SY/T 0312-1996 Technical specification for outfitting of offshore petroleum engineering
Some standard content:
Standard of the People's Republic of China for Petroleum and Natural Gas Industry Technical Specification of Outfitting for Petroleum Engineering in Beach-Shallow SeaSY/ T 0312--96 Edited by: Liaohe Petroleum Exploration Bureau Survey and Design Institute, Oil Construction Company No. 1 Approved by: China National Petroleum Corporation Petroleum Industry Press 1997 Beijing Cabin Rate and Passageway Center General Provisions ++**+ Living Room Working Room Insulation and Dressing Doors and Windows Passageway, Exit and Reception , personnel safety protection
fireproof structure
ventilation and ventilation cap
ventilation pipe and drain hole
helicopter platform"
tank fire fighting and mooring equipment
general provisions
00000080040076e49006066400004.2 temporary staggered mooring and mooring equipment
4.3 positioning mooring equipment
5 teaching equipment
general provisions
national large business products
the equipment of teaching equipment 5.3 Storage, climbing and landing of teaching equipment 6. General provisions for construction 6.2 Inspection and acceptance of materials and equipment Construction and installation of saw structures 6.4 Connection Insulation, decoration and door and window engineering Equipment installation Acceptance of completion Inspection and acceptance 7.2. Completion data Appendix A Explanation of terms used in this specification Additional instructions (46) tt||Technical Specifications for Sun-drying of Beach Oil Engineering. Explanation of Articles (52) Document of China National Petroleum Corporation
(96) CNPC Technical Supervision No. 642
Notice on the approval and release of 14 oil and gas industry standards including "Gas Field Gas Gathering Engineering Design Specifications" To all relevant units:
Four oil and gas industry standards including "Qi Mi Gas Gathering Engineering Design Specifications" (draft). After review and approval, they are now approved as oil and gas industry standards and are published. The numbers and names of the various standards are as follows: Serial No.
SY/T 001096
SY /T 0011--96
SY 0043—96
SY/T 0091—96
SY / T 030696
SY T 0307-96
SYT 0308--96
Design specification for gas field gas gathering engineering (replace
SYJ 10—86)
Design specification for natural gas purification plant in gas field (replace
SYJ 11--85)
Coloring standard for surface pipelines and equipment in oil and gas fields (replacing SYJ4389)
Design specification for computer control system of oil and gas fields and pipelines
Technical specification for thermal heating of beach and sea petroleum projects Technical specification for vertical circular steel welded fixed-roof storage tanks in beach and sea petroleum projects
·Technical specification for water injection in beach and sea petroleum projects
SY 2 T 0309- 96
SY T 0310-96
SY / T 0311—96
SY /T 0312-96
SY/T 0313-96
SY/T 0314-96
SY/T 030596
· Technical Specification for Produced Water Treatment of Beach Oil Project
Technical Specification for Instrumentation and Automatic Control of Beach Oil ProjectbZxz.net
Technical Specification for Communication of Beach Oil Project
Technical Specification for Sun-drying Equipment of Beach Oil Project
Technical Specification for Design and Construction of Wharf of Weihai Oil Project
Technical Specification for Design and Construction of Concrete Platform Structure of Beach Oil Project
Technical Specification for Pipeline System of Beach Oil Project
The above standards shall be implemented on July 1, 1997. China National Petroleum Corporation
December 3, 1996
1 General Principles
11 This specification is formulated to standardize the design and construction of beach oil project equipment: to ensure safety and reliability, advanced technology, economical and practical, and environmental protection. 1.0.2 This specification applies to the design and construction of fixed platforms, mobile platforms and artificial islands for oil and gas exploration in dry sea areas. 1.0.3 Applicable standards: 3 Basic forms and dimensions of weld grooves for gas welding, manual arc welding and gas shielded welding GB 98588 GB98688 GB 3323-87 Basic forms and dimensions of weld grooves for submerged arc welding Radiography and quality classification of steel fusion welded butt joints GB 11345--89 SYJ 4043-89
Methods and results of manual ultrasonic flaw detection of steel welds Penetrant flaw detection technical standard for normal pressure steel welded oil tanks Magnetic particle flaw detection technical standard for normal pressure steel welded oil tanks SYJ404489
SY/T4084-95 Technical specification for beach sea environmental conditions and loads SY/T4094-95 Technical specification for design and construction of beach steel fixed platform structures
China Classification Society Specification for Classification and Construction of Steel Seagoing Vessels (1989) Technical Rules for Statutory Inspection of Seagoing Vessels by the Ship Inspection Bureau of the People's Republic of China (1992)
Ship Inspection Bureau of the People's Republic of China Ship Signal Equipment Ship Model Ship Inspection Bureau of the People's Republic of China Ship Life-saving Equipment Specification (1990) 1.04 In addition to complying with this specification, the design and construction of beach petroleum engineering installations shall also comply with the provisions of the current national standards (specifications). 2 Technology.
2.0.1 Enclosed locations Enclosed locations are spaces that are secured by floors, bulkheads and decks and may have doors and windows.
2.0.2 Semi-enclosed locations Semi-enclosed locations are spaces where natural ventilation conditions are significantly different from those on open decks due to structures such as top plates, windbreaks and walls, so that gases do not diffuse. 2.0.3 Non-combustible material Non-combustible material refers to materials that, when heated to approximately 750°C, neither burn nor emit combustible gases sufficient to cause spontaneous combustion. Any other materials are combustible materials.
2.0.4 Low flame spread Low flame spread refers to the property of the material surface that can effectively limit the spread of flame. 2.0.5 Steel or other equivalent material Steel or other equivalent material, where equivalent material refers to any non-combustible material itself or due to the insulation provided, after the corresponding fire resistance time of the standard fire resistance test, the material has the same performance as steel in terms of structure and integrity. 2.0.6 Standard fire resistance test A standard fire resistance test refers to a test in which the test sample of the partition or deck is placed in a test furnace and heated to a temperature curve equivalent to the following standard time. The exposed surface area of the specimen is not to be less than 4.65m2 and its height (or deck length) is not to be less than 2.44m2. The specimen is to be as close as possible to the designed structure and include at least one joint at an appropriate location. The standard time-temperature curve is a smooth oil line connecting the following test points measured at the initial furnace temperature: from the start to the full 5min - 556°C;
659°C:
from the start to the full 10min -
from the start to the full 15min 718°C:
from the start to the full 30min - 821°C;
from the start to the full 60min - 925°C.
z.0.7 "A\class divisions" "A" class divisions are divisions consisting of bulkheads and decks that meet the following requirements: they should be made of steel or other equivalent materials; they should have appropriate anti-torque reinforcement; their construction should be able to prevent the passage of smoke and flames at the end of the 1h standard endurance test; they should be insulated with approved non-combustible materials so that, compared with the original temperature, the average temperature increase on the back-fired side does not exceed 139°C within the following time, and the temperature increase at any point, including joints, does not exceed 180°C:
\A-60 grade\-
-60min:
\A-30 Class"--30min;
\A-—15 Class\--15niin;
\A0 Class\—-0min.
A one-time fire resistance test must be carried out on bulkheads and deck specimens used for "A" class divisions in accordance with the requirements of the "standard fire resistance test" and approved by the issuing inspection agency. 2.0.8 "B\ Class Division\B\ Class "B" class divisions are divisions consisting of bulkheads, decks and ceilings that meet the following requirements: their structure can prevent the passage of flames within the first half hour of the standard fire test; the increase in the average temperature of the non-fired surface compared with the original temperature does not exceed 139°C during the following time, and the increase in temperature at any point including joints does not exceed 225°C:
\B-15 grade\——15min;
\B-0 grade\---0min.
"B\ class divisions should be made and assembled with approved non-combustible materials, which does not exclude the use of combustible linings as long as the above materials meet the other requirements of this article. 2.0.9\C\ class divisions\C\ class "divisions" should be made of approved non-combustible materials and do not need to meet the requirements of preventing the passage of smoke and flames and limiting temperature rise.
2.0.10 Control stationscontrolstations
Control stations refer to places where the following equipment is installed: radio communication equipment, emergency power supply: central control panel, emergency shutdown control panel, fire panel. Centralized fixed fire protection system.
2.0.11 Corridorscorridors refer to corridors and hallways.
2.0.12 AccommodationspacesAccommodationspaces refer to halls, restaurants, lounges and fixed enclosed spaces for similar purposes, living rooms, offices, medical rooms, entertainment rooms and similar spaces. 2.0.13 Stairwaysstair ways
Stairways refer to internal stairways, elevators (except stairways located entirely in machinery spaces) and their enclosures.
2.0.14 Service spaces with low fire risk low risk service spaces Service spaces with low fire risk refer to drying rooms, laundry rooms, and cabinets and storerooms that do not store flammable materials.
2.0.15 “A\ machinery spaces” \A” machinery spaces refer to spaces equipped with internal combustion engines, oil-fired boilers, and oil-fired installations with a total output power of not less than 375 kW, and the surrounding passages leading to these spaces. 2.0.16 Other machinery spaces Other machinery spaces are spaces other than Category A machinery spaces that contain internal combustion engines, generators, main electrical equipment, refrigerators, ventilation and air conditioning equipment, and passageways leading to these spaces.
2.0.17 High risk service spaces High risk service spaces are cabinets for storing flammable materials, storerooms and work spaces, kitchens, pantries with cooking equipment, paint rooms, and repair rooms that are not part of Category A machinery spaces and other machinery spaces. 2.0.18 Open decks decks
Open decks are open deck spaces, excluding danger zones. 2.0.19 Sanitary and similar spaces Sanitary and similar spaces are shared sanitary facilities, such as shower rooms, bathrooms, toilets, etc., and separate catering rooms without cooking equipment. Sanitary facilities used in a space and accessible only from that space should be considered part of that space. 2.0.20 Continuous\B\class ceil-ings or linings
continuous\B\class ceil-ings or linings
Continuous \B" class ceilings or linings are \B" class ceilings or linings that terminate only at \A\ class or \B\ class divisions
2.0.21 Weathertight
Weathertight means that water shall not penetrate into the platform at any sea level.2.0.22 Watertight
Watertight means that entry into the structure from any direction shall be prevented under the designed water pressure head of the surrounding structure.
Gas-tight doon
A gas-tight doon is a tightly fitting integral door designed to prevent the passage of gas under normal atmospheric conditions
2.0.24 Freeboard
refers to the vertical distance measured from the upper edge of the platform deck line to the upper edge of the relevant load line at midship.
2.0.25 Lifeboat
Lifeboat means a raft capable of carrying persons away from a platform to be abandoned and maintaining them until they are rescued.
2.0.26 Lifeboats
A lifeboat is an easy-to-maneuver boat that can be quickly lowered into the water and is suitable for quickly rescuing people who fall into the water or towing lifeboats away from the immediate danger. 2.0.27 Rescueboat
A rescue boat is a boat designed for rescuing persons in distress and for assembling lifeboats and rescue suits. 2.0.28 Immersion suits Immersion suits refer to waterproof and thermal suits designed to reduce body heat loss in water.
3 Cabins and passages
3.1 General provisions
3.1.1 Living cabins should include living rooms, entertainment rooms, offices, medical rooms, kitchens, restaurants, toilets, shower rooms, laundry rooms, washrooms, dry food storage, cold storage rooms, etc. Cabins and indoor facilities should be configured according to the type and number of platforms. 3.1.2 Working cabins should include communication rooms, power distribution rooms, paint rooms, CO rooms, laboratories, repair rooms, cabs, central control rooms, etc. Each working cabin should be configured according to the functional requirements of the platform.
313 Fire protection requirements: Beds, desks, and other furniture in cabins should be made of non-combustible materials; the frames of all movable furniture should be made of non-combustible materials; indoor carpets should be low flame spread.
3.1.4 The number of openings on watertight bulkheads should be minimized. The opening should be equipped with watertight closing equipment and should have the same strength as the adjacent structure. The requirements for watertight closing equipment should comply with the relevant provisions of the "Technical Rules for Statutory Inspection of Marine Damage". 3.2 Living cabins
3.2.1 Living rooms should comply with the following provisions:
3.2.1.1 The number of people living in each living room should not be more than 4; 3.2.1.2 The area occupied by each person in a general living room should not be less than 3m, and the area occupied by a single room should not be more than 4.3m;
The clearance of the living room should not be less than 2.3m
Each person in the living room should be provided with a bed according to the total number of people. No more than two layers of beds should be set in the living room. The minimum size of the berth and the minimum height of the berth should not be less than Table 3. 2.1 Height of bunk beds Minimum size and minimum height of bunks (m2) Length and width of bunks (inner edge of bed frame) Measured from the upper surface of the deck floor to the lower surface of the lower bunk board, from the lower surface of the lower bunk board to the lower surface of the upper board, from the lower surface of the upper board to the lower surface of the ceiling or the lower edge of the beam. A dressing table is provided for each person. A writing desk and chair can be provided in the living room; Shading curtains and bed curtains should be provided in the living room. 3.2.21 Shelters shall comply with the following requirements: 1.90× 0.80
The kitchen area should be determined according to the type and size of the platform, the number of residents, and the kitchen equipment. 3.2.2.1
The width of the passage in front of the stove should not be less than 1m, and the width in front of the workbench and other kitchen equipment should not be less than 0.8m. 3.2.2.2 The kitchen should be close to the restaurant and away from the sanitary and medical places. 3.2.2.3 There should be no passage leading to other places through the kitchen, and the cooking smell in the kitchen should be prevented from penetrating into the living places or the restaurant. The kitchen should not be set above the high shelter.
The kitchen should be equipped with good ventilation equipment: lighting equipment 3.2. 2.41
3.2.2.5 The kitchen should be equipped with utensils for preparing raw food, tableware and condiments, utensils for distributing cooked food, and waste disposal utensils; 3.2.2.6 The layout of kitchen equipment and utensils should be compact and easy to operate, and should meet the functional requirements of food preparation, washing, cooking and serving; 3.2.2.7 The kitchen floor should be covered with waterproof and non-slip floor coverings, and appropriate drainage holes should be set;
3.2.2.8 The kitchen should not be located under the dishwashing area; 3.2.2.9 The distance between the stove in the kitchen and the adjacent wall should be at least 120mm, and insulation measures should be taken;
3.2.3 The restaurant should meet the following requirements: The number of people that the restaurant can accommodate for each meal should not be less than the total number of people on the offshore platform.
Tip: This standard content only shows part of the intercepted content of the complete standard. If you need the complete standard, please go to the top to download the complete standard document for free.