| # | Position | Work Location | Date Posted |
| 1. | Senior Piping Stress Engineer | Kuala Lumpur | 18 May 2011 |
| 2. | Senior Piping Design Engineer | Kuala Lumpur | 18 May 2011 |
| 3. | Senior Piping Designer | Kuala Lumpur | 18 May 2011 |
| 4. | Expeditor | Kuala Lumpur | 11 May 2011 |
| 5. | Senior Expeditor | Kuala Lumpur | 11 May 2011 |
| 6. | Process Draughtsman | Kuala Lumpur | 30 Apr 2011 |
Showing posts with label Oil and Gas. Show all posts
Showing posts with label Oil and Gas. Show all posts
Technip Malaysia Careers (May 2011)
Available Positions
PRE-REGISTRATION OIL AND GAS ASIA (OGA) 2011
Oil and Gas Asia 2011 is back
Visitor Pre-Registration is officially open!
Visitor Pre-Registration is officially open!
When it comes to the Oil & Gas industry, the Oil and Gas Asia Exhibition (OGA) comes to mind instantly. OGA has established itself as the regional no. 1 oil & gas show with proven successful track records over the past decade.
OGA returns this year, making its 13th appearance from the 1st - 3rd June 2011 at the state-of-the-art Kuala Lumpur Convention Centre. Comprising over 17,000 sq. metres of exhibition space and 1,400 exhibitors from some 50 countries/region this is an event not to be missed. OGA 2011 aims to set a new record as being "THE" O&G event in this region.
With Asia paving its pathway to the development of the oil and gas sector, OGA 2011 provides just that by creating an ideal place for the industry players to gather, exchange information, network and make important procurement decisions. This is the place to be if you are seeking business opportunities.
The recent announcement by the Malaysian Government of the new tax incentives has raised expectations to see a rise in the activities of oil & gas industry this year. Plans to have more strategic collaborations with ASEAN countries are anticipated for the year 2011. Over the years, Malaysia has been known to be one of the world largest exporters of oil, putting the need for bigger reserves discovery. In view of this, the government along with Malaysia biggest oil & gas company, Petronas have allocated a capital expenditure of approximately RM40 billion ($13.15 billion) for 2011.
With more than 20,000 visitors expected to attend this showcasing of the latest in technology and products in the oil and gas industry, it would be best to pre-register yourself to enjoy benefits of pre-booking your visitor badge and obtaining them from the dedicated “Pre-Reg counters� at the exhibition for hassle free entrance. As a pre-registered visitor, you will also receive a complimentary copy of the OGA 2011 Show Directory.
With more than 20,000 visitors expected to attend this showcasing of the latest in technology and products in the oil and gas industry, it would be best to pre-register yourself to enjoy benefits of pre-booking your visitor badge and obtaining them from the dedicated “Pre-Reg counters� at the exhibition for hassle free entrance. As a pre-registered visitor, you will also receive a complimentary copy of the OGA 2011 Show Directory.
Don't miss this opportunity and pre-register online as a visitor today by clicking HERE!
Deadline for visitor pre-registration is on the 30th May 2011. (Exhibition is open to trade visitors only)
Show Opening Hours
1 - 2 June 2011
10:00am - 6:00pm
3 June 2011
10:00am - 5:00pm
1 - 2 June 2011
10:00am - 6:00pm
3 June 2011
10:00am - 5:00pm
SUBSEA Asia 2011 Conference
The SUBSEA Asia 2011 Conference will be held alongside OGA 2011 on the 2nd June 2011. The SUBSEA Asia 2011 conference will again bring together the major industry players from around Asia and beyond. The focus will be on dissemination of new and existing subsea technology and most importantly, the exchange of ideas and practical knowledge.
Warm Regards,
The OGA 2011 Team
Hotline: 603-4041 0311
www.oilandgas-asia.com
Visitor Pre-Registration
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CAREER WITH YE CHIU METAL SMELTING
| Ye Chiu Metal Smelting Sdn Bhd (Company No.:125292-T) | ||
| Advertised on 04-02-11. Application deadline on 06-03-11. | Do you dream to pursue a career path that suits just the person you are? Senior Design Engineer At Ye Chiu, we are believe in offering opportunities to talented individuals to reach your full potential. Ye Chiu is an established public listed company in KLSE Main Board and emerged from the medium size plant to today largest aluminium recycle factory producing aluminium alloy in the region of South East Asia. In line with our corporate expansion, we are currently seeking dynamic and motivated individuals take up the following position: (Johor, Kedah, Kuala Lumpur, Kelantan, Melaka, Negeri Sembilan, Penang, Pahang, Perlis, Sabah, Selangor, Sarawak, Terengganu, Labuan, Putrajaya) Requirements:
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Technicas Reunidas Careers
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| Advertised: 21-01-11 | Closing Date: 20-02-11 |
We are an international general contractor, engaging in the engineering, design and construction of various types of industrial facilities for a broad spectrum of customers throughout the world, including many of the principal national oil companies and several multinational companies. We are the leader for engineering and construction in the oil and gas sector in Spain, one of the leaders in Europe in the design and construction of oil and gas facilities, and one of the world leaders in the refining sector. Most of our business is concentrated on large turnkey industrial projects, although we also provide engineering, management, start-up and operating services for industrial plants. Excellent opportunity for a senior Project Director to lead major projects for Spain´s leading EPC contractor. You will be the contract representative and single point of contact for the client and have responsibility for the implementation of strategy in terms of technology, schedule, cost and procurement etc. You should have excellent leadership and communication skills and written and spoken English. Employment Requirements:
Valuable Requirements:
Interviews will take place over the phone or in our offices in London. Project Director (Spain - Madrid, Middle East) Responsibilities: Scope of activities Contract representative and single point of responsibility to the client. Project authority and responsibility. Key responsibilities
Requirements: Proven experience Senior project director with more than 20 years of relevant working experience in oil, gas, chemical and petrochemical industry. Minimum requirements
To apply - click here technicas reunidas | technicas reunidas jobs | technicas reunidas vacancies | technicas reunidas malaysia | oil and gas jobs | oil and gas vacancies | oil and gas companies | technicas reunidas logo |
Suruhanjaya Tenaga Careers
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Suruhanjaya Tenaga (Energy Commission), a statutory body established under the Energy Commission Act 2001 is the regulatory body for the energy sector in Malaysia, specifically the electricity supply industry and piped gas supply industry in the Peninsula Malaysia and Sabah. We are in the process of recruiting a professional to fill up the position of: DIRECTOR, DEPARTMENT OF GAS SAFETY AND SUPPLY REGULATION (Putrajaya) Responsibilities: The position is responsible to perform safety, technical and economic regulation of the piped gas industry under the purview of Suruhanjaya Tenaga based on the Gas Supply Act and regulations, which include:
Requirements:
Malaysian citizens who meet the requirements described above are invited to submit their applications by 06 February 2011. Interested candidates are invited to submit their applications, together with detailed resume and a recent passport-sized photograph either online to recruitment@st.gov.my or in writing to the address below:- Director (Corporate Services) Suruhanjaya Tenaga No. 12, Jalan Tun Hussein, Precinct 2, 62100 Putrajaya |
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Technip Malaysia Careers (Feb 2011)
Advertised on 19-1-11 Application deadline on 18-2-11.
TECHNIP is a public listed company in France with over 50 years of worldwide experience and more than 27 years of engagement in the Asia Pacific region.
With a global workforce of 23,000 people in 46 countries, industrial assets on 5 continents and a fleet of 19 vessels (by end 2010), Technip is a world leader in the fields of project management, engineering and construction for the oil & gas industry, offering a comprehensive portfolio of innovative solutions and technologies. Technip is a key contributor to the development of sustainable solutions for the energy challenges of the 21st century.
Highly self-motivated individuals who are seeking career development opportunities are invited to join us at our Asia-Pacific Headquarters in Kuala Lumpur as:
With a global workforce of 23,000 people in 46 countries, industrial assets on 5 continents and a fleet of 19 vessels (by end 2010), Technip is a world leader in the fields of project management, engineering and construction for the oil & gas industry, offering a comprehensive portfolio of innovative solutions and technologies. Technip is a key contributor to the development of sustainable solutions for the energy challenges of the 21st century.
Highly self-motivated individuals who are seeking career development opportunities are invited to join us at our Asia-Pacific Headquarters in Kuala Lumpur as:
SENIOR / SUBSEA INSTALLATION ENGINEER
(Kuala Lumpur)
(Kuala Lumpur)
Responsibilities:
- Understand and comply with project requirements, and relevant industry standards and regulations
- Produce installation procedures and engineering deliverables for SUBSEA Projects
- Perform installation analysis
- Interface with other engineering disciplines and drafting team
- Interface with purchasers, follow-up of suppliers and fabricators
- Assist in mobilisation of vessels and equipment
- Provide project support and technical assistance on board installation vessels during offshore operations
- Candidate must possess at least a Bachelor's Degree in Engineering or equivalent.
- Previous experience with offshore installation contractors,minimum 3 year(s) for installation Engineers and minimum 5 years for Senior position.
- Experience in rigid and flexible pipelay, subsea construction, mooring installation, floater tow, hook up will be highly regarded.
- Ability to take owenership on both engineering and operations phases of a project.
- Competency in Computer software such as orcaflex will be an advantage
- Applicants should be Malaysian citizens or hold relevant residence status.
Assistant Supply Coordinator
(Kuala Lumpur)
(Kuala Lumpur)
Responsibilities:
- Ensure project specific flexible pipes and/or umbilical(s) and accessories are manufactured and delivered in accordance with project safety, quality, budget, and timeframe requirements.
- Provide effective link between project and discipline teams and other group manufacturing units’ connection with flexible and umbilical manufacturing and supply related issues.
- Provide support for tender team for manufacturing related issues.
- Provide general technical information to project/discipline teams on flexible manufacturing, end fitting, testing, packing or repair processes.
- Develop / maintain cordial network with key group manufacturing personnel.
- Liaise and interface with PMT’s flexible designers and the PMA dept in Flexi France and DUCO as required.
- Maintain awareness of and compliance with the Management System procedures which directly affect the work undertaken.
- Candidate must possess at least a Bachelor's Degree, Post Graduate Diploma or Professional Degree in Engineering (Others) or equivalent.
- Knowledge of flexible pipe or umbilical manufacturing process or procedures.
- 3 years experience in flexible and/or umbilical manufacturing, quality assurance or design. Offshore flexible and/or umbilical installation experience.
FLEXIBLE PIPE DESIGN ENGINEER
(Kuala Lumpur)
(Kuala Lumpur)
Responsibilities:
- Understand and comply with project requirements, and relevant industry standards and regulations
- Perform flexible pipe design for risers and flowlines systems on SUBSEA Projects
- Perform dynamic risers systems analysis
- Interface with other engineering disciplines and drafting team
- Provide project support and technical assistance to manufacturing site/team
- Candidate must possess at least a Bachelor's Degree in Engineering or equivalent.
- Min 3 Years previous experience in offshore Pipelines design.
- Competency in risers analysis software (Orcaflex, Flexcom) will be an advantage.
- Applicants should be Malaysian citizens or hold relevant residence status.
- 1 Full-Time positions available.
Worleyparsons Careers (Feb 2011)
For extraordinary results you need the right balance of resources & energy
We are a leading provider of professional services to the resources & energy sectors and complex process industries. Our services cover the full asset spectrum both in size and lifecycle – from the creation of new assets to services that sustain and enhance operating assets.
With over 29000 personnel across 40 countries, strong growth continues to characterize our performance. We have built a world class company through the commitment and talent of our personnel – their skill, efficiency and innovative thinking differentiates us.
Our Infrastructure & Environment group has the proven ability to deliver technically outstanding, cost effective solutions to some of the most challenging projects in the world. These projects span the entire project life cycle from feasibility through decommissioning and have been completed in diverse geographic and cultural settings.
We are an experienced EPCM provider and use an integrated team approach to successfully implement optimum project solutions with the lowest total life cycle costs
Our Infrastructure &Environmental sector is currently recruiting highly skilled professional to become a part of our world class organisation and an integral part of our landmark projects.
(Kuala Lumpur)
Responsibilities:
The responsibilities and requirements for this role are as follow:
- Support and work as part of a Project Team for a diverse range of environmental consulting projects, including ESHIA in the oil and gas, industrial, infrastructure and power sectors. Work experience in any of these sectors would be considered favourably
- Conduct environmental monitoring and auditing projects independently
Requirements:
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- Tertiary qualifications in environmental science or engineering or a related field
- Posses at least 3 years relevant experience
- Regulatory EIA experience will be considered favourably
- Background in soil & geology, air quality, noise & vibration will be considered favourably
- Willingness to travel and work across a broad range of environmental and social consulting services
Interested candidates are required to apply online with details of qualifications, experience, present salary and expected salary before 28 February 2011.
(Kuala Lumpur)
Responsibilities:
The environmental team based in Kuala Lumpur has a diverse range of clients and the team work on projects that are diverse and challenging. The team is now seeking Lead Environmental Consultant to support the expanding business. The responsibilities and requirements for this role are as follow:
- Setting and implementing direction for environmental consulting projects for international oil and gas clients, including ESHIA, environmental audits and due diligence
- Support environmental consulting services to the industrial, infrastructure and power sectors
- Provision of environmental engineering inputs/ advices
- Working across WorleyParsons business units/ geographic locations to develop environmental business opportunities
- Mentoring and coaching junior members of WorleyParsons’ environmental team
Requirements:
- Tertiary qualifications
- At least 7-10 years experience in environmental consultancyStrong ESHIA project experience in the oil and gas sector, marine sector is preferable
- Experience in oil spill modelling, produced water modelling etc would be an added advantage
- Environmental project management skills
- Excellent report writing skills. Fluency in both written and spoken English is essential
Interested candidates are required to apply online with details of qualifications, experience, present salary and expected salary before 28 February 2011.
For more information and to apply online, please log on to our websites www.worleyparsons.com
Job Code: 2931
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KNM Process Systems Career
Advertised on 6-1-11. Application deadline on 5-2-11.
KNM Process Systems, a public listed Group in Malaysia presence in 14 countries with a total workforce of 5,000. It is a leading manufacturer and turnkey provider of process equipment, process units biofuel, renewable energy and power plants. In line with our growth strategies, we are currently seeking qualified and experience personnel to join our group:-
Click post for the requirements
- General Manager (Projects) for Malaysia and Overseas
- Project Managers
- NDT Managers
- Finance Manager / Finance Controller (Overseas)
- Marketing Manager
- Sales Manager (HQ & Overseas)
- Corporate Support Services Assistant Manager (Abu Dhabi)
- Project Engineers
- Senior Internal Auditor
- Estimation Engineers
- Design and Proposal Engineer
- Expeditor
- Planning Engineer
- QC Inspector
- Welding Engineer (HQ and Kuantan)
- Sales Engineers (HQ & Overseas)
- Senior QA / QC Engineer
- Production Supervisor
- Document Controller
- Marketing Assistant
No. 15, Jalan Dagang SB 4/1 Taman Sungai Besi Indah 43300 Seri Kembangan
Selangor Darul Ehsan
Tel No: 03 – 8946 3000 Fax No: 03 – 8944 1363
Email:recruitment@knm-group.com
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Kemaman Bitumen Jobs
KEMAMAN BITUMEN COMPANY SDN BHD (KBC) is operating an oil refinery in Kemaman, Terengganu, primarily to produce bitumen and other oil product. We are looking for a suitable qualified candidate to fill the following position:
Advertised: 07-01-11 | Closing Date: 06-02-11
Assistant Shift Supervisor
(Terengganu - Kemaman)
Responsibilities:
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Interested applicants are invited to apply online or email thier comprehensive resume stating current and expected salary with a recent passport-sized photograph (n.r.) to:
Human Resource Department
KEMAMAN BITUMEN COMPANY SDN BHD (612725-U)
A-06-3A, Empire Office, Empire Subang
Jalan SS16/1, 47500 Subang Jaya
Email: hr@kbc.com.my
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Shell Malaysia Career
Shell Malaysia Trading Sdn. Bhd. (6087-M) has been operating for more than a century in Malaysia and is looking forward to more exciting and challenging years ahead. We are a successful multi-national company involved in the manufacturing, distribution and selling of energy and petrochemical products.
Vacancies Available (Asia - Malaysia)
- Retail Engineering Manager (Kuala Lumpur)
- SAP IS-Oil Business Analyst (DSIT) - ( Cyberjaya)
- SAP Supply Chain/Manufacturing Support Analyst (DSIT) - (Cyberjaya)
- BizTalk Integration Specialist (DSIT) -(Cyberjaya)
Application Deadline: Saturday 15 January 2011
THERMOELECTRIC GENERATOR (TEG)
A thermoelectric generator (TEG) is a device that converts heat (temperature differences) into electricity, using a phenomenon called the "Seebeck effect" (or "thermoelectric effect"). TEG also called thermogenerators. Their typical efficiencies are around 5-10%. Having the ability to convert heat into usable electrical energy opens the door to many untapped energy sources and in a time when energy conservation, environmental issues and economic survival have become paramount concerns for all of us; expanding your energy options with the use of TEGs just makes good sense.
How it works
TEGs are made from thermoelectric modules which are solid-state integrated circuits that employ three established thermoelectric effects known as the Peltier, Seebeck and Thomson effects. It is the Seebeck effect that is responsible for electrical power generation.
Their construction consists of pairs of p-type and n-type semiconductor materials forming a thermocouple. These thermocouples are then connected electrically forming an array of multiple thermocouples (thermopile). They are then sandwiched between two thin ceramic wafers.
These thermocouples are then connected electrically in series and/or parallel forming an array of multiple thermocouples (thermopile). When heat and cold are applied this device then generates electricity. Almost any heat source can be used to generate electricity, such as solar heat, ocean heat, geothermal heat, even body heat! In addition the efficiency of any device or machine that generates heat as a by-product can be drastically improved by recovering the energy lost as heat.
Applications
Thermoelectric generators can be applied in a variety of situations. Usually, thermoelectric generators are used for small applications where heat engines (which are bulkier but more efficient) such as Stirling engines would not be possible.
The use of waste heat in combustion engines promises to be a high volume application field. Not only the exhaust but also cooling agents are targeted.
Two general problems exist in such devices: high output resistance and adverse thermal characteristics. In order to get a significant output voltage a very high Seebeck coefficient is needed (high V/°C). A common approach is to place many thermo-elements in series, causing the effective output resistance of a generator to be very high (>10kOhm). Thus power is only efficiently transferred to loads with high resistance; power is lost across the output resistance otherwise. A generator with very high output impedance is effectively a temperature sensor, not a generator.
Secondly, because low thermal conductivity is required for a good TEG, this can severely dampen the heat dissipation of such a device (i.e. TEG's serve as poor heat sinks). For example it is not generally considered wise to place a TEG on an essential IC chip that requires cooling. Because of the low thermal conductivity of a TEG device, that IC is cooled at a slower rate.
Space probes to the outer solar system make use of the effect in radioisotope thermoelectric generators for electrical power. Thermoelectric generators have been in use for many years by NASA to power spacecraft and the oil and gas industry to power remote monitoring stations around the globe. Only in recent years has this technology become available to the general public.
Solar cells use only the high frequency part of the radiation, while the low frequency heat energy is wasted. Several patents about the use of thermoelectric devices in tandem with solar cells have been filed. The idea is to increase the efficiency of the combined solar/thermoelectric system to convert the solar radiation into useful electricity.
The need for thermoelectric power . . .
Electricity is no longer a luxury, it has become a necessity in our everyday lives. Have you ever had to live without electricity for an extended period of time? If so then you know what it is like to loose all the food in your refrigerator and/or chest freezer and shivering in the cold because you have no heat. Every year thousands, even millions have been in this position when a winter storm knocked out power over large areas. Not to mention rapidly rising energy costs and an uncertain economic future. Still many people have become complacent about their electrical energy needs.
Solar panels are a great alternative energy source, but they only produce electricity during daylight hours. In addition their daily output is significantly reduced during winter months and cloudy days. Now, using a TEG in conjunction with solar and wind, their combined output can provide all off your home’s energy needs and depending on what state you live in, you will be getting a check from the electric company instead off a bill!
Resources
http://en.wikipedia.org/wiki/Thermoelectric_generator
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Hablem Oil and Gas Careers
HABLEM OIL & GAS (M) SDN. BHD. has started business in oil and gas related trading company about ten years ago. HABLEM itself is an Arabic word - meaning relationship. It portrays the activities of the company toward its target clients.
As years passed by, HABLEM from trading company, slowly ventured into services and maintenance to oil and gas industry as the demand arise. HABLEM of course from time to time will move ahead, with the continuous support of our valued customers.
As we are in oil and gas related industry, we are licenced Petronas vendor as well as registered with Ministry of Finance. We supply all type of related industrial equipments and parts to meet the demand and challenge from our customers, we do carry few product as a sole agent in Malaysia.
We supply high quality equipments and parts to chemical and petrochemical industries, power plant, water & waste treatment plant, oil and gas industries, marine industries, onshore and offshore engineering fabricators and contractors.
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SALES & SERVICE TECHNICIAN - Click Here
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Conceptual, FEED and Detailed Design Definition
1. Conceptual Design (CD)
Preliminary study performed to define:
Purpose of plant/project
Location of plant
Overall cost of plant (+/- 30%)
Design deliverables will typically include a design basis with main process parameters defined (=overall plant production requirements etc.), some overall block flow diagrams, a preliminary space study to define overall space requirements and finally an overall cost estimate.
An accepted definition of design is: the act of conceiving and planning the structure and parameter values of a system, device, process or even works of art. Normally, defining the scope (aka definition) of the project is a subject that the relevant authorities of a company must initiate.
Basic and detail design are separated by the important step of taking a decision (mainly by the board of directors, BOD) on whether to continue, expand, momentarily shelve, or altogether abandon a project.
The CD will be presented for the BOD who may decide to proceed with a Basic design.
The BOD may wish to consult with marketing and financial experts before reaching a decision. When discussing a multi-million dollar (preliminary) project they might have to consider the impact it will have on future company long-range policy and ask for a (present and future) market analysis for the products and raw materials. They may then decide to give it a temporary approval and ask for more basic work to be done as in a pilot plant. Or they may finally approve it. That's the moment FEED or detail engineering design starts.
2. Basic design (BD) or (FEED)
Development of a well defined design package to in order to prove the feasibility and the cost estimate from the CD. Cost estimate may typically be refined to +/- 10%, and will be used as the final Go Ahead from the BOD.
Furthermore this is the start up package for Detailed Design (DD). In many cases this package may also be used as a tender package for a Design/Construction Contract.
Typical deliverables will include:
Process Flow Diagrams
P&ID's
Process simulations/calculations as required to complete the above.
Equipment Lists
Line Lists
Instrument lists
Site Plans
Plot Plan's (The overall layout approved - this is also required for)
Preliminary Equipment specifications (datasheets)
Other overall layouts which may impact process design (e.g. Hazardous area classification drawings, Fire zone layouts which may dictate shut down valve requirements etc.)
All of these drawings should preferably be finalised to status AFD (Approved For Design) which means that they are completed in all aspects except for what will be decided in the Detailed Design phase (vents/drains, vendor data etc.)When I say preferably, this is because depending on project/company strategy, it may well be decided to issue the BD package with a level of completion lower than AFD.
Basic design is about 50% process engineering, with about 50% of the process engineering effort being done there. Detail design involves much more work from the other disciplines.
My summary is: Basic design goes up to process design: Flows, operating conditions, size of equipments, budget costematings, etc. Detailled Dsgn covers all details of piping and all works.
Basic engineering ,sometimes refered to as FEED, primarily provides preliminary estimates of the facility in other to give the EPCI (Detail engineering,procurement,construction and installation)contractor a basis for bidding. As a matter of fact, the basic engineering phase can entail evaluating the EPCI contractors. So there can be quite a few loose ends in the design at the end of the Basic which has to be knotted up at the Detailed engineering.
Basic engineering = basic study to allow everyone involved to agree on the exact scope of work to be done to solve the problem involved in the project and put a groos figure on how much it will cost , before going ahead with the detail engineering.
Usually, a FEED is required to establish the identity of the total capital costs required in a project – especially if it is to be “project financed” (the financed portion is paid by project generated revenue). Therefore, a FEED is simply an up-front, basic design that suffices only to identify the required resources within an accepted level of accuracy. In international project-financed projects, the lending institutions are the ones who set the level of accuracy required to evaluate a proposed loan. Inherently, then, a FEED is not sufficient to specifiy, purchase, install, startup, or operate a major process. The FEED is merely an outline with very basic engineering done. It is used to obtain the funds required to carry out the necessary basic engineering that will yield the final, detailed design that can subsequently be specified, purchased, installed, started up, and operated.
Additionally, without detailed engineering done, a lot of project necessities were left unattended and major mistakes and omissions were made. Therefore, there may exist other interpretations or needs for a FEED through various parts of the world. There is no engineering God or Court that fixes how all engineers should interpret or employ engineering tools. Everyone is left to use his/her ingenuity and common sense in applying the natural laws and resources found world-wide.
The basis design is the same as FEED (front-end engineering design) as far as I'm concerned. You take the concept and do firmer calculations. This will be stuff like developing a mass & heat balance, putting together a proper P&ID (Piping & Instrumentation diagram), and doing things like equipment sizing (pumps, vessels, heat exchangers, columns etc.). At this stage you produce equipment specifications.
When you have the basid design done (process specifications, P&IDs, heat and mass balance, utility requirements etc.) this package (FEED package) then goes out to the other disciplines (such as piping, civil/structural, electrical, instruments). The main work of the process engineer in the design is now done. However, the disciplines will need to consult you to make sure in their 'detailed' design they actually capture the intent of what you wanted. They will keep coming back and asking questions like what should we do with this, or does it matter if we change this, or put this here. The detailed stage involves the discipline engineers looking at piping layouts, electrical distribution boxes and what not. Basically everything that is required to actually go and build a plant. That is the detailed engineering stage.
The process engineer in his/her basic design job determines the optimum diameter, the pipeline material of construction, corrosion problems, flow controls, flow regimes, operating conditions, alarms, pipe schedule, thermal insulation, instrumentation, traps, etc.
What are the parameters that guide him, economic, safety or environmental considerations, or what? He/she may need the help of a mechanical engineer to assess the costs of the as-finished work. So, the mechanical engineer's work doesn't just cover the detail design stage.
Having gathered the necessary information and made the relevant process flow sheets and techno-economic calculations, as the case may be, somebody has to decide on whether this preliminary job is sufficient to proceed or that it may require a further study.
Only upon this authority's decision the detail design engineering follows or not.
3. Detailed Design
All further design is developed until it reaches AFC status (Approved for Construction).
For process design (assuming the BD outcome was status AFD) remaining work will be limited to verifying that the actual piping layout, the equipment purchased etc is in line with the present process design and incorporate any updates required. Typically procurement of main equipment takes place during the detailed design stage and this requires interaction from the process engineer as well as other disciplines.
Detail engineering -on the other hand- may need the help of the process engineer, for example, in cases where a HAZOP review may be carried out. So, the process engineer is not only in charge of the basic design after all, her/his reponsibilities are spread over both stages, the basic and the detail design. Both stages may be coordinated by a project manager himself/herself answering to the job-commissioning authority.
Detail engineering = get the thing designed in detail by the relevant personel , so that you can put it into construction , installation , commissioning and handover to maintenance.
In addition to the above comes all the electrical/instrumentation/structural/building/ architectural works etc.
4. Construction
5. Installation
6. Commissioning
7. Start-up and Maintenance
Worleyparsons Careers
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