Showing posts with label marine engineer. Show all posts
Showing posts with label marine engineer. Show all posts

Monday, April 16, 2012

Marine engineering pump


Marine engineering pump 

  • 1.  
  • 2. IT IS THE ALLAH WHO SUBJECTED THE SEA TO YOU.THAT SHIP MAY SAIL THROUGH IT BY HIS COMMAND ,THAT YE MAY SEEK OF HIS BOUNTY,AND THAT YE MAY BE GRATEFUL (Al-Quran)
  • 3. Marine Engineering Pumps
  • 4. Pumps There are two types of pumps mainly Nonpositive displacement(dynamic) Centrifugal pump Axial pump Positive displacement Rotary Multirotor Single rotor Reciprocating Diaphragm Piston/plunger
  • 5. Centrifugal pumps These are nonpositive displacement pump These are categories non-positive because if the discharge is closed; and pump is running no effect on the pump as well as on the pipeline Different cofiguration of these pumps are Vertical Two stages (higher discharge usually) Double suction and single discharge(low disc. Usually) Doubleeeee Horizontal
  • 6. Centrifugal pumps Vertical Two stages (higher discharge usually) Two stages give good higher discharge It is used as Fire and General service pump Abbrevation used in ship is F&GS P/P
  • 7.  
  • 8. Centrifugal pumps Vertical Double suction and single discharge(low disc. Usually low npdh) This pump have good suction and discharge pressure is not so much higher than previous pump This pump is used as Ballast p/p
  • 9.  
  • 10. Centrifugal pumps Vertical Two stages (higher discharge usually) Two stages give good higher discharge It is used as main sea water pump Abbrevation used in ship is MSW p/p Difference between this pump and the pump in slide #07 is that it is provided with bush instead of bearing.
  • 11.  
  • 12. Centrifugal pumps Horizontal Two stages (higher discharge usually) Two stages give good higher discharge It is used as boiler circulating pump Abbrevation used in ship is BLR CIRC. P/P The impeller used in this boiler made up of steel because of higher temperature.
  • 13. Pump parts Fire and gs pump Parts of pumps body (CI) impeller (brass) 2no. bearing (ball) 1no. center bush (brass) 1no. h-ring (brass) 2no. end bush (brass) 2no. wear rings (brass) 2no. with steel hollow lock pin mostly this pump faces the end bush problem Ballast pump body (CI) wear ring (steel) 2no. o-ring (to separate) 2no. impeller (brass) (double suction single discharge) 1no. main problem is wear ring problem boiler feed pump body (CI)
  • 14. Pump parts(contd) wear ring (brass) 2no. center bush ( brass) 1no. h.ring (brass)(with hole for cooling) 2no. gland (brass) 2no. bearing (……….)(ball bearing ) 2no. locking pin (steel)(to place the wear ring at its position) non ZZ if grease nipple is available(otherwise ZZ) main problem non ZZ if grease nipple is available(otherwise ZZ)
  • 15. Pump parts(contd) bearing problem (humming sound ) gland packing leakage 3 will damage the bearing if wear ring cut out it will disturb the suction and discharge pressure. During watch we check the following parameter open the particular valve suc and dis for particular pump switch on the motor check the suc and discharge check for any leakage check the movement of fluid by touch hand with discharge pipe.
  • 16. MT Quetta MT Quetta Crude oil pump turbine (centrifugal pump) Rpm 1200/1200 Upper bearing 50 Lower bearing 71 LO in 52/55 LO out 44/50 Gland steam 1MPa Exhaust steam 0.04 MPa/0.03 MPa Lub oil 0.12MPa/0.12 MPa Suction 0.01MPa / 0.02MPa Discharge 0.6MPa/0.7MPa Steam Chest 0.7MPa Ballast pump (1S) Suction : -0.1MPa Discharge: 0.25MPa P/P casing: 29 Upperside P/P brg 40 Lowerside P/P brg 46 Bulkhead Stuffing box The difference between mt johar and mt quetta boiler and economizer is that …….. In the johar the economizer getting the feed from the steam accumulator and the quetta getting the feed from the aux. boiler water drum.
  • 17. Domestic fridge and Air conditioning Today I am describing about the domestic refrigeration( DOM Fridge ) and as well as air conditioning plant ( A/C acc .)of tanker ship MT Johar . The parts which are I have seen in the refrigeration plant are: Compressor Condenser Thermostatic expansion valve Evaporator And other auxiliary components are Thermostat (operated on principal of expansion/contract : used to set the conditioning temperature) Sight glass Oil separator dryer We can divide the fridge or A/C system into Low pressure High pressure You can seen the block diagram for A/C system. The compressor we used on the board ship may be of y or w type
  • 18. Author Introduction ZEESHAN AHMED , Marine Engineer . After doing FSc(pre-engineering) from PAF(fazaia) intermediate college Lahore cantt. I joined Pakistan Marine Academy and choose Marine engineering branch. Two years of training at academy (practical + theoretical) we learned a lot of thing like CNC (computerize numeric code), trained on various models (like control valve, solenoid valve, flow meter, refrigeration system, CPP propeller, Main engine model (TWO stroke), Boiler model (water tube) ……………………………….. in GEK (general engineering knowledge) lab, Mechanical and physics lab, Engineering workshop. ETC . After two years, we joined PNSC workshop for the training of ONE year Industrial training. That was also the golden time where we learnt a lot of things at different shops as well as onboard (repairing and watch keeping). I learn many thing on tanker E.g. MT Johar (learn how to dismantle turbine rotor from casing and what are the precautionary measurement while working on turbine, learn how to change the diaphragm(stationary blade) Plate type heat exchanger gasket change, shell and tube Cooler Anode replacement and (Cont.)
  • 19. Introduction (cont.) cleaning of SALT WATER tubes etc.) , MT Swat (major thing which I learn in Swat is how to dismantle head of main unit and copper gasket replacement with a minor facing defect which is found during overhauling which is filled and faced by Belzona) , MT Lahore(About the DEAD MAN ALARM, Alpha lubricator for Cylinder Main Engine Unit, Pump operation and watch keeping), MT Quetta(Auto load sharing of Generator Set, MT Karachi (Dry washing of the main engine turbocharger with granules, water washing of IG Fan of Inert Gas system, sludge removal of from purifier(centrifuge) etc., . One thing I want to added is that the trend in ship building is more toward based on electronic and electrical application. So a marine engineer must strong in automation, instrumentation and control system. PLC (programmable and logic control) and SCADA (supervisory central access and data acquisition) are the upcoming technology that are using on modern ship. The latest engine of MAN B&W is based on Camless technology. Chain is removed ; fuel pump and exhaust valve actuation is control by hydraulic servo(lub) oil which is driven by Axial piston pump mounted on the Fly wheel. Regards, Z.A.
  • 20. Author contact information zeetec4@yahoo/gmail/hotmail.com Social networking sites. Facebook: mariner46 Website: zeetec4.googlepages.com Any question and suggestion are welcome

Pakistan National Shipping Corporation Marine Engineer Apprenticeship


Pnsc Marine Engineer Apprenticeship 

  • 1.  
  • 2. IT IS THE ALLAH WHO SUBJECTED THE SEA TO YOU.THAT SHIP MAY SAIL THROUGH IT BY HIS COMMAND ,THAT YE MAY SEEK OF HIS BOUNTY,AND THAT YE MAY BE GRATEFUL (Al-Quran)
  • 3. Pakistan National Shipping Corporation Marine Engineer Apprentice
  • 4. PNSC WORKSHOP   Pakistan National Shipping Corporation has a marine engineering workshop to provide repair and maintenance services to its own fleet and foreign ships calling at the port of Karachi . Over the last two decades this workshop has gradually achieved international standards in Mechanical and Electrical repairs and steel fabrication works; duly approved by major Classification Societies of the world. The engineering services and expertise are also provided to Pakistan Navy, Karachi Port Trust, Port Qasim Authority and shore based industries. PNSC Workshop over the years has earned reputation for its high quality work offered by its Engineers, supervisory staff, workers. The workshop also provides training  to Marine Engineering and Trade apprentices  for necessary upgradation of their practical skills.  E-mail Address:   [email_address]        
  • 5. PNSC M.E.A’s MEA’s sitpend is so much low comparing the apprentice of other organization MEA’s training time must be reduce. From 0830 to 1500 hours. MEA’s instructor arrange so that we learn about the modern practice. It may be our training incharge or any other person hire special for this purpose. MEA’s classes must be arranged and visiting faculty must be arranged to learn modern practice. It may be weekly or monthly.
  • 6. PNSC M.E.A’s MEA’s on board cargo ship in group of 10 or 15. and person on ship or from workshop arrange to trained them for ship. Other MEA’s in workshop train of ship part which brought to workshop MEA’s on board on tanker ship in group of 2 or 4 and person on ship or from workshop arrange to trained them for ship. Senior Watchkeeper should tell MEA’s how a good watchkeeping carried out on ship.
  • 7. PNSC M.E.A’s When the shops allocation is done. A instructor guide the group how to used the tools correctly and efficiently. At the end a test will carry out that a MEA’s learn the basic shop practice. Then he will transfer to other shop. Ship manual which is available in workshop lend to MEA who is interest one. A visit to industry is carried out. From the headoffice. To update the knowledge of shore industries.
  • 8. Instruction to Marine Engineer Apprentices It is mandatory that all marine engineering apprentice maintain there work diaries throughout their prescribed industrial time at a marine engineering workshop. 2. All the entries will be in chronological orders and dates and places of duty must be clearly mentioned. 3. Foremen workshop instructor or the respective shop incharge or the engineering incharge of a ship must countersign the works-statement 4. The work diaries will be issued in a set of one for each engineering apprentice. One of these, when completed and inspection/scruting by the manager workshop will be conducted on quarterly basis 5. The diaries shall be submitted promptly to the officer incharge at the end of every working quarter of the year OIC training will endorse his remarks before the submission to the chief examiner m.o.c 6. Detailed description, lists of tools and gadgets, safety and precaution points and elaborate sketches will bring you much merit points. 7. Signatures of the apprentice and the supervisor must be affixed at the end of the description of the assignment. 8. No intershop transfers shall be made without submission of the work diaries complete in all respects for their respective allotted period. It is mandatory to clear shop test. 9. Unauthorized absence of more then three/week will call for extension/short service certificate. 10. On completion of apprenticeship, the work diary to be returned, if any one found failed to do so, their certificates shall not be is issued.
  • 9. Author Introduction ZEESHAN AHMED , Marine Engineer . After doing FSc(pre-engineering) from PAF(fazaia) intermediate college Lahore cantt. I joined Pakistan Marine Academy and choose Marine engineering branch. Two years of training at academy (practical + theoretical) we learned a lot of thing like CNC (computerize numeric code), trained on various models (like control valve, solenoid valve, flow meter, refrigeration system, CPP propeller, Main engine model (TWO stroke), Boiler model (water tube) ……………………………….. in GEK (general engineering knowledge) lab, Mechanical and physics lab, Engineering workshop. ETC . After two years, we joined PNSC workshop for the training of ONE year Industrial training. That was also the golden time where we learnt a lot of things at different shops as well as onboard (repairing and watch keeping). I learn many thing on tanker E.g. MT Johar (learn how to dismantle turbine rotor from casing and what are the precautionary measurement while working on turbine, learn how to change the diaphragm(stationary blade) Plate type heat exchanger gasket change, shell and tube Cooler Anode replacement and (Cont.)
  • 10. Introduction (cont.) cleaning of SALT WATER tubes etc.) , MT Swat (major thing which I learn in Swat is how to dismantle head of main unit and copper gasket replacement with a minor facing defect which is found during overhauling which is filled and faced by Belzona) , MT Lahore(About the DEAD MAN ALARM, Alpha lubricator for Cylinder Main Engine Unit, Pump operation and watch keeping), MT Quetta(Auto load sharing of Generator Set, MT Karachi (Dry washing of the main engine turbocharger with granules, water washing of IG Fan of Inert Gas system, sludge removal of from purifier(centrifuge) etc., . One thing I want to added is that the trend in ship building is more toward based on electronic and electrical application. So a marine engineer must strong in automation, instrumentation and control system. PLC (programmable and logic control) and SCADA (supervisory central access and data acquisition) are the upcoming technology that are using on modern ship. The latest engine of MAN B&W is based on Camless technology. Chain is removed ; fuel pump and exhaust valve actuation is control by hydraulic servo(lub) oil which is driven by Axial piston pump mounted on the Fly wheel. Regards, Z.A.
  • 11. Author contact information zeetec4@yahoo/gmail/hotmail.com Social networking sites. Facebook: mariner46 Linkdln Orkut Website: zeetec4.googlepages.com Blogs: Any question and suggestion are welcome

Sunday, April 15, 2012

Institute of Marine Engineer India


The Institute is a Learned Professional Society and was registered in 1980 as Charitable Trust under the Societies registration Act and the Bombay Public Trust Act with its registered office at Mumbai. 

To allow us to update you on the activities of the institute please send your email address to us at 
membership@imare.in

Objectives
  • To promote the scientific development of Marine Engineering
  • To enable marine engineers to meet to facilitate the exchange of ideas and communicate information.
  • To uphold the status of Members
  • To co-operate with other institutions for the furtherance of education in engineering science.
Vision
“To be the Premier organization and Resource for those engaged in the practice of Marine Engineering and allied subjects and lead the profession globally”

The Institute is collectively Managed by elected representatives of different branches in the Governing Council alongwith President, Vice President and Honorary General Secretary elected every two years.

The Institute has at present Branches at Mumbai, Calcutta, Chennai, Delhi, Cochin, Visakhapatnam, Goa and Pune. Each Branch is administered by an Executive committee elected by the Members attached to the Branch. Institute also has Chapters at Navi Mumbai, Hyderabad, Bangluru and Patna

The Governing Council is assisted in its working by Various Sub-Committees.Presently the institute has over 9500 members spread all over the globe. Our members include the top decision makers in the Maritime Industry.

Marine Engineering and Research Institute


The Marine Engineering and Research Institute (MERI), formerly known as the Directorate of Marine Engineering Training (DMET), is India's national institute for the training of marine engineers. It is India's oldest and best known marine engineering college.
MERI offers a four-year Bachelor's degree program in Marine Engineering admissions for which are made through the Joint Entrance Examination (IIT-JEE) conducted by IITs. The degree was however granted by the renowned Jadavpur University. Prior to 2000, the four-year course was conducted under the aegis of Director General of Shipping. Based on the recommendations of the Board of Assessment for Educational Qualifications, the Indian Government's Ministry of Education and Culture decided to recognize this course as equivalent to a Bachelor's Degree in Marine Engineering from 1983 onwards. However, with the establishment of the Indian Maritime University in March 2009, the affiliations for all courses have been transferred to the IMU, which awards its own degrees.

History

Marine engineering training in India had its formal beginning in 1927 on board the Training Ship Dufferin. 8 years prior, the first Indian owned vessel, S.S. "Loyalty" sailed out of Bombay Harbour on April 5, 1919 for London. The vessel was owned by M/S. Scindia Steam Navigation Company. The Master and the other officers were British. Subsequently, Sir P. S. Sivaswamy Iyer, KCSI, CIE moved a resolution in the Indian Legislature to train Indians for the merchant marine. The R.I.M.S Dufferin was acquired by the Department of Commerce and commissioned as a training ship. On November 23, 1927, the first batch of 50 nautical cadets joined the I.M.M.T.S. Dufferin under the command of Capt. Superintendent Sir Henry Digby Beste. In 1935, training of engineering cadets also commenced on the Dufferin with each batch consisting of 25 nautical and 25 engineering cadets. Some famous graduates were Capt. M. J. Sayeed of NOL, Vice Admiral R. D. Katari, India's first Indian Chief of Naval Staff, DMET's founding Deputy Directors Mr. S. Kasthuri (who later went on to head INS Shivajiand Cochin Shipyard) and Mr. T.K.T. Srisailam. At least eight of the Dufferin's graduates rose to be admirals. Many of the graduates rose to be the Principal Examiner of Engineers and the Chief Surveyor to the Government of India. At least one, K. Ramakrishna, was appointed as the Principal Examiner of Engineers at the DoT, UK.
Vast technological changes during the war years, challenges in a post-colonial world and realigned world order necessitated updated training systems. In 1947, the newly independent country's founders foresaw the need for an up to date and modern Merchant Marine. Article 246 of the Seventh Schedule of the Constitution of India mandates that the Indian Union has jurisdiction and the responsibility for "Maritime shipping and navigation, including shipping and navigation on tidal waters; provision of education and training for the mercantile marine and regulation of such education and training provided by States and other agencies."
On the recommendation of The Merchant Navy Officers Training Committee constituted in 1947, by the Government of India, the function of pre-sea training of marine engineers was transferred ashore under a new name. The 'Directorate of Marine Engineering Training'(DMET in short) commenced operations on August 10, 1949 in temporary facilities in Boribunder in Bombay and Gorachand Road in Park Circus, Calcutta, with a total intake of 50 students (20 at Bombay and 30 at Calcutta). The institute finally moved into new facilities in Taratala Road in 1953 and Lower Parel in 1966.
The new building in Calcutta was formally inaugurated as the Marine Engineering College on December 14, 1953 by the Prime Minister,Jawaharlal Nehru with the Transport Minister Lal Bahadur Shastri in attendance. J. S. H. Stephenson assumed Directorship in Calcutta. S. Kasthuri was Deputy Director at Calcutta and T. K. T. Srisailam was appointed Deputy Director at Bombay. K. S. Subramaniam, Motee L. Jagtianie and B. D. Merchant were appointed as Officers in the Calcutta branch. Their vision and subsequent adoption and inclusion of modern subjects such as Control Engineering and Electronics, which were new topics in those days, lay a firm foundation for the academic curriculum at the nascent Institute. Students trained at marine workshops during the day and attend classes by at night for 3 years of the program. The 4th year was devoted fully to classroom instruction at Calcutta. In August 1958, the intake was increased to 60 students and to 100 in the subsequent year. In 1962, an all-India entrance examination was introduced to streamline the standard of the incoming class. In 1982, Institute of Engineers (India) started recognizing DMET graduates with a First Class (Motor or Steam) licence as equivalent to a graduate engineer, with the right to be called a Chartered Engineer and use "C. Eng(I)" after their name.
Marine engineering training at M.E.R.I., Calcutta, underwent several minor changes in the 1970s. In 1977-78, an expert committee nominated by Govt. of India, headed by Prof. Shankar Lal, ex-Director of IIT Kharagpur, recommended changes in the DMET course curriculum mainly pertaining to class contact hours, practical training etc. The successful incorporation of these changes led to the recognition of the graduation certificate of the 4 year course at DMET, as being equivalent to a first degree in Marine Engineering, by the Government of India, starting calendar year 1983.
As part of a revamp of the marine engineering training process in India, in October, 1991, the Government of India appointed a Committee on Maritime Education and Training - COMET, under the chairmanship of Dr. Chandrika Prasad Srivastava, ex-Secretary General of International Maritime Organization, to study the status of all maritime training institutes in the country and present recommendations. Based on COMET's findings, the Merchant Marine Education and Research Trust - MMERT, was formed with the assistance of ship owners' associations, as a first step, towards the formation of an Indian Maritime University, which will, in the future, supervise and control maritime education at Indian Institutes.
Since inception, the Institute has had to cope with many challenges. It has had to operate with a small or flat budget, lack of funds for the modernization of infrastructure, challenges regarding content of the curriculum, loss of faculty due to retirement and better pay at sea, dilemma of developing DMET as an academic institution or as a paramilitary type training institute, neglect of the authorities at the Ministry of Shipping etc. But, its students developed a reputation for being the world's finest marine engineers. The Indian marine engineer became synonymous with DMET. It is no coincidence that almost every major shipping company in the world has at least one DMETian in its onshore management personnel or floating staff. Many of the world's largest vessels: the ULCCs, are manned by Indian marine engineers. The star of DMET graduates has continued to rise, as they built up a formidable reputation for quality engineering skills. Many DMET graduates went on to found marine engineering workshops, build successful companies, found maritime training institutes, develop surveying standards, and of late, make the transition to the New Economy by pursuing successful careers in Management.
The four government owned Maritime Institutes, namely, LBS CAMSAR Mumbai, TS Chanakya, Navi Mumbai, MERI Kolkata, and MERI Mumbai were integrated under the auspices of the Indian Maritime University in 2008.
DMET/MERI celebrated its Diamond Jubilee on 14 December 2010.

[edit]Directors of the institute

  • J. S. H. Stephenson
  • S. Kasthuri
  • T. K. T. Srisailam
  • K. S. Subramaniam
  • S. D. Srivastava
  • D. K. Sanyal (acting)
  • K. Kishor
  • S. Ganguly (acting)
  • D. C. Agnihotri (acting)
  • B. N. Bera
  • S. Mukhopadhyay
  • S. K. Sarkar
  • M. K. Ghosh (acting)

[edit]Training

MERI has a large workshop with machinery, equipment and steam and diesel power plants for training and to meet IMO and AICTErequirements. Students visit marine workshops for on the job training. Laboratories are provided for cadets/students to conduct practical experiments. Class rooms and teaching aids are in compliance with AICTE requirements.
The Ministry of Education and Culture accorded approval to the graduation certificate issued by the institution as being equivalent to a Bachelor's Degree in Marine Engineering with effect from 1980-1983 course for the purpose of recruitment to posts under the Central Government.
The Graduation certificate issued by the institution received recognition from the Institution of Engineers (India) as an exempting qualification from their A and B examinations from 1982 onwards.
The course has the approval of A.I.C.T.E.
In order to meet the IMO requirements for marine engineers working on board ship the training curriculum has been oriented to comply with the requirements of the STCW 95 convention.
For quality accreditation, the institute is a certified ISO-9001 institute. It complies with the Indian Government's Right to Information Act.

[edit]Admissions

There are 120 seats available in TS Chanakya, Navi Mumbai, 240 in MERI, Kolkata and 40 seats for B.sc Maritime Science(BMS) and *120 seats for Post-Graduate Diploma in Marine Engineering(PGDME) for Graduate Mechanical Engineers(GME) in MERI, Mumbai. 10 seats are reserved for foreign nationals in TS Chanakya, MERI, Kolkata and MERI, Mumbai. Of the remainder, 15% are reserved for SC and 7-1/2% for ST.
  • 120 seats for PGDME entry at MERI,Mumbai is though sponsorship from foreign shipping companies and Indian Shipping companies including The shipping Corporation Of India.
Candidates have 10+2 with Physics, Chemistry and Mathematics and with a minimum age as mentioned in the prospectus with relaxation of 5 years for SC/ST candidates.

[edit]Distinguished Alumni

+ R.K.Mehrotra, Roll No. 693, M/s Foresight Shipping Co. UK
+ K. Chidambaram, Roll No. 888, M/s Chidambaram Ship Care & Chidambaram Marine Training. Int. Chennai
+ P.K. Banerjee, CEO. & Country Manager, Roll No. 966, M/s Lloyd's Register of Shipping (India & Sri Lanka)
+ S.D. Sharma, Former Director, Roll No. 1031, Singapore Marine College
+ Arun Sharma, MD, Roll No. 693, M/s India Steamship Company Ltd.
+ R.N Chadha, CEO & Country Manager (South-East Asia), Roll No. 1164, M/s Lloyd's Register of Shipping (Indonesia)
+ M.K. Dutta, Special Officer to Deputy Prime Ministry, Govt. of U.K. London, Roll No. 1019
+ R.G. Singh, Ex. Chief Surveyor and Director General of Shipping, Roll No. 226, Ministry of Shipping & Transport, Govt. of India.
+ S.D. Srivastava, Ex Director, Marine Engineering & Research, Pass out - 1957, Institute, Kolkata and Head (Training) I.M.O.
+ Mr. Rajeev Ratan Singh, Roll Number 4821; Cadet of 1995 entry batch founded Jalsa Shree Marine Services and Vulcan Marine Pvt Ltd. Mr Singh holds a PGDM from Indian School of Business as well.
+ Mr. Rajesh Verma, Superintendent, Master Bulk Pvt. Ltd., Singapore + Mr. Ratan Kumar, Marine Operation Manager, Lloyd's Register, India (1981)

[edit]Infrastructure

The land area is 33 acres, fully residential, at P-19, Taratala Road, Kolkata 700 088 with hostel facilities for 600 cadets.
Laboratories include Mechanical Lab, Hydraulic Lab, Heat Lab, Electronics Lab, Electrical Lab, Control Lab, Boiler Lab, Computer Lab,Marpol Lab, Fire Fighting Lab, Simulation Lab, and Seamanship Lab.
The institute has a technical library, stocked with books, journals, videos, and periodicals.
The workshop has a test rig, diesel engine and working models of ship machinery and components.
Residence in the hostel is compulsory and in dormitories for men and women.
Cadets wear uniform throughout their period of training. Cadets are required to inform and take permission from hostel warden to go outside the college campus.

[edit]References

[edit]External links

Alumni Site
Articles
Maritime Resources

[edit]See also


Diesel Duck A Comprehensive Marine Engineering Website


Welcome to the web site for professional Marine Engineers worldwide. Since 1999, we have been providing information and resource to professionals and novices, in the commercial marine world. 
I welcome you to discover what marine engineers do, and explore their role in worldwide commercial shipping. You will find the "site navigation" menu at the top, and a "about the site" menu at the bottom. Enjoy your stay and feel free to drop me an email. 
Martin - Marine Engineer and Webmaster
Feature - I have been working on a separate, but related, project called Blue Riband. Blue Riband is a fictional business model, an employee controlled entity, much like a professional organization. Many new ideas are proposed as possible solutions to the shortage of Marine Engineers in Canada. The project presents a new way to manage the high quality human capital needed, to make sure shipping remains viable, well into the future. You can visit the project's website at www.blueriband.ca, and discuss it over in The Common Rail.
If you are in Victoria, BC, in Mid March 2012, you can hear me present the ideas, at the monthly technical meeting of the CIMarE Vancouver Island Branch.
In this Update - My web authoring software remains problematic, with this nagging issue and Blue Riband commanding my time, few new things have made their way on the main site.
However, The Common Rail, our forum area has been quite active with numerous topics, technical and otherwise, all well worth a check. The Monitor always has new blog entries; and of course you can gobble up a couple hours browsing the "Ship's Lounge" or the "Ship's Library".
The new year is in full swing, professionally I've been at work on my tug and barge, both are up, on the blocks, in Port Weller Drydock, so I am off to a busy year, hope you are as well.

Wednesday, April 13, 2011

The Marine Engineer Apprenticeship


 Ship engine room acronym
Engine Room (E/R)
Engine Control Room (ECR)
Port (P)
Starboard (S)
Cargo Oil Pump Turbine(COPT)
Steam Condensor
Air condensor
Fresh Water Generator(FWG)
Air conditioning (A/C)
Domestic Fridge (DOM FRIDGE)
Boiler Circulating pump (BLR CIRC. P/P)
Lubricating Oil Cooler (LUB OIL COOLER)
Cam Shaft (C/S)
Main Engine Lubricating Oil Pump (M/E LUB OIL P/P)
Expansion Tank (EX TK) or MAKE UP TK or CASCADE TK
Auxialiary Boiler (AUX. BLR)
Main Engine (ME)
Auxiliary Engine (AUX. ENGINE) or Diesel Generator (DG) it is for Generator
AIR BOTTLE (or AIR RESERVIOR or AIR RECEIVER
Main Air Compressor (MAIN AIR COMP.)
Topping Up COmpressor (TOPPING UP COMP.)
Fuel Oil (F.O.)
Diesel Oil (D.O.)
Fuel Oil Heater (FO HTR)
Ballast Tank (B.Tk.)
Hold Ballast Tank (H.B.Tk)
Stern Tube lubrication oil (S/T LUB OIL)
Bilge Injection Valve (BILGE INJECTION V/V)
Sea Water Overboard (S/W O/B)
General Service Pump (GS P/P)
Marine Growth Preventing System (MGPS)
Cathodic Protection System (CAPAC)


Written By
Zeeshan Ahmed
46th Batch
92 334 4011232



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