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1·The test mainly aims at the verification of water circulation reliability during peak shaving low load operation.

试验目的主要是检验该炉在调峰低负荷运行时水循环的可靠性。

2·Investigated are some main peak shaving means at home and abroad and analyzed and compared are advantages and disadvantages of these means carefully.

对国内外天然气主要调峰手段进行了归纳与总结，分析比较了各自特点。

3·The peak shaving parameter limit is important to the choice of heating system capability, and is relate to heat load distributing and economic question.

调峰的参数界限是供暖系统装机容量选择的重要参数，关系到系统运行时的负荷分布与经济性。

4·The overall consideration for natural gas upstream, medium-stream and downstream is the most economic and rational way to solve the peak shaving in cities.

对天然气上中下游统筹考虑，是解决城市调峰最经济合理的途径。

5·Constructing natural gas underground storages is the most reasonable and effective means to fundamentally solve the issues of seasonal peak shaving of urban gas.

建造天然气地下储气库可从根本上解决城市季节性调峰问题，是平抑供气峰值波动最合理、有效的途径之一。

6·Take Yixing City Gas Project as an example, a feasibility study to deal with the daily and hourly peak shaving with high pressure pipeline for city gas consumption is made.

以宜兴市城市天然气工程为例，对利用高压管道解决城市用户的日调峰、小时调峰问题的可行性进行了研究。

7·Liquefied natural gas has important role in the ocean transportation of natural gas, use of natural gas in remote gas field and peak shaving of city fuel gas system peak shaving.

液化天然气在天然气的远洋运输，边远气田气体的利用以及城市燃气调峰中起到了重要的作用。

8·Natural gas liquefaction processes of peak shaving type and part of natural gas liquefaction systems of peak shaving type operating in the world are further spelled out in the paper.

接着介绍了调峰型天然气液化流程及目前世界上部分调峰型天然气液化装置。

9·Requirements and appropriate measures for natural gas peak shaving in cities are expounded, and the cost comparison of different measures for peak shaving is made by means of example analysis.

阐述了城市天然气的调峰要求及相应措施。通过实例分析，对各种调峰措施进行造价比较。

10·This paper surveys data base of gas usage, to analysis inequality of gas usage and peak—shaving methods with Wuhan's situation, the paper concludes the suitable gas peaking ways of Wuhan city.

调查大量用气基础数据，结合武汉市具体情况，对用气不均匀性和调峰方式进行了分析，得出适合武汉市城市燃气的调峰方式。