1.
The enemy had a surplus of refining capacity.
敌人的炼油能力过剩。
2.
Surplus Refining Capacity of Asian-Pacific Region and Its Impact on China;
亚太地区炼油能力过剩及其对我国的影响
3.
Demand for gasoline has been growing at a faster pace than domestic refining capacity.
一直以来，需求汽油不断增长速度快于国内的炼油能力。
4.
A Simulation Approach to Production Capacity of Oil Refining Enterprises Based on System Dynamics
基于系统动力学的炼油企业生产能力仿真研究
5.
ENERGY SAVING POTENTIAL IN CHINA REFINING INDUSTRY AND TECHNICAL MEASURES;
我国炼油企业节能潜力分析及技术措施
6.
Competition Capability Appraisal and Development Suggestion for Oil Refinery Plant of Daqing Petrochemical Company;
大庆石化公司炼油厂竞争能力评价与发展建议
7.
China, Iran and a third country would also jointly invest in reconstructing China's oil refinery equipment to expand the capability of extracting Iran's petroleum.
中国、伊朗和第三国还将联合投资，改造中国的炼油厂设备，扩大提炼伊朗石油的能力。
8.
Promoting Healthy Growth of Chinese Refining Industry by Means of Clean Production,Energy Conservation and Emission Reduction;
大力开展清洁生产、节能减排工作,努力推动我国炼油工业和谐发展
9.
petroleum refining
石油炼制业; 炼油业; 石油精炼石油拦索
10.
Calculation method of heat duty in refinery engineering
炼油厂设计热力负荷计算方法
11.
Study on retrofit optimization of steam power system in refinery plant
炼油企业蒸汽动力系统改造优化研究
12.
Calculation method for energy consumption of oil refinery design
炼油厂设计能量消耗计算方法
13.
Energy-saving Approaches and Constraints for Heating Furnace of Refining Unit
炼油装置加热炉节能途径与制约因素
14.
Though it has the world's second-largest oil reserves, the country is so short of refining capacity that it spends a lot of cash on importing fuel.
尽管这个国家的石油储量居世界第二，但由于提炼能力的匮乏而不得不耗巨资进口燃料。
15.
Cultivation of the Habit and Ability in Physical Exercise of College Students;
大学生自我锻炼习惯与锻炼能力的培养
16.
Analysis of energy consumption and study on energy-saving measures in design of large refineries
大型炼油厂能耗特点分析及节能措施探讨
17.
Designing Energy-efficient Domestic Refineries Using Energy-efficient Technologies
采用节能技术,精心设计中国节能型炼油企业
18.
Energy Conservation for Storage and Transportation System in Chinese Refining Industry′s Energy Efficiency Optimization Campaign
炼油企业全局能量优化中的储运系统节能