m a r d i n floating power plant 3

Floating Power Plant Projects

2010

We Offer

Support Floating Power Plants according to the Pakistan Government Requirements

Help to solve electricity shortage in short period

Viable Solution for PakistanContinous Power SupplyOperation and Maintenance Service of FPP

Advantages of Floating Power PlantsConstructed in shipyards under controlled conditionsShort delivery timeFast supply of electro energy to areas with

poor industrial infrastructureOperation possible on areas with poor logistic

infrastructure

Advantages of Floating Power PlantsIndependent from soil qualitySafe on earth quake and flooding areasLarge site not neededMobile

Advantages of Floating Power PlantsThe floating Diesel power station can be

supplied with two cooling alternatives: sea water cooling or roof-mounted radiator equipment.

Minimum operator‘s investment risk due to the mobility, versatility and adaptability of this type of plant.

Principal Diamensions

Diamensions can be changed according to project.

Design Considerations

The design of an FPP marries the engineeringprotocols of the Marine and Power GenerationIndustries. It operates like a ship at sea onlyrequiring fuel for it’s generating machinery.

The FPP is not designed to sit in waters that areaggravated by waves however, that make it movelike a vessel at sea, but rather they are designedfor service in protected inland waters such asrivers, lagoons, or ports.

Open Ocean GenerationWhile floating power plants are generally designed for

installation inprotected waters, solutions to offshore problems have given

rise to theidea of open ocean installations. Design of such units is quite

different forthese facilities since consideration has to be given to vessel

motions, deepsea mooring systems, subsea fuel supplies and survival in

stormconditions. The generation of high voltage DC electricity and

it’s subseatransmission is also considered for offshore FPP installations.

ConstructabilityOne of the biggest advantages of the power barge is it’s

constructability;the whole power plant can be constructed under ideal

conditions at aShipyard in a location far from the eventual operational site.

Much of the system testing is achieved prior to the barge leaving the

shipyard. This feature is particularly important for installation of barges

in locations where Greenfield construction may be difficult and

expensive.

FuelsThe economics of fuels for any power plant, on land or

floating, in anypart of the world is a matter of availability and cost.

Options are often limited in many countries and thus one has to use

Available fuels irrespective of cost.

Project ImplementationFloating power projects require sound planning and

engineering just likeany power generation project.

Location, site conditions, environmental issues, mooring systems,

transmission voltage, cooling systems, permitting, fuel supply andstorage,

etc are all considered in formulating the design basis and eventual

project implementation.

TransportationOne of the more significant differences of a floating power

plant to a landbased plant is it’s transportability; being capable of moving

the unit fromOne location to another. This is achieved with the use of

submersibleheavy lift ships, designed to move very large structures

around the worldWeighing upwards of 60,000 tons. A power barge can be

moved from onelocation to another in a matter of weeks and connected to the

grid toalleviate local shortages.

Barge OperationsFPP operations are carried out very much the same as land

based facilities, with the plant being dispatched in accordance with

griddemand. Irrespective of the generating technology installed,

the FFP isfitted with an onboard control room complete with data

acquisition andall machinery and equipment controls. Switchgear, motor

controllers, main breakers and station and step up transformers are all

installed onthe barge.

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REFERENCES

Inspection and evaluation of 200 MW power plant at Saudi Arabia Inspection and evaluation of 4 x Power Barges in Manila Phillipines Project Management of 110 MW Floating Power Barge at Singapore Project Management of 120 MW Floating Power Ship in Turkey Project Management of 160 MW Floating Power Ship in Turkey Project Management of 200 MW Floating Power Ship in Turkey

MARDIN ENERGY & MARINE Inc.

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MARDIN ENERGY & MARINE Inc.