45
THE FAR EAST
BECOMES CLOSER
The point of departure for the
Far East power engineering in-
dustry development was the year
of 1912, when the
fi
rst CHP was
constructed in Vladivostok. Geo-
graphic features of the region,
such as signi
fi
cant environmen-
tal assets and its deployment dif-
fi
culties, isolated from the center
of Russia location and proxi mity
to the ocean coast, huge terri-
tory and low population density,
have de
fi
ned the further economic
development of the region and
its power engineering industry.
Probably none of the Russian
regions hasn`t developed in the
same hard and bendy way, as the
Far East, occupying 36% of the
country territory.
Large Bureyskaya and Zey-
skaya HPP with the total capacity
of 3.3 GW, Khabarovskaya CHP-1
and CHP-3 with the capacity of
over 1.1 GW, Neryungrinskaya
SDPP are situated near the hund-
Powerhouse hall of the Far East largest
Bureyskaya HPP
fi
tted with
“Power Machines” equipment
Technologies
“Power Machines” company takes part in the works on the three of four heat
generation units erected within the federal program of economic and social
development of the Far East and Transbaikal: this is Blagoveshchenskaya CHP
2nd construction stage, Yakutskaya SDPP-2 1st construction stage and also the
CHP in the city of Sovetskaya Gavan. In addition, the company takes part in the
large hydropower project of the region – Nizhne-Bureyskaya HPP construction.
The Special Region
46
reds of DP supplying one or two
small villages. Also dozens of
units, similar to Mayskaya SDPP
in Sovetskaya Gavan, Artemovs-
kaya CHP and Komsomolskaya
CHP-1 are situated there. Men-
tioned plants were put into opera-
tion already in 1930s and have
been overaged at the moment.
All four projects are aimed to
the signi
fi
cant alterations of the
power engineering situation in the
region starting with the amount of
the generated power and
fi
nishing
with its cost and operating plants
ecological cleanness.
As for today the potential of
enterprises forming part of “Power
Machines” allows to meet cus-
tomer requirements in almost all
the types of power plant equipment
starting with turbines and
fi
nish-
ing with boilers and trans
-
formers.
Red Alert
Two steam turbines with the
regulating cogeneration steam
tapping with the capacity of
63 MW each were delivered to
the CHP in Sovetskaya Gavan
by OJSC “Kaluga Turbine Works”
in 2015. According to the Chief
Structural Engineer of OJSC
“Kaluga Turbine Works” Leonid
Muzarev opinion, the equipment
was designed especially for the
mentioned unit: “Special feature
of the turbines produced for the
“Sovetskaya Gavan” CHP is main
steam high pressure which is
13 MPa. The turbine is single-unit
and the rotor is solid-forged”.
Taganrog boilermaker “Krasny
Kotelshchik” became one more
“Power Machines” enterprise,
which takes part in the works for
Sovetskaya Gavan. It produced
three new boilers for the CHP
electrical power units. Every boiler
steam-production capacity is
210 tons of steam per hour. For
its construction staged scheme of
fuel burning was implemented. It
allows to increase environmental
measures of equipment by oxygen
level and
fl
ame body temperature
decrease. At the moment the
boilers, produced for Sovet-
skaya Gavan in Taganrog, as the
turbines of OJSC “Kaluga Turbine
Works”, have been delivered to
the plant.
In the Perma-
Frost Zone
Also “Power Machines” takes
active part in the production of
equipment for the Yakutskaya
SDPP-2. The new plant will
replace the retired capacities
of the operating SDPP, which
provides 94% of the electrical
energy consumption of the Sakha
Republic (Yakutia) nine districts
and 54% of its capital – Yakutsk
heat consumption. Rated electrical
capacity of the new Yakutskaya
SDPP-2 will be 193 MW, heat
capacity – 469 Gcal/h.
Yakutskaya SDPP-2 speci
fi
c
characteristic is its location in the
permafrost zone, which assumes
a number of design features both
for the plant building and for the
equipment applied at it. So, the
base plate of the plant building
in the permafrost conditions is
established on piles at the height
of three meters over the earth.
At the same time temperature
around Yakutsk falls up to –64°C
in winter. Units that are similar to
the plant in region have not been
built in the region since 80s, so
in the new project a number of
modern technical solutions have
been applied for the
fi
rst time.
“Waste-heat recovery units
designed for the Yakutskaya
SDPP-2 possess high stability to
the thermal shocks and low heat
retention. This feature will allow the
equipment putting into operation
in short terms, design engineer of
Taganrog design center Alexander
Kolesnikov says. – In addition,
the possibility of trouble-free
operation at seismic in
fl
uence by
intensity to 7 points is involved in
the boilers of that modi
fi
cation.
Lack of the developed transport
infrastructure around Yakutskaya
SDPP-2 was also estimated at the
design stage. This condition has
in
fl
uenced on mass-dimensional
parameters and separate units
design signi
fi
cantly”.
General Contract
In the project of the Blago vesh-
chen skaya CHP 2nd construc-
tion stage “Power Machines” is
a gene ral contractor. After the 2nd
con struction stage ful
fi
llment the
plant installed electrical capacity
was 400 MW, heat capacity was
1005 Gcal/h.
Blagoveshchenskaya CHP is
the newest in the Far East quad-
ruple. Its 1st construction stage
Unique unit – Yakutskaya SDPP-2 – is constructed
under severe conditions of permafrost
47
was put into operation completely
in 1985. CHP project includes also
the 2nd construction stage, but the
construction was interrupted be-
cause of economy problems in the
middle of 90s. As a result the lack
of capacity has led to the freeze
of engineering speci
fi
cations out-
putting for new connections to the
networks from the part of the plant.
Also the reserve of heat capacity
in boiler rooms which provide heat
power to the housing stock was
depleted. For the actively deve-
loping Blagoveshchensk it meant
a suspension of many plans, so
the CHP inclusion in the list of the
most priority objects of the region
is more than justi
fi
ed.
The contract signed between
“Power Machines” and CJSC
“Blagoveshchenskaya CHP”, “Rus -
Hydro” absolute af
fi
liated depen-
dent society, included implemen-
tation of installation and mounting
works within the reconstruction
of the earlier preserved site area,
production and delivery of all ne-
cessary equipment for the opera-
tion. The list of equipment included
a steam turbine with the capacity
of 120 MW completed with tur-
bine-type alternative, gene
rating
unit with excitation system, PC-
fi
red steam boiler and power and
unit transformers with the capacity
of 160 and 25 MVA.
The First Stage of
the Large-Scale
Construction
On the eve of 2016 “Power
Machines” has
fi
nished the 1st
stage of the Blagoveshchenskaya
CHP 2nd construction stage. The
new stage was put into opera-
tion. “Power Machines” realized
that owing to the consolidation of
the company`s diversi
fi
ed compe-
tences.
All involved divisions and plat-
forms functioning was coordi-
nated within the single integrated
activity-based network. According
to the project manager Vladimir
Mirzak, not only the short terms
of construction were the feature
of the project. “Much work had
to be carried out just-in-time, and
we managed to sign contracts, to
purchase the equipment and to
start implementation during the
time which usually only the study-
ing of documentation takes. In
conditions when the track of time
was estimated in hours, accurate
performance of technical proce-
dures became especially impor-
tant. Implementation of the SAP
system and also the Oracle Pri-
mavera program in the company
became not the last factor which
has de
fi
ned the project success,
due to the capability of mentioned
programs to increase projects
management to the level of the
international standards”, Vladimir
Mirzak tells.
Feature of the project also con-
sisted of the fact that its realiza-
tion was carried out on the site
area of the already operating plant
Transformers for the Blagoveshchenskaya CHP 2nd construction stage were
produced at the Power Machines Toshiba High-Voltage Transformers LLC
Generating unit stator
coil laying for the
Blagoveshchenskaya CHP
2nd construction stage
48
Power house of Blagoveshchenskaya CHP
2nd construction stage
1st construction stage. Besides
not all the units were under con-
struction from the green
fi
eld: the
part of the construction designs
built in the late 80s – the early 90s
was reconstructed and built-in to
new buildings. “To
fi
t the size of
the previous model machine, plant
designers have improved the cool-
ing system of the new turbine-type
alternative for the Blagoveshchen-
skaya CHP. Another fan, another
distributor of the stator coil cool-
ing system have been installed. In
addition, isolation with increased
thermal conduction was imple-
mented in the machine”, turbine-
type alternative Chief Structural
Engineer of “Power Machines”
Oleg Antonyuk says.
Everything
Is Own
Availability of own production
at “Power Machines” became one
more important component of the
project. After the signing of the
contract work on its implementation
has begun in parallel at a site
area in Blagoveshchensk and at
production site: in St. Petersburg
and Taganrog.
Speaking about the equipment
technical features, we should pay
special attention to the turbine-
type alternative, designed and
produced owing to “Elektrosila”
works, and also a boiler, designed
by the specialists of the Barnaul
branch of Taganrog “Krasny
Kotelshchik” boilermaker.
According to the contract re-
quirements, a new much more
heavier generator was necessary
to be combined with the param-
eters of the buildings constructed
in 1980s. Structural alteration of
the machine cooling system as-
sisted to achieve the necessary
result. That alteration allowed to
use air instead of hydrogen, and
also to implement stator coil with
the usage of insulating materials
with the increased parameters of
thermal conduction. As a result,
turbine-type alternative with inte-
grated water cooling of stator, ro-
tor and the core with the capacity
of 130 MW could save the model
size of turbine-type alternative
with hydrogen forced cooling and
the capacity of 110 MW obtaining
20 MW of additional capacity.
As for the boiler, the require-
ments of ecological safety
meeting became one of the
major tasks at its production.
Low-issue burners and fuel con-
sumption staged system have
been applied for the emission
of nitrogen oxides decrease.
Up to 98% of exit-gas ash can
be collected now by the con-
temporary electro
fi
lters, and slag
is directed through the bottom
ash-handling system to the
water channel and to storing.
Thus, a new electrical power unit
with the capacity of more than
120 MW and 188 Gcal/h putting
into operation practically hasn’t
increased an environmental
pressure on the city.
For ecological and techno-
logical safety the new electrical
power unit in Blago veshchensk is
equipped with automatic control
system, capable to con
fi
gure work
settings independently.
At the moment the new elec-
trical power unit has success fully
passed certi
fi
cation and guarantee
tests. 200 hours of tests of boiler
unit number 5 and boiler unit
number 4 proved the equipment is
managed to operate satisfactorily.
Till October, 2016 the
fi
nishing
work will be continued at the plant:
fuel feeder is updating, ancillary
facility is at the
fi
nal construction
stage, and provision of amenities
is carried out. In 2 years ahead
“Power Machines” has to ful
fi
ll
warranty obligations, including
advising personnel of the plant on
the questions connected with its
operation.
Against
the Nature
The largest waterways –
Zeya, Amur and Bureya rivers
of the region have always been
a great resource for the Far East
power engineering industry. So
that Ust-Srednekanskaya HPP in
the Magadan region and Nizhne-
Bureyskaya HPP in the Amur River
region construction works are going
on. Equipment for mentioned plans
will be delivered also by “Power
Machines”.
Nizhne-Bureyskaya HPP will
become not just the heaviest
49
power generator for the region,
but also will undertake a mission
on
fl
oods
prevention.
The
plant will be so-called counter-
regulator for Bureyskaya HPP,
in which construction, by the
way, in due time the “Power
Machines” enterprises also took
part. Among its functionalities
the equalization of Bureyskaya
HPP discharges during the day
and also settlement waterlogging
prevention will be.
Nizhne-Bureyskaya HPP esti-
mated capacity will be 320 MW,
annual average generation will
be 1650 million kWh. The agree-
ment on the delivery of four
hydro electric installations with
the capacity of 80 MW each for
the Nizhne-Bureyskaya HPP was
signed in the end of 2013, put-
ting it into operation is planned
till the end of 2016. Ecologically
safe design of hydroturbines is
among distinctive features of
the project: six meters impel-
ler cavity, where the mecha-
nism of runner-vane opening is
located, won’t be
fi
lled with oil.
That excludes a possibility of its
leakages in water. “On produc-
tion of such components – eco-
logically safe impellers large
in size – “Power Machines” is
second to none,” head of design
engineering sector of radial-
axial hydroturbines companies
Alexey Roganov says. “Modern
steam path with a new bucket
wheel system will also become
the important feature of the
Nizhne-Burey skaya HPP aggre-
gates. This will allow providing
as great as practicable ef
fi
ciency
factor”.
According to the agreement
con ditions “Power Machines” will
design, produce and deliver four
equipment package of hydro-
electric installation to the custo-
mer. Each of them includes Kap-
lan hydroturbine completed with
a system of automatic con
trol,
water-wheel generator com-
pleted with excitation system and
ancillary equipment of hydro-
electric installation as well.
Equipment production for
Nizhne-Bureyskaya HPP
PJSC “Power Machines”
3A Vatutina St.,
St. Petersburg, 195009, Russia
+7 (812) 346 70 37
www.power-m.ru
Оригинал статьи: The Far East Becomes Closer
“Power Machines” company takes part in the works on the three of four heat generation units erected within the federal program of economic and social development of the Far East and Transbaikal: this is Blagoveshchenskaya CHP 2nd construction stage, Yakutskaya SDPP-2 1st construction stage and also the CHP in the city of Sovetskaya Gavan. In addition, the company takes part in the large hydropower project of the region – Nizhne-Bureyskaya HPP construction.