Cold production has been successfully applied to the heavy oil recovery in uncemented sandstones taking as a new production technology.

冷采作为一种新的采油工艺,已成功地用结砂岩中的稠油开采。

Aiming at this problem, a novel manufacture for meter and automation for the injected gas in gaslift well was developed and applied.

针对这一问题,开发研制了气举采油配气计量自控装置。

The chemical composition of sewage produced in Gaoshangbao Oilfield is analyzed.The effects of deoil by using agent and suspended solids are studied.

分析了高尚堡油田采油污的化学成分,研了药剂除油和固体悬浮物的效果,优选复配出处理效果好的药剂FSAN。

Results showed that the oil removal effect of lipophilic filler is better than lipophobic filler, and the treatment processes can obtain satisfactory treatment effect without using any chemicals.

结果表明,亲油性聚结的除油效果要好疏油性,温与聚结负荷对除油效率有较大影响。在不投加任何药剂的情况下,试验处理流程可将聚合物驱采油废处理到理想效果。

Cold production has been successfully applied to the heavy oil recovery in uncemented sandstones taking as a new production technology.

冷采作为一种新的采工艺,已成功地用于未胶结砂岩中的稠采。

Aiming at this problem, a novel manufacture for meter and automation for the injected gas in gaslift well was developed and applied.

针对这一问,研制了气举采配气计量自控装置。

The chemical composition of sewage produced in Gaoshangbao Oilfield is analyzed.The effects of deoil by using agent and suspended solids are studied.

分析了高尚堡田采污水的化学成分,研了药剂除和固体悬浮物的效果,优选复配出水处理效果好的药剂FSAN。

Results showed that the oil removal effect of lipophilic filler is better than lipophobic filler, and the treatment processes can obtain satisfactory treatment effect without using any chemicals.

结果表明,亲结填料的除效果要好于疏填料,水温与结负荷对除效率有较大影响。在不投加任何药剂的情况下,试验处理流程可将合物驱采废水处理到理想效果。

Cold production has been successfully applied to the heavy oil recovery in uncemented sandstones taking as a new production technology.

冷采作为一种新的采工艺,已成功地用于未岩中的稠开采。

Aiming at this problem, a novel manufacture for meter and automation for the injected gas in gaslift well was developed and applied.

针对这一问题,开发研制了气举采配气计量自控装置。

The chemical composition of sewage produced in Gaoshangbao Oilfield is analyzed.The effects of deoil by using agent and suspended solids are studied.

分析了高尚堡田采污水的化学成分,研了药剂除和固体悬浮物的效果,优选复配出水处理效果好的药剂FSAN。

Results showed that the oil removal effect of lipophilic filler is better than lipophobic filler, and the treatment processes can obtain satisfactory treatment effect without using any chemicals.

果表明,亲聚料的除效果要好于疏料,水温与聚负荷对除效率有较大影响。在不投加任何药剂的情况下,试验处理流程可将聚合物驱采废水处理到理想效果。

Cold production has been successfully applied to the heavy oil recovery in uncemented sandstones taking as a new production technology.

冷采作为一种新采工艺,已成功地用于未胶结砂岩中稠开采。

Aiming at this problem, a novel manufacture for meter and automation for the injected gas in gaslift well was developed and applied.

针对这一问题,开发研制了气举采配气计量自控装置。

The chemical composition of sewage produced in Gaoshangbao Oilfield is analyzed.The effects of deoil by using agent and suspended solids are studied.

分析了高尚堡田采污学成分,研了药剂除体悬浮物效果,优选复配出处理效果好药剂FSAN。

Results showed that the oil removal effect of lipophilic filler is better than lipophobic filler, and the treatment processes can obtain satisfactory treatment effect without using any chemicals.

结果表明,亲性聚结填料除效果要好于疏性填料,温与聚结负荷对除效率有较大影响。在不投加任何药剂情况下,试验处理流程可将聚合物驱采废处理到理想效果。

Cold production has been successfully applied to the heavy oil recovery in uncemented sandstones taking as a new production technology.

冷作为一种新的工艺,已成功地用于未胶结砂岩中的稠。

Aiming at this problem, a novel manufacture for meter and automation for the injected gas in gaslift well was developed and applied.

针对这一问题,发研制了气举配气计量自控装置。

The chemical composition of sewage produced in Gaoshangbao Oilfield is analyzed.The effects of deoil by using agent and suspended solids are studied.

分析了高尚堡田污水的化学成分,研了药剂除和固体悬浮物的,优选复配出水处理好的药剂FSAN。

Results showed that the oil removal effect of lipophilic filler is better than lipophobic filler, and the treatment processes can obtain satisfactory treatment effect without using any chemicals.

结表明,亲性聚结填料的除要好于疏性填料,水温与聚结负荷对除率有较大影响。在不投加任何药剂的情况下,试验处理流程可将聚合物驱废水处理到理想。

Cold production has been successfully applied to the heavy oil recovery in uncemented sandstones taking as a new production technology.

冷采作为一种新的采油工艺,已用于未胶砂岩中的稠油开采。

Aiming at this problem, a novel manufacture for meter and automation for the injected gas in gaslift well was developed and applied.

针对这一问题,开发研制了气举采油配气计量自控装置。

The chemical composition of sewage produced in Gaoshangbao Oilfield is analyzed.The effects of deoil by using agent and suspended solids are studied.

分析了高尚堡油田采油污水的化学分,研了药剂除油和固体悬浮物的效果,优选复配出水处理效果好的药剂FSAN。

Results showed that the oil removal effect of lipophilic filler is better than lipophobic filler, and the treatment processes can obtain satisfactory treatment effect without using any chemicals.

果表明,亲油性填料的除油效果要好于疏油性填料,水温负荷对除油效率有较大影响。在不投加任何药剂的情况下,试验处理流程可将合物驱采油废水处理到理想效果。

Cold production has been successfully applied to the heavy oil recovery in uncemented sandstones taking as a new production technology.

冷采作为一种新的采油工艺,已成功地用于未胶结砂岩中的稠油开采。

Aiming at this problem, a novel manufacture for meter and automation for the injected gas in gaslift well was developed and applied.

针对这一问题,开发研制了气举采油配气计量自控装置。

The chemical composition of sewage produced in Gaoshangbao Oilfield is analyzed.The effects of deoil by using agent and suspended solids are studied.

分析了油田采油污水的化学成分,研了药剂除油和固体悬浮物的,选复配出水处理好的药剂FSAN。

Results showed that the oil removal effect of lipophilic filler is better than lipophobic filler, and the treatment processes can obtain satisfactory treatment effect without using any chemicals.

结表明,亲油性聚结填料的除油要好于疏油性填料,水温与聚结负荷对除油率有较大影响。在不投加任何药剂的情况下,试验处理流程可将聚合物驱采油废水处理到理想。

Cold production has been successfully applied to the heavy oil recovery in uncemented sandstones taking as a new production technology.

冷采作为一种新采工艺,已成功地用于未胶结砂岩中稠开采。

Aiming at this problem, a novel manufacture for meter and automation for the injected gas in gaslift well was developed and applied.

针对这一问题,开发研制了气举采配气计量自控装置。

The chemical composition of sewage produced in Gaoshangbao Oilfield is analyzed.The effects of deoil by using agent and suspended solids are studied.

分析了高尚堡田采污水成分,研了药剂固体悬浮物效果,优选复配出水处理效果好药剂FSAN。

Results showed that the oil removal effect of lipophilic filler is better than lipophobic filler, and the treatment processes can obtain satisfactory treatment effect without using any chemicals.

结果表明,亲性聚结填料效果要好于疏性填料,水温与聚结负荷对效率有较大影响。在不投加任何药剂情况下,试验处理流程可将聚合物驱采废水处理到理想效果。

Cold production has been successfully applied to the heavy oil recovery in uncemented sandstones taking as a new production technology.

冷采作为一种新的采油,成功地用于未胶结砂岩中的稠油开采。

Aiming at this problem, a novel manufacture for meter and automation for the injected gas in gaslift well was developed and applied.

针这一问题,开发研制了气举采油配气计量自控装置。

The chemical composition of sewage produced in Gaoshangbao Oilfield is analyzed.The effects of deoil by using agent and suspended solids are studied.

分析了高尚堡油田采油污水的化学成分,研了药剂除油和固体悬浮物的效果,优选复配出水处理效果好的药剂FSAN。

Results showed that the oil removal effect of lipophilic filler is better than lipophobic filler, and the treatment processes can obtain satisfactory treatment effect without using any chemicals.

结果表明,亲油性聚结填料的除油效果要好于疏油性填料,水温与聚结除油效率有较大影响。在不投加任何药剂的情况下,试验处理流程可将聚合物驱采油废水处理到理想效果。

Cold production has been successfully applied to the heavy oil recovery in uncemented sandstones taking as a new production technology.

冷采作为一种新的采油工艺,已成功地用于未胶结砂岩中的稠油开采。

Aiming at this problem, a novel manufacture for meter and automation for the injected gas in gaslift well was developed and applied.

针对这一问题,开发研制了气举采油配气计量自控装置。

The chemical composition of sewage produced in Gaoshangbao Oilfield is analyzed.The effects of deoil by using agent and suspended solids are studied.

分析了高尚堡油田采油污水的化学成分,研了药剂除油和固体悬浮物的效果,优选复配出水处理效果好的药剂FSAN。

Results showed that the oil removal effect of lipophilic filler is better than lipophobic filler, and the treatment processes can obtain satisfactory treatment effect without using any chemicals.

结果表明,亲油性聚结填料的除油效果要好于疏油性填料,水温与聚结负荷对除油效率有较大影响。在不投加任何药剂的,试验处理流程可将聚合物驱采油废水处理到理想效果。