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1)  high sulfur gas wells
高酸性气井
1.
Aimed at the geological status of high sulfur gas wells in Feixianguan gas reservoir in Chongqing and the serious difficulties of well completion production in gas well produced by high sulfur medium, this paper researches and points out the technique pr.
高酸性气井完井直接关系着气井的质量、寿命和完井、试气及采气作业员工的安全,是气井安全、高效生产的基础。
2)  high permeability gas well
高渗透性气井
3)  high pressure gas well
高压气井
1.
Optimization of well killing method for high pressure gas wells;
高压气井压井方法的优选
2.
Application examples of gas logging parameters combined with drilling time in the well control of the high pressure gas well.;
气测录井参数结合钻时在高压气井井控中的应用实例
3.
Thread sealing property in high temperature and high pressure gas wells is more important than that in oil wells.
高温高压气井对螺纹密封性的要求要比油井更为严格。
4)  high-temperature gas well
高温气井
1.
Study on the mechanism and performance of the condensate water producing from abnormal high-temperature gas wells;
异常高温气井凝析水产出机理及动态研究
5)  hp gas well
高压气井
1.
The article introduces how to choose well killing methods for HP gas wells.
介绍了选择高压气井压井的方法,分析了在各种井控施工风险状况下合理规避风险、选择最优压井方法和施工工艺等问题。
6)  high-pressure gas well
高压气井
1.
Prediction of wellbore temperature field and analysis of influence factor for high-pressure gas well kill
高压气井压井井筒温度场预测与影响因素分析
2.
Technology of improving the quality of casing tie-back cementing in high-pressure gas wells
提高高压气井套管回接固井质量的技术
3.
According to the analysis of the complicate geologic condition of high-pressure gas well and field practice statistical data, the conventional casing program can not satisfy the needs of high-pressure gas well because of the few programs and the small annular clearance between the casing and the formation.
通过对高压气井复杂地质条件及现场实钻统计资料的分析知,传统的套管层序系列因层数太少且目的层套管与井眼间隙太小而不能满足封隔高压气井复杂地质情况的需求;另外,井下复杂情况也不可能完全反映到压力剖面上,传统的以压力剖面为依据的自下而上的井身结构设计方法已不再适用。
补充资料:廉价高蛋白质酸性饮料

原料配方 精制小麦粉4千克 乳酸(50%)120毫升 胃朊酶4γ/克 砂糖5千克 葡萄糖2千克 糖500克 柠檬香精10毫升

制作方法

1.用有机溶剂正-己烯提取脂肪的优质小麦粉(蛋白质12.1%、脂肪0.1%、灰分.3%)4千克,在添加了50%的乳酸120毫升的10升水中缓慢地用调和器搅拌加入,使之完全分散后,再添加胃朊酶4γ/克,在40℃下分解3小时,可完全使小麦面筋溶化。

2.将溶化液放在无孔壁的离心机中,分离可溶蛋白液及小麦淀粉,得到蛋白浓度为3.5%、酸度为1.2的蛋白液8.2升。

3.其中加入砂糖、葡萄糖、糖稀,加热溶解,离心过滤,待其冷却,加入柠檬香精,可得到蛋白非常高的、无沉淀的植物性乳酸饮料12升。

产品特点 蛋白质含量高,味美,易消化。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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