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Mobility trends and refinery/petrochemical integration: A forecasted decline in the rate of growth for transportation fuels is causing many refining companies to re-think their petrochemical strategy, seeking a higher conversion of crude oil into chemical products.
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Plastics recycling and waste: these are perhaps the most critical issues that will influence the industry during the 2020s. Globally, communities are exploring bans on single-use plastic applications, while the visual of plastics waste in the oceans is now an international media issue. A slowdown in demand growth for commodity plastics resulting from increased recycling and application bans, must now be considered in long-term forecasting.
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Evolution of the Chinese chemical industry: The solidification of China as a global force in chemicals continues, as many changes are occurring in China's domestic market. Key areas to watch include: economic transition, environmental protection, fuel standards, private ownership, self-sufficiency goals, conventional/non-conventional technology, capital cost advantage, an advancing specialty chemical sector, and international trade ambitions.
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Heavy-versus-light feedstock competitive environment: Crude-to-chemicals technology is emerging in all regions while investments in gas-based chemicals in North America continue. Regional competitiveness will be significantly influenced by the price of crude oil. Ethane is no longer a "trapped" feedstock in North America, as companies have invested in the infrastructure to bring this low-cost feedstock to the international market.
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Know the categorization of chemical tanker and cargoes carried on those
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Describe the production and use of liquid chemicals
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Understand physical and chemical properties of chemical cargoes and their significance for cargo carriage
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Understand some key physical and chemical properties of chemical cargoes carried on Chemical Tankers
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Understand physical and chemical properties of chemicals
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Describe the changes that can occur in chemical cargoes due to changes in chemical properties during transportation
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Understand the various hazards involving bulk chemical cargoes on board
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Know the various hazard control methods such as interting, applicable to chemical cargoes
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Understand the International Bulk Chemical Codes and their implications on vessel operation
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Know the requirements of MARPOL Annex II requirements for carrying chemicals
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Describe the various types of ship classifications and survival capacity
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Know the cargo tank constructional features and various tank fittings
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Know the configuration for tanks, piping and valves for a chemical tanker
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Know the cargo tank venting system
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Describe the various types of cargo coating and constructional materials for chemical carriers
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Explain the pump operations and the unloading systems
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Know the cargo heating requirements and systems used for that purpose
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Know the tank washing/slop retention system
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Explain the process of tank atmosphere evaluation and the gas measuring equipment used
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Know the fire prevention and equipment systems as used on a chemical tanker
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Know the environmental pollution and spill prevention control systems and procedures on board a chemical carrier
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Know the protection and safety equipment used on a chemical tanker and their applications on board a chemical tanker
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Explain the cargo planning processes for chemical tanker and NLS cargo
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Describe the procedures for loading and preparations for loading
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Explain the cargo measurement techniques and calculation for cargo transfer
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Describe the need for cargo conditioning during transport
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Describe the unloading plan and procedures
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Explain the stripping and prewash operations with NLS cargoes
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Describe the ballasting and deballasting procedures
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Explain the instruments used including the cargo measurement equipment
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Explain the cargo tank cleaning procedure and disposal of slops
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Describe gas-freeing of cargo tanks
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Describe the tests for cleanliness of cargo tanks