Produces Water Treatment For Pre Injection (YOGYAKARTA)
4 – 7 March 2013
8 – 11 April 2013
13 – 16 may 2013
10 – 13 Juni 2013
1 – 4 Juli 2013
19 – 22 Agustus 2013
9 – 12 September 2013
1 – 4 Oktober 2013
11 – 14 November 2013
2 – 5 Desember 2013
09.00 – 16.00 WIB
Yogyakarta (Jogjakarta plaza hotel/Ibis hotel yogyakarta/Ibis Styles yogyakarta hotel/Mutiara hotel/ Melia Purosani hotel)
WHY SHOULD YOU ATTEND THIS TRAINING?:
Produced water is the largest single fluid stream in exploration and production operations. It consists of formation water, or flood water previously injected in to the formation. Generally, produced water may be injected with minimal treatment. If the injected water contains solids large enough to plug the formation, injectivity will decline. Downhole solids contributing to plugging may include not only the solids escaping filtration, but solids generated after water treatment (eg corrosion, scale, and bacterial products). Consequently, stringent corrosion inhibition, scale inhibition and bacterial control, as well as filtration, may be required for matrix rate injection. This course is designed as an effective practical shortcut to understand produced water chemistry, the main water contaminants, corrosion and bacterial problems, mineral scale formation, equipment and pipeline plugging, injection well and formation plugging, the method and operation of produced water treatment for reinjection, for either surface operation engineers or subsurface petroleum engineers, and anyone who involve in produced water handling, treatment, and related business activity. The course content and approach are designed to suit participants of different background and different position in the company. It will be delivered as a to-the-point explanation by a professional instructor, utilizing an easy-to-understand examples and illustrations, especially the actual cases in Indonesia.
WHAT WILL YOU LEARN FROM THIS TRAINING?:
By attending this course, participants are able to broaden or reshape their knowledge on the related subjects of his or her area of responsibility, learn more detail about many aspects of produced water handling and reinjection, know more how to treat the water and control corrosion, scaling, and bacterial action, understand how to select and use chemicals for treatment and operation of each equipment used for treatment, discuss and consult their specific problems they are about to bring to the class, and share experiences with others. After completion of this course, participants will understand what produced water is and its fantastic devastating potential to surface facility, well, and formation, how to predict and monitor its characteristics, why and how to perform treatment before reinjection, and how to control and prevent these big and serious problems caused by produced water in the oil & gas field. Participants will know what the minimum requirements for produced water before reinjection and what to do to achieve that requirements.
TRAINING MATERIAL OUTLINE:
- The Chemistry and Analysis of Water and the Impurities Constituents
- Characteristics of Produced Water, Formation Water, Surface and Sea Water
- Suspended and Dissolved Material Parameters and Oil in Water Concentration
- Surface Water, Sea Water and Produced Water Injection Examples and Case Studies
- Sour Corrosion, Microbial Induced Corrosion and Mineral Scaling Problems and Control Methods
- Corrosion and Scale Prediction Methods, Calculation, Testing and the related Standards
- Water Quality for Injection and Produced Water Quality Rating Methods
- Guidelines for Produced Water Reinjection
- Methods and Equipment for Produced Water Treatment before Reinjection and their Operations
- Pressure Build-up and Confinement Problems and Solutions
- Practical Application of Produced Water Treating Technology for Land-based and Offshore Injection Operations
- Reinjection Examples and Case Studies
Pembicara / Fasilitator
Ir. M. Syahri, MT, Ph.D is alumnus from UPN “Veteran” Yogyakarta (UPNYK) and Institute of Technology (ITB) department of Chemical Engineering. Also alumnus from University Kebangsaan Malaysia (UKM) department Mechanical and Material Engineering. He has been as researcher at Oil and Gas; Renewable Energy Laboratory UPNYK, he is also being as Senior Surface Facility Engineer in some project and Training Instructor. Some projects have been handled by him such as Senior Surface Facility Engineer, Plant of Development TAC Ramba-Pertamina Field, Sumbagsel (2008); Plant of Further Development East Pamanukan Field, Pertamina DOH Cirebon – Rainbow Emerald (2007); Plant of Further Development Nglobo Field, Pertamina DOH JBT – Cepu (2005); Plant of Further Development Ketaling Barat Field, Pertamina DOH Sumbagteng – Jambi (2005); Also as Reviewer Team BP MIGAS, East Kalimantan Gas Deliverability (Vico, Chevron, TOTAL) (2007). He also gave many courses to the companies, such as: Basic Ammonia Storage, Transfer Equipment and Major Hazards Impact; Dehydration Process (Oil and Gas Operation); Clean Water Processing & Treatment for Industrial Application; Principle of Chemical Process Industry for non Engineer; Boiler Feed Water Treatment & Trouble shooting; Hazarous Materials Safe Handling; Basic Principle For steam Reformer, Shift Reaction, Operability Problem & trouble shooting; CO2 Removal Technology (Absorber, Striper) Trouble shooting and Operability impact; Catalitic Reactor in Ammonia Industry (Desulfurizer, Methanator, Steam Reformer, Ammonia Converter); Basic Fundamental Ammonia Synthesis, ARU And Process in Middle End Area; Inspection of Insulated Pipes Defects and Repairs Techniques; Emergency Handling in Ammonia Industry; etc.
INVESTATION PRICE/PERSON :
- Rp 7.750.000/person (full fare) or
- Rp 7.500.000/person (early bird, payment 1 week before training) or
- Rp 7.250.000/person (if there are 3 or more participants from the same company)
FACILITIES FOR PARTICIPANTS:
- Training Module
- Flash Disk contains training material
- Stationeries: NoteBook and Ballpoint
- Training Photo
- Training room with Full AC facilities and multimedia
- Lunch and twice coffeebreak every day of training
- Qualified Instructor
- Transportation for participants from hotel of participants to/from hotel of training – VV (if minimal participants is 4 persons from the same company)
Kualitas lingkungan semakin hari semakin menurun, Hal ini semakin banyak kegiatan manusia yang menghasilkan limbah cair termasuk air terproduksi.
Air terproduksi yang mengandung minyak, phenol, NaCl, dan garam-garam lain yang masuk ke badan air tanpa melalui pengolahan terlebih dahulu sangat berpotensi menimbulkan pencemaran terhadap badan air penerima limbah tersebut.
Mengingat potensi pencemaran yang akan timbul, industri migas sektor hulu mengambil kebijakan penginjeksisan kembali air terproduksinya ke habitatnya.
Penginjeksian kembali air terproduksi kedalam ekuifer yang sama dengan sumur minyak, selain dapat meminimasi timbulnya pencemaran juga dapat berfungsi sebagai media secondary recovery. Namun air terproduksi ini tidak dapat serta merta dapat diinjeksikan kembali ke dalam perut bumi begitu keluar dari separator, karena kadar minyak yang keluar dari separator masih terlalu tinggi > 5000 g/M3. Kadar minyak yang di tinggi ini selain mengganggu proses penginjeksian juga dapat mengurangi produksi minyak.
Dengan pengolahan air terproduksi, kendala penginjeksian kembali dapat diminimasi dan dapat meningkatkan produsksi minyak minyak .
1. Materi .
a. BAB I. Pengantar.
1) Latar Belakang
2) Peraturan Perundangan-undangan
3) Sifat dan Karakteristik Air .Terproduksi
4) Kesesuaian Peralatan dengan Sifat dan Karakteristik Air Terproduksi.
b. BAB II. REINJEKSI
2) Klasifikasi Sumur Injeksi
3) Reinjeksi Air Terpoduksi
c. Pengolahan Air Terproduksi
2) Primary treatment.
3) Secondary treatment.
d. Studi Kasus.
Pendidikan minimal D3 Teknik atau SMU A1/A2, STM yang telah bekarja dibidang ini selama 3 tahun.
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