Difference between revisions of "Main Page"

Revision as of 17:06, 27 May 2021

Selamat datang di Wikipedia, sebuah ensiklopedia bebas yang bisa disunting oleh siapa saja.

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-== [https://www.synergyengineering.com/ Synergy Engineering] ==
+Selamat datang di Wikipedia,
-[[File:Capture.jpg|none|thumb|'''Synergy Engineering Logo''']]
+sebuah ensiklopedia bebas yang bisa disunting oleh siapa saja.
-[https://www.synergyengineering.com/ Synergy Engineering]  is a Multi-Disciplinary Design and Engineering Consultancy for various industries including the Oil & Gas, Power, Renewable Energy and General Industry.Founded in 2007, the company has grown in terms of the amount of personnel, service portfolio, market coverage and number of client. Over a decade of operations, the company has performed numerous Facilities Engineering, Specialist Engineering and Risk & Safety studies projects across many technical industry sectors including Oil and Gas, Oleo Chemical, Chemical, F&B etc.
-Synergy's operations consistently complies with international standards and credentials including ISO 9001, ISO 14001 and OHSAS 18001 certificates.
-=== Synergy Engineering Indonesia ===
-[[File:Synergy Head Office .jpg|none|thumb|'''Synergy Head Office'''
-Head Office is located at Tangerang, Indonesia is a purpose built pair of bridge - linked four storey buildings with a maximum capacity of over 400 people.]]
-'''Synergy Engineering''' has been an active player in the Indonesia energy sector since 2007, offering complete engineering lifecycle requirements of a project. We provide comprehensive technical services primarily to Energy sector including Oil and Gas, Renewables Energy, Solar, and general industry. Our clientele encompasses major Field Operators, Plant Owners, EPCI (Engineering, Procurement, Construction and Installation) contractors and global engineering design consultancies.
-Synergy Indonesia has three offices located at Jakarta, Balikpapan, Pekan Baru supporting our clients. We have office with 350 personnel with facilities to support up to 70 clients and partners personnel, and a comfortable environment, with close access to major client office and airports.
-==== Community ====
-Synergy Engineering actively supports programs that develop the local community, particularly for the promotion of education, health and the environment.
-[[File:Synergy School.jpg|thumb|none|'''Synergy School''' <br>
-Synergy employees do teaching activities at local school.]]
-[[File:Synergy Tree Planting.jpg|220px|none|thumb|'''Synergy Tree Palnting'''<br>
-Synergy employees are planting trees as a support of go-green campaign.]]
-===  Synergy Engineering Malaysia ===
-[[File:Synergy Malaysia Office.jpg|none|thumb|'''Synergy Malaysia Office''']]
-'''Synergy Engineering Malaysia''' is a PETRONAS licensed Specialist and Multidisciplinary Engineering consultancy established in 2009. We provide comprehensive technical services primarily to Energy sector including Oil and Gas, Renewables Energy, Solar, and general industry. Our clientele encompasses major Field Operators, Plant Owners, EPCI (Engineering, Procurement, Construction and Installation) contractors and global engineering design consultancies.
-With the combined expertise of our team, Synergy is capable to provide a complete range of engineering lifecycle services from Conceptual Design through to Detailed Engineering and Operations Support. Synergy’s services extend beyond conventional multi-discipline engineering, with in-house specialist skills unique to the group.
-[[File:Mentorship.jpg|none|thumb|'''Mentorship'''<br>]]
-We offer opportunity for employees to take up active and leadership role at workplace.
-== Business Unit ==
-# '''[[Engineering]]'''
-# '''[[Natural Gas]]'''
-# '''[[Power]]'''
-# '''[[Renewable]]'''
-# '''[[Construction]]'''
-== Project Highlight==
-[[File:Pipe Stress & Vibrational Analysis for Petrochemical Company based in Malaysia..jpg|thumb|none|'''Pipe Stress & Vibrational Analysis for Petrochemical Company in Malaysia''']]
-Client : Petrochemical Company⁣⁣⁣⁣<br>
-Location : Malaysia⁣⁣⁣⁣<br>
-Synergy's Scope of Work: Pipe Stress & Vibrational Analysis.The objective of the analysis was to detect critical piping, assess vibration risk and to recommend mitigation actions necessary for their compressor pipelines. Synergy's piping team modelled the base stress model to be checked for several load cases, while also performing vibration screening for the dynamic cases based on Energy Institute (EI) guidelines.<br>
-Year: 2020 <br>
-[[File:Danone Aqua Klaten Solar ⁣⁣Rooftop Project⁣⁣.jpg|none|thumb|'''Danone Aqua Klaten Solar ⁣⁣Rooftop Project⁣⁣''']]
-Project Name :Danone Aqua Klaten Solar ⁣⁣Rooftop Project⁣⁣<br>
-Client :Total Solar Distributed ⁣Generation for PT Tirta ⁣Investama (Danone Aqua)⁣⁣⁣⁣<br>
-Location :Klaten, Jawa Tengah⁣⁣⁣⁣<br>
-Capacity :2,300 kWac / 2,919KWp⁣⁣⁣⁣<br>
-Project Type :Independent Power Producer ⁣⁣/ Leasing⁣⁣⁣⁣<br>
-Connection :Factory 400 V Distribution ⁣⁣System⁣⁣⁣⁣<br>
-Project Stage :Commercial Operation⁣⁣<br>
-Year : 2020 <br>
-[[File:7299f7cd71cc64f4112335fa7b84c0364b0cc583.png|none|thumb|'''MEPA High Co2 Nag Well Dynamic Simulation/ CFD Modelling''']]
-Project Name : MEPA High Co2 Nag Well Dynamic Simulation/ CFD Modelling
-Client : MMC Oil & Gas Engineering⁣⁣<br>
-Location:Vietnam⁣⁣<br>
-Facilities: Offshore Production Platform⁣⁣<br>
-Synergy's Scope of Work: To develop a simulation model representing the flowlines into the main production header, and to estimate the concentration of CO2 ( Max 6%) after the mixing several flow streams downstream of the production header. ⁣⁣<br>
-Software: ANSYS⁣⁣<br>
-Year: 2019⁣⁣<br>
-[[File:SV Cold Start Up Dynamic Simulation Study..jpg|thumb|none|SV Cold Start Up Dynamic Simulation Study]]
-Client: Aker Engineering⁣⁣<br>
-Location:Vietnam⁣⁣<br>
-Facilities: Offshore Production Platform⁣⁣<br>
-Synergy's Scope of Work:To perform dynamic simulations for the cold well start up of the SV platform including to determine methanol dosing rate and minimum piping wall temperature, and determine cold metal temperature around blowdown valve for the SV flowline depressurizing.⁣⁣<br>
-Software:  OLGA⁣⁣<br>
-Year: 2018⁣⁣<br>
-[[File:Jambi Merang LPG Handling – FPU-2 FEED.jpg|thumb|none|'''Jambi Merang LPG Handling – FPU-2 FEED''']]
-Location: Indonesia<br>
-Synergy's Scope of Work: Synergy performed a multidiscipline FEED study for the new FPU, which handles refrigeration and offloading of the LPG product. The work scope included optimization of the process system for the compressor, refrigeration and flash vessels before sending it to the FSO. <br>
-Key Project Achievements: Flexibility in accommodating new concept in the middle of the ongoing FEED due to existing operator requirements and multiple interfaces between two different operators and government regulators during the project duration.<br>
-[[File:486704613ddd643774bd8e04d4acf28c45271885.jpg|thumb|none|'''Seagood Life Extension Program''']]
-Client: Santos Indonesia <br>
-Location: Indonesia<br>
-Synergy's Scope of Work: Synergy was commissioned to undertake the life extension review of Seagood 101 FPSO. The scope of the review included 25 systems identified by Santos as requiring a reliability and integrity review. These systems included the process control system, emergency power system, corrosion monitoring and protection system, hydrocarbon and hazardous fluid containment, evacuation and escape system, ignition prevention system, fire and gas system, etc.<br>
-Key Project Archievements: Assessed the reliability and integrity of the 25 systems on Seagood 101 FPSO, including on-site inspections and desktop document review and proposed refurbishment measures to extend the operational life of the FPSO for another three years.<br>
-[[File:Salman Pipeline Waterhammer.png|thumb|none|Salman Pipeline Waterhammer]]
-Client: Sapura Energy via Peritus International<br>
-Field: Salman<br>
-Facilities: Water Injection Pipeline<br>
-Synergy's Scope of Work: Synergy was requested to develop Salman field using waterflood recovery.The scope of work includes performing a water hammer study for the water injection pipeline to determine maximum surge pressure and propose options for mitigation measures..<br>

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Revision as of 17:06, 27 May 2021

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