Похожие презентации:
Pump Audit Russia
1.
Pump AuditRussia
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Pump Audit Team. 17 dedicated persons. 16 Mobile MeasureComplexes
Business unit Project Sales. Moscow. 3
MMC
Alexey Ponomarev, Vyacheslav Ladynskiy, Aleksandr
Kuznetsov
Central region. Moscow, Yaroslavl. 2 MMC Sergey Lebedev, Mikhail Bagranov
North-West region. Saint-Petersburg. 1
MMC
Evgeniy Danilyuk
South region. Rostov on Don, Volgograd,
Krasnodar. 2 MMC
Privolzhskiy region. Samara, Saratov. 2
MMC
Stanislav Nikulchenkov, Evgeniy Gauzer, Evgeniy
Kondratiev
Ural region. Ekaterinburg. 1 MMC
Siberian region. Novosibirsk, Omsk,
Krasnoyarsk. 3 MMC
Mikhail Vorobiev
Far East region. Khabarovsk. 1 MMC
Jury Kovenev
Belorussia. Minsk. 1 MMC
Viktor Goncharik
Sergey Kurazhov, Vyacheslav Makarovskiy
Ivan Kolevatov, Sergey Lanchuk, Artem Nuzhdin
4.
Grundfos certificate for energy audits5.
Mobile Measure Complexes6.
Waste Water Pump AuditMobile Measure Complexes WW. Submersible flow meter
7.
Auxiliary & Personal protection equipment8.
Realized PA Projects2012-1014
• http://www.grundfos.ru/about/pump_audit/
9.
Yaroslavl Water WorksWW Pumping Station №19 reconstruction
5 S2 3004 AM6 pumps,
Control panel,
remote managment
Economy
18 000
kWt/h per day
10.
Saint-Petersburg. The Hermitage State MuseumRain WW Pumping Station.
4 SL1.100.100.A.4.51D pumps
Control DC
Central heating: 2 NB 80-315/305 pumps
11.
Podolsk Water Works ,Desnynskyj Pumping Station. Pressure boosting
Economy from May till November 1 333 624 kWt/h. Savings more
than 3 000 000 rubles
12.
Belorussia, Soligorsk Water Works. Pressureboosting
TP 200-590/4 (110 kWt)
Control MPC-E 2x110 Ess-I
Energy consumption: February 2013 – 117 745 kWt
February 2014 – 86 380 kWt
Savings: 31 365 kWt per mounth; Efficiency: 26
%
13.
Istra Water works. Pumping Stations № 2, 3, 4, 5.Pressure boosting. NB 45 kWt
14.
WFEWell Field Energy
A
Audit
15.
Well Field Energy Audit – want to save 30-50%?Extracting groundwater from well fields
represents up to 40-50% of the total energy
consumption when supplying groundwater to
the public
A WFEA provides an overview of the entire
system’s energy savings potential
Includes everything from initial pressure loss
calculations to final recommendations for
improvement (see more details in the next
slides).
Recommendations can include replacing old
pumps, replacing over-sized pumps, or the
use of frequency drives
16.
Water drawdownOFF
OFF
17.
Water drawdownON
OFF
Water drawdown
18.
Water drawdown - interactionON
ON
19.
Water drawdown - interactionON
OFF
ON
20.
Geopgraphical layout well fieldWasserverband Nordhannover - Wettmar water treatment plant
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Geopgraphical layout well fieldWasserverband Nordhannover - Wettmar water treatment plant
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Selected case storiesWFEA
Well Field Energy
Audit
27.
Haderslev MunicipalityVojens Waterworks – Denmark
• Extraction: 560.000 m3/yr
• Savings: 44 MWh/yr = 34%
• Payback: 3,3 year
28.
Jelcz-Laskowice – Poland• Extraction: 0,92 mill. m3/yr
• Savings: 133 MWh/yr = 55 %
• Payback: < 2 years
29.
Galten – Denmark• Extraction: 310.000 m3/yr
• Savings: 28 MWh/yr = 53 %
• Payback: < 2 year
30.
Loosdrecht – The Netherlands• Extraction: 2,9 mill. m3/yr
• Savings: 55.000 kWh/yr = 21 %
• Payback: < 5 year
The challenge
• The Dutch drinking water supplier Vitens
committed to an energy saving target asked
Grundfos to improve efficiency at one of its
plants
• Grundfos provided a Pump Audit and Well
Field Energy Audit
The solution
• Although the plant proved relatively efficient,
Grundfos saw its submersible pumps were
oversized
• These were replaced with correctly sized
SP125 versions that use 21% less energy
31.
Strib – Denmark• Extraction: 200.000 m3/yr
• Savings: 24.000 kWh/yr = 48 %
• Payback: to be calculated
32.
Why get a Well Field Energy Audit?If the Danish water sector optimised all its well fields
– what would happen?
It would save
11%
of its total energy
consumption!!
That’s
22.000.000
kWh / year and
11.000.000
kgCO2 / year
That is the CO2
emission of an
airplane that goes
around the world
2744 times