GB/T 8423.6-2020 in English
VALIDPetroleum and natural gas industries terminology-Part 6 :Safety and environmental protection and energy conservation
- Issued on:2020-06-02
- Implemented on:2020-12-01
- File Format:PDF
- Delivery:Via email within 1~3 business days
Price(USD)：
$250.00
$243.00
$243.00
《GB/T 8423.6-2020石油天然气工业术语 第6部分：安全环保节能》由TC355（全国石油天然气标准化技术委员会）归口，主管部门为国家标准化管理委员会。
Introduction
Interpretation of the core content of the standard
| Chapters | Number of core terms | Key technical requirements | Application scenarios |
|---|---|---|---|
| 2.1 Safety management | 18 items | HSE system, risk classification control, emergency plan | Enterprise standardization construction |
| 2.2 Production operations | 16 items | Hot work/confined space operation permit, blowout prevention and control | On-site operation specifications |
| 3 Environmental protection requirements | 22 items | Oily sludge treatment, VOCs recovery, green mines | Pollution prevention and control implementation |
| 4 energy-saving indicators | 28 items | System energy efficiency evaluation, unit energy consumption measurement | Energy efficiency improvement management |
Key term analysis
2.1.2 HSE management system
Integrate health, safety and environmental management elements through a systematic approach. Typical application cases include:
- Three-level emergency response mechanism for offshore platform operations
- Special plan for hydrogen sulfide protection for sour gas field development
2.2.13 Uncontrolled Blowout
The definition emphasizes the linkage control requirements of downhole safety valves and wellhead safety valves. Technological evolution shows that:
- Before 2010, it mainly relied on mechanical heavy hammer blowout preventers
- Current standards require dual redundant safety valves with intelligent control systems
Comparison of Environmental Protection Technologies
| Waste Type | Traditional Treatment Methods | Technology Recommended by Standards | Improved Treatment Efficiency |
|---|---|---|---|
| Oily Sludge | Landfill Disposal | Pyrolysis + solvent extraction | Oil recovery rate＞85% |
| Drilling cuttings | Open-air storage | Solidification/stabilization | Leaching toxicity reduced by 90% |
Implementation suggestions
Safety management improvement path
- Establish a four-color classification management and control system based on the risk matrix
- Configure intrinsically safe equipment such as anti-collision overhead crane
- Regularly conduct special emergency drills such as well control and fire fighting
Key points for environmental compliance
- Class I drilling waste must meet the leaching requirements of pH 6-9
- Volatile organic liquid storage tanks should be equipped with a double sealing system
- Oilfield produced water reinjection rate is included in the energy-saving assessment indicators
Background of standard formulation
As Part 6 of the GB/T8423 series, this standard has the following major updates compared with the 2016 version:
- 12 new energy and water-saving terms (such as power consumption per unit pressure of water injection)
- Detailed classification requirements for marine well abandonment operations
- Introduction of ecological protection concepts such as green mines
Sample only — not a preview of GB/T 8423.6-2020
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