Terms and Expressions in Shipping and Offshore
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Expertise for Marine and Offshore Industries
EXPERTISE FOR MARINE AND OFFSHORE INDUSTRIES ® The leading design, project management and expert services specialist for the technology and engineering industries EXPERTISE FOR MARINE Electrical engineering: INDUSTRY • Propulsion systems We are specialised in electrical and automation design, • Electric power distribution from the initial conceptual design phase through to the • Switchboards & distribution boards • Technical space layouts basic and detail design phases. • Lighting • Automation • Low voltage systems • AV systems • Navigation and communication systems • Safety/security systems • IT networks Mechanical engineering: • Azimuth propulsion • Structural strength analysis WHY CHOOSE COMATEC AS A STRATEGIC PARTNER? We are We are We are experienced knowledgeable effective Long-term, experience-based Using our knowledge of Comatec’s project arctic and offshore technology classification societies, local implementation method know-how that is widely authorities and environmental together with our capacity and appreciated by the marine requirements, we can promptly understanding of the industry industry. focus on results. enables the shortest lead times. We are cost- We are trusted We add value efficient Projects are delivered in Our professionals help you High-quality, cost-competitive accordance to the planned develop new features, functions, Finnish marine engineering timetable and budget. We follow inventions and even patents for offers flexibility according to your through on all projects even in your product. requirements. the most challenging project environments. CASE: Arctic ice-breaking supply vessel Customer need: • Arctech Helsinki built an icebreaking supply vessel “I have been very happy with the • Year-round operation, including temperatures as low as -35°С • Comatec was in charge of basic and detail design for the lighting, team’s work. -
Implementation of LNG As Marine Fuel in Current Vessels. Perspectives and Improvements on Their Environmental Efficiency
Implementation of LNG as marine fuel in current vessels. Perspectives and improvements on their environmental efficiency. Master’s Thesis Facultat de Nàutica de Barcelona Universitat Politècnica de Catalunya Candidate: Llorenç Sastre Buades Supervised by: Dr. Francesc Xavier Martínez de Osés Master’s Degree in Nautical Engineering and Maritime Transport Barcelona, February 2017 Department of Nautical Sciences and Engineering i Implementation of LNG as marine fuel in current vessels. Perspectives and improvements on their environmental efficiency. ii Acknowledgments First of all, I would like to express my most sincere thanks to my supervisor Dr. Francesc Xavier Martínez de Osés for his accessibility and continuous support of my master’s thesis, for his wise advice and suggestions, which guided me throughout the development of this paper, and also for sharing with me his immense knowledge about marine pollution and maritime activities. Second, I would like to make special mention to my grandparents, Llorenç Sastre and Jeroni Sampol, with whom I will forever be grateful for bringing me up in my infancy, instilling their outlook on life and essential values on me and their undying love for me. Third, I would like to thank my parents for providing me with all the things that a child can ever deserve and for their attention and support in the good times and most important in the bad ones. To my father for his unceasing encouragement to achieve my academic and career goals, and my mother for her dedication and patience during my adolescence. Then, I would like to thank my university colleague, Eduardo Sáenz, for his feedback, understanding about maritime subjects related to my study and of course long-life friendship. -
Review of Maritime Transport 2020 37
2 The present chapter focuses on key developments related to the supply of maritime transport during this past year. It also assesses the early impact of the COVID-19 pandemic on the supply of maritime transport services and industries and discusses the responses, lessons learned and possible implications of the pandemic in terms of forces shaping supply and the industry’s long-term goal of decarbonization. The pandemic has had a significant impact on the shipping industry. On the one hand, lockdowns and factory closures gradually affected demand for maritime transport, due to reduced cargo volumes (see chapter 1). On the other hand, safety measures applied to contain the spread of the virus, such as lockdowns and travel restrictions, affected the movement of maritime transport workers and procedural changes introduced in ports, and induced operational disruptions in the supply of maritime transport. These prompted changes in shipping operations and requests for government support in the sector. They made the industry reflect on ways to enhance resilience of the sector to future shocks. This chapter reviews world fleet developments such as MARITIME annual fleet growth, changes to the structure and age of the fleet. It considers selected segments of the maritime TRANSPORT supply chain, such as shipbuilding, ship recycling, ship ownership, ship registration and the maritime workforce, SERVICES AND emphasizing the impacts of the pandemic on maritime INFRASTRUCTURE transport and marine manufacturing industries and on the supply of shipping services. SUPPLY It also examines the impact of the pandemic on the container, dry bulk and tanker freight markets; government responses to support shipping; and industry prospects, in particular with regard to accelerated digitalization and the prioritization of environmental sustainability. -
TERMS and CONDITIONS DATED 2010-05-01 Revised December 2014 (§39)
PREEM AB 1 PREEM AB CHARTERPARTY TERMS AND CONDITIONS DATED 2010-05-01 Revised December 2014 (§39) SECTION 1 1. Basic Provisions 2. Worldscale and Overage 3. Misrepresentation 4. I T F Clause 5. Safe Port/Berth 6. Deviation 7. Agency 8. Expected to Arrive 9. Notice of Readiness 10. Time Bar 11. Statement of Facts 12. Calculation of laytime 13. Weather and seagoing clause 14. Retention 15. Letter of Indemnity and Invocation of Short Form Undertaking 16. Port Authority's Instruction 17. Competent Crew 18. Crew's Duties 19. Bunkers Onboard 20. Charterers Inspection 21. Cleaning 22. Cargo Temperature at Loading/Heating 23. Pumping 24. Closed Loading 25. Insurance 26. Vessel Certification 27. Remaining on Board 28. Pollution Clause 29. P&I Insurance 30. Drug and Alcohol Clause 31. ITOPF Clause 32. Small Claims Arbitration 33. Address Commission 34. Logbooks 35. Vessel Vetting Clause 36. Early Loading Clause 37. ISPS Clause, International Ship & Port Facility Safety Code 38. Charterers Mail 39. Accidents to Vessel and / or Cargo 40. Document of Compliance / ISM Clause, International Safety Management Code 41. Administration Clause PREEM AB 2 SECTION 2 A. Crude Oil Washing B. Inert Gas C. Speed Clause D. Lightering Execution Clause E. Tank Stripping F. Lightering Stability G. Arab Clause H. Early Departure Clause I. Hydrogen Sulphide Clause SECTION 1 1 The clauses hereinafter are, to the extent they are not added to, deleted or otherwise 2 changed by mutual consent, deemed incorporated into the ASBATANKVOY 3 Charterparty part 1 section M or otherwise, as appropriate, deemed incorporated into 4 such other Charterparty form the parties have agreed shall govern the charter. -
Spanish National Action Framework for Alternative Energy in Transport
INTERMINISTERIAL GROUP FOR GOVERNMENT COORDINATION OF THE NATIONAL ACTION FRAMEWORK FOR OF SPAIN ALTERNATIVE ENERGY IN TRANSPORT NATIONAL ACTION FRAMEWORK FOR ALTERNATIVE ENERGY IN TRANSPORT MARKET DEVELOPMENT AND DEPLOYMENT OF ALTERNATIVE FUELS INFRASTRUCTURE. IN COMPLIANCE WITH DIRECTIVE 2014/94/EU OF THE EUROPEAN PARLIAMENT AND THE COUNCIL, OF 22 OCTOBER 2014. 14 OCTOBER 2016 COORDINATED BY SECRETARIAT-GENERAL FOR INDUSTRY AND SMALL AND MEDIUM-SIZED ENTERPRISES PRESIDENCY OF THE INTERMINISTERIAL GROUP INTERMINISTERIAL GROUP FOR GOVERNMENT COORDINATION OF THE NATIONAL ACTION FRAMEWORK FOR OF SPAIN ALTERNATIVE ENERGY IN TRANSPORT TABLE OF CONTENTS I. INTRODUCTION .................................................................................................. 9 I.1. PRESENTATION OF DIRECTIVE 2014/94/EU......................................... 9 I.2. BACKGROUND.................................................................................... 10 I.3. PREPARATION OF THE NATIONAL ACTION FRAMEWORK......................... 13 II. ALTERNATIVE ENERGY IN THE TRANSPORT SECTOR............................................. 17 II.1. NATURAL GAS.................................................................................... 17 II.2. ELECTRICITY..................................................................................... 21 II.3. LIQUEFIED PETROLEUM GAS.............................................................. 23 II.4. HYDROGEN………………………………………..…………................. 26 II.5. BIOFUELS…………………………………………….………………….. 28 III. ROAD TRANSPORT…………………………………………..………..……………. -
Offshore Services
Offshore services The Great Eastern Shipping Company Ltd. Activities include: – drilling , exploration and production of hydrocarbon – carriage of passengers, goods and other materials for rigs, production platforms, FSOs and FPSOs – allied activities - diving support, maintenance support, towage, anchor handling, cable laying, survey, pipe laying, marine construction services – port & terminal related services - aiding berthing and unberthing, dredging OilOil fieldfield activityactivity spinespine Surveys: Bottom Profiling, Seismic Studies etc. •Support Services: -Logistics Support -Well Testing Drilling: -Casing Exploration & Development -Mud Engineering -Well Logging -Directional Drilling -Cementing Production Drilling Rig Jack-up Floaters Drilling Rig Jack-up Independent leg Mat supported Slot Cantilever “KEDARNATH” Independent leg Jack up rig Mat supported Jack up rig Cantilever type Slot type Drilling Rig Floaters Drill Ships Semi submersibles Barges Drill ship Semi submersible Offshore Support Vessels • Supply Vessels: Vessels engaged in carrying fuel, fresh water and other provisions from shore to offshore installations • Platform Supply Vessel: Specially designed vessels providing support services to offshore installations • Anchor Handling Tug: Specially designed vessel for anchoring/ mooring of offshore rigs and work barges additionally used for maritime towage and salvage • Anchor Handling Tug Supply Vessel: A hybrid vessel to anchor handling tug with supply vessel capability Offshore Support Vessels Vessels that support offshore activities Offshore Supply Vessels Vessels engaged in carrying fuel, fresh water and other provisions between shore base and offshore installations Diving support vessel Vessel engaged in supporting diving activities offshore Platform Support Vessel Vessel specially designed for providing support services viz. transporting fuel , fresh water and other materials such as pipes, cement, tools and provisions to offshore oil and gas platforms and drilling rigs. -
Assessment of Vessel Requirements for the U.S. Offshore Wind Sector
Assessment of Vessel Requirements for the U.S. Offshore Wind Sector Prepared for the Department of Energy as subtopic 5.2 of the U.S. Offshore Wind: Removing Market Barriers Grant Opportunity 24th September 2013 Disclaimer This Report is being disseminated by the Department of Energy. As such, the document was prepared in compliance with Section 515 of the Treasury and General Government Appropriations Act for Fiscal Year 2001 (Public Law 106-554) and information quality guidelines issued by the Department of Energy. Though this Report does not constitute “influential” information, as that term is defined in DOE’s information quality guidelines or the Office of Management and Budget's Information Quality Bulletin for Peer Review (Bulletin), the study was reviewed both internally and externally prior to publication. For purposes of external review, the study and this final Report benefited from the advice and comments of offshore wind industry stakeholders. A series of project-specific workshops at which study findings were presented for critical review included qualified representatives from private corporations, national laboratories, and universities. Acknowledgements Preparing a report of this scope represented a year-long effort with the assistance of many people from government, the consulting sector, the offshore wind industry and our own consortium members. We would like to thank our friends and colleagues at Navigant and Garrad Hassan for their collaboration and input into our thinking and modeling. We would especially like to thank the team at the National Renewable Energy Laboratory (NREL) who prepared many of the detailed, technical analyses which underpinned much of our own subsequent modeling. -
The Price Discovery Properties of Clean Tanker Freight Futures - Unbiasedness, Causality and Forecasting
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by NORA - Norwegian Open Research Archives NORWEGIAN SCHOOL OF ECONOMICS AND BUSINESS ADMINISTRATION (NHH) Bergen, spring 2010 Master Profile: Financial Economics Advisors: Professor Siri Pettersen Strandenes and Associate Professor Jonas Andersson The Price Discovery Properties of Clean Tanker Freight Futures - Unbiasedness, Causality and Forecasting Audun Houmb Sjøli This thesis was written as a part of the master program at NHH. Neither the institution, the advisors, nor the sensors are - through the approval of this thesis - responsible for neither the theories and methods used, nor results and conclusions drawn in this work. NORWEGIAN SCHOOL OF ECONOMICS AND BUSINESS ADMINISTRATION (NHH) Abstract The scope of this thesis is to examine the price discovery properties of clean tanker freight futures. This is conducted by testing the unbiasedness hypothesis, the lead-lag relationship between freight futures and spot rates and the forecasting properties of freight futures with regards to the underlying spot rates. The research focuses on the most liquid clean tanker freight futures, which are those written on the routes TC2, TC4 and TC5. The results indicate that unbiasedness depends on the route in question and time to maturity. For a one-month horizon of TC2 and one-, two- and three-month horizons of TC5, the unbiasedness hypothesis is found to hold. Unbiasedness is also indicated for the two- and three-month horizons of TC2, but due to weak evidence no conclusions are drawn. For TC4 the unbiasedness hypothesis is rejected. The results from testing the lead-lag relationship indicate that futures prices lead spot rates for all the routes, but the relationship is found to be bi-directional for TC4. -
Ice-Breaking Platform Supply Vessel Yevgeny Primakov Fifth-Generation
About Strategy Group Corporate Share capital Sustainable Annexes performance governance and dividend policy development Ice-breaking platform supply vessel Yevgeny Primakov In January 2018 Sovcom�ot put into operation the standby vessel Fifth-generation Atlanticmax LNG carriers with ice class Icebreaker ICE-15 Yevgeny Primakov, the fourth in In November 2018 Sovcom�ot Group entered into a credit the series of multifunctional icebreaking vessels built to order facility agreement with a consortium of three European banks to for SCF Group to service offshore platforms of the Sakhalin-2 �nance the construction of a �fth-generation Atlanticmax LNG project (the Sea of Okhotsk). Today these vessels are among the carrier, which will be operated under a long-term contract with best in their class. They were designed by taking into account the Total. The new vessel will have a capacity of 174,000 cubic dif�cult navigation and ice conditions in the Sea of Okhotsk. metres of LNG and will feature an upgraded Mark III Flex cargo system. The vessel will be �tted with two low-speed, dual-fuel X- In 2014 Sovcom�ot Group and Sakhalin Energy entered into time DF engines. Such a propulsion plant is more reliable and requires charter agreements providing for operation of all four vessels less time and resources for planned repairs compared to a dual under the project during 20 years. In total, seven SCF's fuel diesel electric engine (DFDE). This type of gas carrier multifunctional icebreaking support and supply vessels are consumes 30 % less bunkers than fourth-generation gas carriers. employed in the Sakhalin-2 project. -
Australian Operational Focus Leads to Successful GLNG Performance
p1-8_LNG 3 07/03/2017 13:12 Page 1 64 pages essential LNG news! March 2017 In this issue: 1 Australian operational focus leads to successful GLNG performance GLNG Operations, ConocoPhillips and Bechtel report on Queensland project Australian operational focus leads 6 As import facilities expand LNG will increasingly be to successful GLNG performance used to fill energy gaps Royal Dutch Shell keeps up tradition GLNG Operations, ConocoPhillips and Bechtel report on Queensland project of BG overview often published for Gastech GLNG is a joint venture between Santos 10 A round-up of latest of Australia, PETRONAS of Malaysia, events, company and Total of France and KOGAS of South industry news Korea. The joint venture extracts gas For the Record from coal seams in the Surat and Bowen 39 American Bureau of basins of Queensland which is Shipping explains LNG fuel transported by high pressure pipeline to progress and guidance Curtis Island, off the coast from gained from early movers Gladstone, for conversion to LNG. LNG is an historic vessel power The Curtis Island facility comprises a transition like sail-to-coal, coal-to- oil and now oil-to-gas two-train LNG plant - each train with nameplate capacity of 3.9 million tonnes 43 Development and per annum, two 140,000 cubic metres industrialization of new capacity LNG storage tanks and a versions of LNG carrier product loading jetty. membrane containment systems GLNG awarded Bechtel the front-end David Colson, Commercial Vice- engineering and design contract for the President, and Guillaume Leclere, Curtis Island facility way back in Innovation Manager, Gaztransport December 2008, followed by the & Technigaz, France Figure 1: GLNG’s two-Train LNG facility located on Curtis Island in Gladstone engineering, procurement and Harbour, in the eastern state of Queensland (courtesy of GLNG) 46 Malaysian LNG carriers construction contract in January 2011. -
Historical Development of the Offshore Industry
Historical Development of the Offshore Industry Victor A. Schmidt, Bruce Crager, and George Rodenbusch Endeavor Management, Houston, TX, USA design grew by applying fundamental principles to overcome 1 Introduction 1 increased current, wave, and storm activity, by developing 2 Exploration 1 new materials and standards, and by continuously improving 3 Drilling RIGS 3 safety systems. What follows is an overview of the major fixed and floating systems that enable the industry tofindand 4 Production 7 develop hydrocarbon resources in some of the most remote 5 Specialty Vessels 12 and inhospitable regions of the earth’s oceans. 6 Conclusion 14 Acknowledgments 15 Glossary 15 2 EXPLORATION Related Articles 16 To explore areas covered with water, geophysicists first References 16 adapted onshore geophysical equipment, sensor cables Further Reading 16 (streamers), and recording equipment, so that streamers could be towed behind a vessel of opportunity, giving birth to marine seismic acquisition. The industry devel- oped air guns to hold and released high-pressure pulses of 1 INTRODUCTION compressed air to “shoot” waves of sonic energy into the water and “illuminate” the rock formations below the seabed. The process for finding and developing oil and gas fields Vessels of opportunity, used to tow the equipment, were is sequential comprising three major stages: exploration, eventually replaced with purpose-built vessels, designed for drilling, and production. Offshore engineering is required the special needs of marine seismic acquisition. and has been applied throughout each of these stages, resulting in the industry’s steady advance into deeper water 2.1 Paradigm shift: 2D to 3D datasets and more challenging environments over the past 120 plus years. -
Charter Party
Charter Party By Capt Sarabjit Butalia August 2009 Type of Charter parties CHARTER PARTY Charter Party (Lat. charta partita, a legal paper or instrument, divided, i.e. written in duplicate so that each party retains half), a written, or partly written and partly printed, contract between a shipowner and a merchant, by which a ship is let or hired for the conveyance of goods on a specified voyage, or for a defined period. CHARTER PARTY A vessel might also be chartered to carry passengers on a journey. Also, a written contract between shipowner and charterer whereby a ship is hired; all terms, conditions and exceptions are stated in the contract or incorporated by reference. CHARTER PARTY Charter party is the contract between the owner of a vessel and the charterer for the use of a vessel. The charterer takes over the vessel for either a certain amount of time (a time charter) or for a certain point-to-point voyage (a voyage charter), giving rise to these two main types of charter agreement. There is a subtype of time charter called the demise or bareboat charter. CHARTER PARTY Time charter- In a time charter, the vessel is hired for a specific amount of time. The owner still manages the vessel but the charterer givers orders for the employment of the vessel, and may sub-charter the vessel on a time charter or voyage charter basis. CHARTER PARTY Voyage charter – In a voyage charter, the charterer hires the vessel for a single voyage, and the vessel's owner (or disponent owner) provides the master, crew, bunkers and supplies.