example.rdj

石油钻井设计软件,可用于实际行业运行, 具有该行业的通用性.

		“EXAMPLE”射流泵排水采气优化设计结果$0

一、设计基本参数$13	$12	$12	$12	$12	$12	$12	$12	$12	$14
 ⑴ 地层深度＝$13	$12	2300.$12	(m)$12	$14	 ⑵ 水相对密度＝$13	$12	1.$12	$12	$14
 ⑶ 泵挂深度＝$13	$12	2200.$12	(m)$12	$14	 ⑷ 气相对密度＝$13	$12	0.57999999999999996$12	$12	$14
 ⑸ 油管内径＝$13	$12	62.$12	(mm)$12	$14	 ⑹ 生产气水比＝$13	$12	50.$12	(m^3/m^3)$12	$14
 ⑺ 油管外径＝$13	$12	76.$12	(mm)$12	$14	 ⑻ 体积含水率＝$13	$12	100.$12	(%)$12	$14
 ⑼ 套管内径＝$13	$12	157.$12	(mm)$12	$14	 ⑽ 泵最高排量＝$13	$12	300.$12	(m^3/d)$12	$14
 ⑾ 井口压力＝$13	$12	1.$12	(MPa)$12	$14	 ⑿ 泵额定功率＝$13	$12	200.$12	(Kw)$12	$14
 ⒀ 地层压力＝$13	$12	17.$12	(MPa)$12	$14	 ⒁ 泵最高压力＝$13	$12	30.$12	(MPa)$12	$14
 ⒂ 井口温度＝$13	$12	30.$12	(℃)$12	$14	 ⒃ 选定喷嘴号＝$13	$12	 [8.]$12	$12	$14
 ⒄ 地层温度＝$13	$12	70.$12	(℃)$12	$14	 ⒅ 动力液循环＝$13	$12	 正循环$12	$12	$14
二、优化设计结果$13	$12	$12	$12	$12	$12	$12	$12	$12	$14
 井下泵$7	泵排水量$7	 泵 效$7	消耗功率$7	动力液量$7	工作压力$7	上流压力$7	吸入压力$7	返出压力$7	气蚀排量$7
 型  号$11	(m^3/d)$11	  (%)$11	  (Kw)$11	(m^3/d)$11	 (MPa)$11	 (MPa)$11	 (MPa)$11	 (MPa)$11	(m^3/d)$11
　７Ｘ	69.799999999999997	18.23	56.539999999999999	146.80000000000001	30.	51.43	12.720000000000001	21.600000000000001	63.259999999999998
　７Α	86.200000000000003	24.280000000000001	57.030000000000001	148.09	30.	51.43	11.84	21.420000000000002	89.719999999999999
　７Ｂ	96.100000000000009	28.5	57.520000000000003	149.36000000000001	30.	51.420000000000002	11.290000000000001	21.32	125.42
　７Ｃ	94.600000000000009	27.850000000000001	57.520000000000003	149.36000000000001	30.	51.420000000000002	11.370000000000001	21.330000000000002	176.52000000000001
　８Ｘ	82.900000000000006	18.170000000000002	73.670000000000002	191.30000000000001	30.	51.240000000000002	12.02	21.550000000000001	74.159999999999997
　８Α	102.60000000000001	24.609999999999999	74.299999999999997	192.94	30.	51.240000000000002	10.91	21.330000000000002	107.32000000000001
　８Ｂ	111.90000000000001	28.25	74.930000000000007	194.56999999999999	30.	51.230000000000004	10.35	21.240000000000002	151.68000000000001
　８Ｃ	107.10000000000001	26.490000000000002	74.930000000000007	194.56999999999999	30.	51.230000000000004	10.640000000000001	21.289999999999999	217.12
　９Ｘ	99.900000000000006	19.370000000000001	93.090000000000003	241.73000000000002	30.	50.969999999999999	11.06	21.469999999999999	90.590000000000003
　９Α	119.60000000000001	25.98	94.659999999999997	245.78999999999999	30.	50.939999999999998	9.8599999999999994	21.309999999999999	130.75999999999999
　９Ｂ	125.30000000000001	28.48	95.430000000000007	247.78999999999999	30.	50.93	9.5	21.300000000000001	186.41
　９Ｃ	115.	24.510000000000002	94.659999999999997	245.78999999999999	30.	50.939999999999998	10.15	21.359999999999999	272.17000000000002