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Sumur Trixy 01 merupakan sumur yang berada di Lapangan DR 12 dan terletak pada
cekungan Jawa Barat. Berdasarkan data diketahui keadaan pada sumur Trixy-01 masih natural
flow namun sudah berhenti berproduksi. Hal ini dapat dilihat dari kurva IPR dan OPR yang tidak
berpotongan dengan menggunakan software komersial. Oleh karena itu akan dilakukan
pemasangan Artificial Lift kemudian melakuakan analisa melalui screening Artificial Lift
terhadap properti sumur dan reservoir. Setelah mendapatkan hasil hasil yang memenuhi syarat
yaitu Sucker Rod Pump, kemudian dilakukan optimasi agar bisa berproduksi kembali dengan
berbagai sensitivitas meliputi Stroke Length, Pumping Speed, dan Pump Diameter.
Proses analisa dan perencanaan Sucker Rod Pump yaitu dengan menggunakan software
komersial. Sebelum dilakukam desain Sucker Rod Pump, pada tahap awal diperlukan modeling
IPR dan OPR dengan menggunakan software komersial yaitu menentukan produktivitas sumur
Trixy 01dengan menggunakan metode Vogel.
Berdasarkan hasil perhitungan dengan metode Vogel dihasilkan sebuah kurva IPR
diperoleh Q max 332,3 STB/d dan PI sebesar 0,322 stb/day. Kemudian dilakukan modelling dan
desain Sucker Rod Pump untuk mengoptimasi hasil desain sebelumnya dengan menggunakan
software komersial. Langkah awal dalam pengerjaannya adalah setting Artificial Lift pada
options summary dengan Sucker Rod Pump. Setelah di calculate, dan diperoleh dari hasil
perhitungan Top Rod Loading sebesar 93% dan Lift Effeciency sebesar 89% dengan Liqiud
Production 62,5 stbd pada kondisi Pump Speed 7.12 SPM dan Water Cut 27%. Namun hasil
desain dapat dioptimasi lagi untuk hasil Liquid Rate yang lebih tinggi dengan mengubah
beberapa sensitivitas pompa seperti Pump Speed, Stroke Length, dan Pump Diameter. Setelah
dioptimasi kembali maka diperoleh hasil pada Sumur Trixy 01 memiliki laju produksi sebesar
224.5 STB/D dan hasil optimasi setelah di pasang Sucker Rod Pump dengan sensitivitas Pump
Speed 12 SPM, Stroke Length sebesar 120 Inch,dan Pump Diameter 1.5 Inch

The Trixy 01 well is a well located in the DR 12 field and is located in the West Java basin.
Based on the data, it is known that the condition of the "Trixy-01" well is still in natural flow but
has stopped producing. This can be seen from the IPR and OPR curves that do not intersect
using commercial software. Therefore, Artificial Lift will be installed and then analyzed through
Artificial Lift screening of well and reservoir properties. After getting the results that meet the
requirements, namely the Sucker Rod Pump, then optimization is carried out so that it can
produce again with various sensitivities including Stroke Length, Pumping Speed, and Pump
Diameter.
The process of analysis and planning of the Sucker Rod Pump is by using commercial
software. Before the Sucker Rod Pump design is carried out, at the initial stage it is necessary
to model IPR and OPR using commercial software, namely determining the productivity of the
"Trixy 01" well using the Vogel method.
Based on the results of calculations using the Vogel method, an IPR curve is obtained, Q
max is 322.3 STB/d and a PI is 0.322 stb/day. Then the modeling and design of the Sucker Rod
Pump was carried out to optimize the results of the previous design using commercial software.
The first step in the process is setting Artificial Lift in the options summary with the Sucker Rod
Pump. After calculating, and obtained from the calculation results of Top Rod Loading of 93%
and Lift Efficiency of 89% with Liqiud Production of 62,5 stbd at Pump Speed conditions of 7.12
SPM and Water Cut of 27%. However, the design results can be optimized again for higher
Liquid Rate results by changing several pump sensitivities such as Pump Speed, Stroke Length,
and Pump Diameter. After being optimized again, the results obtained in the "Trixy 01" Well
has a production rate of 224.5 STB/D and the optimization results after installing a Sucker Rod
Pump with a Pump Speed sensitivity of 12 SPM, Stroke Length of 120 Inch, and Pump Diameter
1.5 inch