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Natural Gas Field Intelligent Production Scheduling and Energy Optimization

气田智能生产调度与能耗优化

Addressing pain points of low scheduling efficiency, high energy consumption costs, and unbalanced pipeline network operation in gas field production, this skill provides comprehensive scheduling capabilities including dynamic gas well productivity assessment, intelligent production system optimization, pipeline network simulation, and refined energy consumption control to help gas fields achieve both stable production and energy savings.

能源矿业数字化气田智能生产调度与能耗优化
Install Command
npx openclaw skills install industry-natural-gas-production-scheduling-optimizer
Version
1.0.0
Author
shuzhihui
Updated
Wed Jul 22 2026 00:00:00 GMT+0000 (Coordinated Universal Time)

Features

- **气井产能动态评估与分类**: 综合分析气井的地层压力、产气量、井底流压、水气比、携液能力等参数，实时评估各井当前产能发挥水平，将气井分为高产稳产、低产低效、积液风险、措施需求等类型，为差异化管控提供依据

- **生产制度智能优化**: 根据气井分类结果、管网集输能力、下游用户需求和电价峰谷特征，智能优化各井的开井时机、产量分配、工作制度（油嘴尺寸、分离器压力），实现日产最大化与能耗最小化的平衡

- **集输管网运行仿真优化**: 构建集输管网水力热力仿真模型，分析管网瓶颈节点和压力分布，模拟不同生产方案下的管网运行状态，输出管网优化运行建议和改造方案

- **能耗成本精细化管控**: 按井场、片区、时段精细化统计电耗、气耗、药剂消耗等能耗数据，对标先进指标识别节能空间，推荐压缩机运行参数优化、间开制度调整等节能措施

Use Cases

  • **冬季保供期生产调度优化**：冬季用气高峰，某气田需在满足下游40万方/天需求的前提下优化运行成本。系统综合分析80口气井的产能状态、管网集输能力和分时电价，生成最优配产方案：在夜间低价时段提高高产井产量，白天高价时段降低低效井负荷，日均可节省电费约2.3万元
  • **积液井智能间开决策**：某气田多口低产井出现积液趋势，传统依靠经验判断开井时机。系统通过监测井底流压变化、液位上升趋势和临界携液流量，智能计算最优间开制度，既保持产能又避免频繁启停造成的设备损耗，单井日均节电15%

    • Installation

    npx openclaw skills install industry-natural-gas-production-scheduling-optimizer

    Usage Examples

    `/gas-scheduling-optimize --field 某气田 --target 400000 --date 2024-01-15 --output plan`

    `/气井产能评估 --well A1-A20 --export csv --visualize map`

    `/能耗分析 --period monthly --breakdown by_well --compare baseline`

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