and
efficiency at part load operations.
Sequential combustion is a unique feature of
the GT26 gas turbine, which makes it possible
to 'park' the entire KA26 combined cycle power
plant at very low load (below 20%) with only
one of the two GT26 combustors in operation,
fully complying with the emission limits. This
provides reliable and rapid reserve power of
more than 350 MW within less than 15 minutes.
To further improve the flexibility of power
plant dispatch, Alstom has also optimized the
operation concept of the KA26 combined cycle
power plant for fast start-up to make it ideally
placed to quickly fill the sporadic gaps in
power supply generated from intermittent wind
and solar power technologies. �
These improvements and the updated oper-ating concept ensure that the combustioncharacteristics are fully optimised for eachoperating mode
Enquiries please contact: Youngsuk Park, GTP Korea Project Manager
T: +82 70 8637 0112, M: +82 10 9024 9139 or +44 75 5375 0160, E: [email protected]
Power GenerationKorea
27th – 28th November 2012,
Imperial Palace Hotel, Seoul
Electricity Market Drivers and the
Changing Role of Gas in the Energy Mix
As one of the world’s largest energy consumer nations that lacks of domestic
natural energy resources, South Korea must compete for fuel for power generation
in a global energy market that has experienced great changes in recent years.
With no international oil or natural gas pipelines, South Korea is reliant on tanker
shipments of LNG and crude oil for its power needs. South Korea is the fifth
largest importer of crude oil, the third largest importer of coal, and the second
largest importer of LNG.
The future of South Korea’s complex energy balance will be discussed at this
conference as well as key strategic, commercial and technological drivers
impacting on power production.
The conference to be conductedwith simultaneous translation
in Korean and English
• Alexander Antonyuk, Gas and Electricity Markets Analyst, International Energy Agency (IEA)
• Byeong Kyu Jeon, Team Leader, Electricity Demand Forecast,Korea Power Exchange (KRX)
• Yong Tack Kim, Deputy General Manager, Win-win Strategy for Growth, Korea Western Power (KOWEPO)
• Woong Chan Park, Team Head, Power & Energy Team,Korea Development Bank (KDB)
• Mi Hye Jang, Policy Committee, Ministry of Knowledge and Economy (MKE) and Professor at Yonsei University
• Jerry Yang, Team Leader, International Cooperation,Korea Smart Grid Institute
• Mike Thomas, Consultant, Lantau Group
*To see the up-to-date information on confirmed speakers, please visit www.gastopowerjournal.com and click the Gas to Power JournalEvent tab.
Confirmed speakers include:
WHO SHOULD ATTENDThis forum has been developed
with representatives from the
following industry players in
mind:
• Gas Suppliers/NOCs/IOCs
• Power Plant Operators
• Utilities Companies
• Power Generation/Transmission Companies
• Gas Storage and Processing Organisations
• Government and Industry Regulators
• Engineering, Design and Construction Companies
• Gas Turbine/RotatingEquipment Manufacturers
• Original Equipment Manufacturers (OEMs)
• Investment Banks
• Risk & Insurance Companies
• Law firms and Consultancies