Study on Dali-Baoshan Section
of Anning-Baoshan Oil Product Pipeline
Wang Li 1(B) , Liqiao Huang 2 , Wenhua Ma 3 , and Zhijian Zhang 1
1 PipeChina Southwest Pipeline Company, Chengdu 610041, China
286964103@qq.com
2 China University of Petroleum, Beijing 102249, China
3 PetroChina Pipeline Company, Langfang 065000, China
Abstract. With the injection of drag reducer produced by Baker Hughes to DaliBaoshan section of Anning-Baoshan Oil Pipeline, the flow rate can be increased
from the designed 95 m 3 /h to 115 m 3 /h. For each monitoring point along the
pipeline, obvious pressure drop can be observed, thus the purpose of increasing the throughput has been achieved effectively. Since the increase of throughput, Anning-Baoshan Oil Product Pipeline can increase earnings of pipe transmission by about 6.5 million yuan per year. In this paper, relative experimental
researches on the increase of the Dali-Baoshan section of the Anning-Baoshan
Pipeline Product Oil have been carried out.
Keyword: Anning-Baoshan oil product pipeline · Increase pipe throughput ·
Drag reducer
1 Review of Anning-Baoshan Oil Product Pipeline
Anning-Baoshan Oil Product Pipeline, located in Yunnan Province, owns a trunk line of
385.3 km. The first station of the pipeline is Anning Initial Station where the pipe starts.
Then the pipeline passes through Chuxiong Pump Station and Dali Delivery Station with
pump along the way, and is transported to Baoshan Terminal Station. Parameters of each
section are as follow: Anning-Chuxiong section is 132.8 km long, with pipe diameter of
406.4 mm and transmission capacity of 173 × 10 4 t/a; Chuxiong-Dali section is 91.2 km
long, with pipe diameter of 323.9 mm and pipeline transmission capacity of 173 ×
10 4 t/a; Baoshan-Dali section is 161.3 km long, with pipe diameter of 219.1 mm and
transmission capacity of 57 × 10 4 t/a. There are 4 stations and 18 valve rooms in total,
including 7 monitoring valve rooms. Elevation along the pipeline is shown in Fig. 1 as
well as the settings of each station and valve room (Table 1).
© The Author(s), under exclusive license to Springer Nature Switzerland AG 2021
S. N. Atluri and I. Vušanovi´ c (Eds.): ICCES 2020, MMS 97, pp. 84–94, 2021.
https://doi.org/10.1007/978-3-030-64690-5_9
of Anning-Baoshan Oil Product Pipeline
Wang Li 1(B) , Liqiao Huang 2 , Wenhua Ma 3 , and Zhijian Zhang 1
1 PipeChina Southwest Pipeline Company, Chengdu 610041, China
286964103@qq.com
2 China University of Petroleum, Beijing 102249, China
3 PetroChina Pipeline Company, Langfang 065000, China
Abstract. With the injection of drag reducer produced by Baker Hughes to DaliBaoshan section of Anning-Baoshan Oil Pipeline, the flow rate can be increased
from the designed 95 m 3 /h to 115 m 3 /h. For each monitoring point along the
pipeline, obvious pressure drop can be observed, thus the purpose of increasing the throughput has been achieved effectively. Since the increase of throughput, Anning-Baoshan Oil Product Pipeline can increase earnings of pipe transmission by about 6.5 million yuan per year. In this paper, relative experimental
researches on the increase of the Dali-Baoshan section of the Anning-Baoshan
Pipeline Product Oil have been carried out.
Keyword: Anning-Baoshan oil product pipeline · Increase pipe throughput ·
Drag reducer
1 Review of Anning-Baoshan Oil Product Pipeline
Anning-Baoshan Oil Product Pipeline, located in Yunnan Province, owns a trunk line of
385.3 km. The first station of the pipeline is Anning Initial Station where the pipe starts.
Then the pipeline passes through Chuxiong Pump Station and Dali Delivery Station with
pump along the way, and is transported to Baoshan Terminal Station. Parameters of each
section are as follow: Anning-Chuxiong section is 132.8 km long, with pipe diameter of
406.4 mm and transmission capacity of 173 × 10 4 t/a; Chuxiong-Dali section is 91.2 km
long, with pipe diameter of 323.9 mm and pipeline transmission capacity of 173 ×
10 4 t/a; Baoshan-Dali section is 161.3 km long, with pipe diameter of 219.1 mm and
transmission capacity of 57 × 10 4 t/a. There are 4 stations and 18 valve rooms in total,
including 7 monitoring valve rooms. Elevation along the pipeline is shown in Fig. 1 as
well as the settings of each station and valve room (Table 1).
© The Author(s), under exclusive license to Springer Nature Switzerland AG 2021
S. N. Atluri and I. Vušanovi´ c (Eds.): ICCES 2020, MMS 97, pp. 84–94, 2021.
https://doi.org/10.1007/978-3-030-64690-5_9