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Contractor: Damen Schelde Naval Shipbuilding Owner: Royal Dutch Navy
Ocean Going Patrol Vessel - Holland Class
OUTSIDE 35 C HUMIDITY 90%
22ยบ C
Inside
PROVIDED BY HEINEN & HOPMAN
Heating
Ventilation
Air Conditioning
Refrigeration
DESCRIPTION OF THE PROJECT A study by Royal Dutch Navy concluded that changes in the field required a different type of vessel. The study proposed the selling of the four frigates of the Karel Doorman class and replacing them with four new Ocean Going Patrol Vessels with a permanent crew of 50 and accommodation spaces for an additional 40 non-listed crew plus the availability to accommodate 100 evacuees. Since end of the cold war, the focus has increasingly shifted from traditional combatant warfare
to facing more unconventional threats: pirates, smugglers and terrorists rather than large foreign navies. It is due to the demands of this so-called asymmetric warfare, but also with humanitarian missions in mind, that the Holland class of ships was conceived, resulting in longer endurance, all-weather operability, selfsustainability, versatile, smaller crews and more economic operation at patrol speeds. The Holland class P840 - Hr Ms Holland, P841 - Hr Ms Zeeland, P842 - Hr Ms Friesland and P843 - Zr Ms Groningen, have been awarded in the Maritime awards gala to ‘Ship of the year 2012’ in The Netherlands.
KEY FEATURES
TECHNICAL CHALLENGES
Displacement: 3750 tonnes Length overall: 108 metres Beam: 16 metres Speed: 22 knots Complement: 50 crew Propulsion: 2x 5,4 MW Diesel/Electric Thrusters: 1x Bow Thruster Armament: Main Cannon 76mm Oto Melara, 1x 30mm rapid Fire Cannon Oto Melara Marlin, 2x 12,7mm Oto Melara Hitrole Machine guns Combat Manage System: CAMS-Force vision Helicopter: 1x NH-90 Speedboats: 2x FRISC (40 knots)
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Minimize the impact to the environment (green credentials) Electrical equipment to minimize the Total Harmonic Distortion of electrical HVAC/R consumers Vulnerability requirements for various systems Ammunition rooms Hospital facility with treatment room NBC filtration units Control equipment for citadel to keep vessel safe from nuclear, biological and chemical attacks Equipment for Thales Integrated Mast Module Modulated burner control of central heating boilers to minimize CO and NOx emission Factory Acceptance Testing at new Heinen & Hopman test facility Variable speed control of chilled water pumps Installation works for HVAC , chilled water and central heating water piping systems Various measures to enable minimum crew (FMEA analyses, etc.)
SCOPE OF WORK
ORGANIZATIONAL CHALLENGES
Design & Engineering Project management Custom built production Installation & Implementation Supervision Commissioning
Two (2) patrol vessels have been built in Romania and two (2) patrol vessels in Vlissingen, The Netherlands at the same time. This construction requires project management, database orientated engineering and logistics to control all Material Resourses in a good practice way.
SCOPE OF SUPPLY Accommodation, Hull & Integrated Mast Module • • • • • • • • • • •
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Contractor: Damen Schelde Naval Shipbuilding Owner: Royal Dutch Navy
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Air intake systems for HVAC Supply air ventilation fans 10x Exhaust air ventilation fans 39x Air Handling Units 5x Fan coil units 31x Engine room ventilation fans 6x Humidifiers Air filters Toxic Industrial Material filtration 2x units Chilled water units R134a 2x Chilled water ditribution system 2x (piping installation with 46 consumers) Chilled water system for Integrated 2x Mast Module Cooling coils Central heating boilers (modulated 2x burners) Radiators, fan heating units 2x Central heating distribution system 2x (piping installation with 56 consumers) Provision Cooling system (7 rooms 4x totalling 144 m3 at -20 C to + 7 C - R404A) HVAC/R Electrical & Automation system Dampers (i.e. watertight valves, fire dampers, shut-off dampers, smoke dampers) Dampers (regulating dampers, closing dampers) Sound attenuators Supply and extract ornaments (incl. galley hoods) Various control equipment to enable a citadel situation onboard
Total capacity 54.000 m3/h Total capacity 49.000 m3/h Total capacity 32.850 m3/h Total capacity 45.000 m3/h Total capacity 272.612 m3/h
Total capacity 1.800 m3/h Total capacity 1.120 kW Total capacity 105 m3
Total capacity 35 m3/h (4 bar)
Total capacity 415 kW
Total capacity 35 m3/h
Total capacity 12,7 kW
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