Looking for a reliable China manufacturer and supplier? Look no further! Shandong Haiding Shipbuilding Co., Ltd. is a leading factory offering high-quality Jack up living quarter platform. HAIDING SHIPYARD Jack up Living Quarter Platform is a heavy-duty living support equipment designed for 3-100m marine water depth, with spud leg design length of 20-100m and total platform load capacity of 3000 tons. It core-integrates a 100-person modular living cabin (accommodation, catering, office), medical support module, and emergency rescue system, focusing on long-term personnel residency (30-180 days) and living support tasks for offshore oil and gas fields, wind power platforms, and deep-sea engineering. Aiming at the pain points of marine living such as "poor comfort, difficult supply, and high safety risks in complex sea conditions", it realizes integrated support of "living + office + medical + emergency" through CCSB steel plate rigid structure (yield strength ≥235MPa), constant temperature and humidity environment control, and wind-wave resistant stable design (Grade 11 wind resistance). The personnel living comfort reaches 90% of onshore standards, and the supply cycle is extended to 30 days, providing a "highly comfortable, highly reliable, highly safe" living solution for marine engineering.
100-Person Living Support:HAIDING SHIPYARD Jack up Living Quarter Platform adopts layered modular living cabins (3-4 floors in total, 1200-1500㎡ total area), including single/double dormitories (50 rooms total, 15-20㎡ per room, equipped with independent bathroom, wardrobe, air conditioning), public canteen (accommodating 80 people dining simultaneously, equipped with 50m³ total cold storage/freezer), office area (20 workstations + 2 meeting rooms), entertainment area (gym, reading room, audio-visual room), meeting the living and spiritual needs of long-term resident personnel;
Constant Temperature & Humidity Environment Control: The HAIDING SHIPYARD Jack up Living Quarter Platform is equipped with a central air conditioning system (temperature control 22-26℃, humidity 40%-60%) and air purification system (PM2.5 filtration efficiency ≥95%); the CCSB steel plate cabin adopts an insulated sandwich design (heat preservation coefficient ≤0.03W/(m·K)), which can maintain a comfortable indoor environment in sea areas of -20℃~40℃ without being affected by external temperature fluctuations.
Medical & Emergency Support:HAIDING SHIPYARD Jack up Living Quarter Platform equipped with a standard medical cabin (including treatment room, emergency room, medicine storage cabinet) capable of handling common diseases and trauma first aid; integrates an emergency shelter cabin (anti-explosion pressure ≥0.15MPa, accommodating 100 people) and fire protection system (automatic sprinkler + gas fire extinguishing), meeting personnel safety needs in extreme situations;
Independent Supply & Energy Supply: HAIDING SHIPYARD Jack up Living Quarter Platform equipped with a 200m³ fresh water storage tank (daily consumption 1.5m³/person, meeting 30-day supply) and 100kW solar photovoltaic panels (auxiliary power supply, reducing diesel consumption by 20%), combined with 2 sets of 500kW diesel generators (one in use, one standby), realizing independent guarantee of energy and fresh water, and reducing dependence on external supply ships.

Spud Leg & Structure Adaptation:HAIDING SHIPYARD Jack up Living Quarter Platform adopts 3 sectional truss spud legs (diameter 2.5-3.0m, material: CCSB marine steel plate) with customizable length of 20-100m, adapting to 3-100m water depth: 20-40m short legs for shallow sea (3-20m), 40-70m medium legs for medium sea (20-50m), 70-100m long legs for deep sea (50-100m); spud cans adopt anti-slip design (contact area ≥70㎡, welded with CCSB steel plate) to prevent sliding on muddy seabeds;
Sectional Transportation & Assembly: The HAIDING SHIPYARD Jack up Living Quarter Platform is split into 5-7 sections (main platform section, spud leg section, living cabin module section, all welded with CCSB steel plate) with maximum single-section weight ≤100 tons, which can be transported globally by ocean-going barges and semi-submersible ships; on-site assembly is completed with flanges + prestressed bolts, and takes 8-12 days with marine floating cranes, 40% shorter than the deployment cycle of traditional living support ships;
Modular Maintenance of Living Facilities: Core facilities such as air conditioning systems, fresh water purification equipment, and generators adopt modular design, which can be disassembled and replaced as a whole in case of failure, reducing maintenance time to 8 hours/time; the spud leg rack is quenched and tempered with CCSB steel plate (hardness ≥200HB), with service life ≥20 years in deep-sea environment, and annual maintenance cost 30% lower than traditional living support ships.
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Parameter Category |
Specific Item |
Specification Range |
Remarks |
|
Basic Dimensions |
Total Platform Length (m) |
50-70 |
5-7 sections, single section length ≤15m |
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|
Total Platform Width (m) |
20-25 |
Living cabin ratio ≥60% (including supporting areas) |
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Platform Depth (m) |
6.0-7.0 |
Ensures living cabin floor height (≥3.0m per floor) |
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Lifting Performance |
Number/Type of Spud Legs |
3/truss-type |
Diameter 2.5-3.0m, material: CCSB marine steel plate |
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|
Spud Leg Length (m) |
20-100 |
Adapted to 3-100m water depth, customizable |
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|
Lifting Speed (m/min) |
0.3-0.5 |
Full-load lifting speed ≥0.3m/min |
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|
Seabed Insertion Depth (m) |
≥8 |
Expandable spud can optional for soft soil (contact area ≥70㎡, CCSB steel plate) |
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Load & Living Performance |
Total Platform Load (t) |
3000 |
Including living facilities, personnel, materials, fresh water/food |
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|
Deck Uniform Load (kN/㎡) |
50-60 |
Living cabin area load ≥80kN/㎡ |
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|
Rated Accommodation Capacity (persons) |
≤100 |
Single/double dormitories configurable flexibly |
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Living Support Parameters |
Canteen capacity 80 persons, fresh water tank 200m³, cold storage 30m³, freezer 20m³ |
Daily fresh water consumption 1.5m³/person |
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Energy Supply |
Diesel generators 2×500kW (one in use, one standby), photovoltaic panels 100kW |
Daily power generation ≥800kWh |
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Structure & Material |
Platform Material |
Main structure: CCSB marine steel plate; Living cabin: CCSB insulated steel plate |
Living cabin insulation sandwich thickness ≥100mm, yield strength ≥235MPa |
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|
Anti-corrosion Treatment |
Deep-sea heavy anti-corrosion coating + cathodic protection |
Underwater anti-corrosion life ≥15 years |
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Leveling Accuracy |
±0.1° |
Full-automatic hydraulic leveling system (preventing indoor items from tipping) |
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Safety Configuration |
Wind Resistance Grade |
Grade 11 |
Platform in raised state, living cabin windproof sealing |
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Emergency System |
Emergency generator (200kW), manual lifting device, emergency shelter cabin |
Shelter cabin anti-explosion pressure ≥0.15MPa |
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Monitoring System |
Level, cabin environment, wind speed, fire monitoring |
Data uploaded to shore-based command center in real time |
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Certification Standard |
Product Certification |
ABS/CCS/DNV marine platform certification |
Complies withRules for Classification of Mobile Offshore Units &Marine Living Facilities Safety Standards |

Offshore Oil & Gas Field Personnel Support
Long-Term Resident Living: In oil and gas fields (water depth 30-80m) of the South China Sea and Bohai Bay, provide 30-90 days of resident living support for 50-100 drilling/production personnel; the modular design of the living cabin allows flexible dormitory configuration according to personnel gender and positions; the canteen provides 3 hot meals daily; the gym and audio-visual room relieve personnel pressure from offshore work;
Medical & Emergency Support: The medical cabin is equipped with professional medical staff, capable of handling common issues such as colds and injuries; in emergency situations, it links with onshore hospitals via satellite communication for telemedicine; the emergency shelter cabin can protect personnel safety in extreme situations such as typhoons and blowouts, and cooperate with the platform emergency generator to achieve 72-hour independent power supply.
Deep-Sea Engineering Emergency Living Support
Emergency Personnel Resettlement: In emergency projects such as sunken ship salvage and submarine pipeline emergency repair, quickly deploy the platform (assembly cycle ≤10 days) to provide temporary accommodation for 30-50 emergency personnel; the living cabin can complete ventilation, water supply and power supply commissioning within 24 hours, meeting the rapid response needs of emergency operations;
Post-Disaster Living Support: After marine engineering accidents (such as platform fires and collisions), provide temporary living support for affected personnel; the medical cabin handles the treatment of injured personnel; the emergency shelter cabin provides a safe living space until personnel are transferred to land or other platforms.
Address
No. 8888, Wanhong Avenue, Huanglou Sub-district, Qingzhou City, Weifang City, Shandong Province, China
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