Exam Questions Flashcards
(254 cards)
Explain CAF
Currency Adjustment Factor
Definition: A surcharge applied by shipping companies to address potential or actual currency fluctuations.
Reason: Multimodal tariffs and freight rates are often charged in USD, but operational costs are incurred in various currencies. Fluctuations in exchange rates impact profitability.
Application: Charged as a percentage or a fixed rate per container. It increases freight rates paid by non-vessel operators, freight forwarders, or shippers.
Significance: Ensures operators maintain financial stability despite currency volatility. Negative CAF (a discount) may occur in rare foreign exchange gain situations.
Explain COFC
** Container on Flat Car **
Definition: Rail freight service where containers (laden or empty) are loaded on flatcars for transport.
Distinction: Differs from well cars (which allow double stacking) and piggyback systems (trailer on flatcar).
Usage: Popular in the U.S. and Canada for long-distance coast-to-coast operations.
Significance: Reduces reliance on road transport for intermodal shipping, offering fuel efficiency and lower costs for hinterland connectivity.
Explain Hub and Spoke
Definition: A centralized distribution model where the hub serves as a key transshipment point, and spokes connect to smaller regional destinations.
Examples:
In aviation, major airports act as hubs.
In shipping, main ports like Rotterdam serve as hubs for feeder connections.
Logistics Applications: Warehouses as hubs distribute goods to retail stores (spokes) or consolidate them for outbound shipping.
Significance: Enhances efficiency and resource utilization, reduces shipping costs, and consolidates cargo flows for economies of scale.
Explain JIT
Just in time
Definition: Inventory management strategy minimizing stock levels by aligning deliveries with production schedules.
Goal: Avoid excess inventory and reduce capital tied up in stock.
Challenges: Relies heavily on logistics providers for speed, reliability, and frequency.
Impact: Late deliveries disrupt production, causing lost sales, while early arrivals incur unnecessary holding costs.
Explain NVOC
Non vessel operating carrier
Definition: A logistics operator that acts as a carrier without owning vessels, arranging cargo movement and assuming carrier responsibilities.
Functions:
Negotiates box rates with shipping lines.
Profits from freight margin and added services like documentation.
Extension: NVOCC (Non-Vessel-Operating Common Carrier), common in the U.S., further formalizes carrier obligations.
Explain THC
Terminal handling charge
Definition: Fees covering container movement costs within a terminal, from gate to ship and vice versa.
Scope: Includes storage, positioning, and equipment maintenance costs.
Significance: Paid by shipping lines (and passed to shippers) to ensure smooth terminal operations. Often excluded from freight rates and levied separately.
Explain waybills
Definition: Shipping documents detailing shipment details like origin, destination, and route.
Difference from B/L: Not a document of title and cannot transfer ownership.
Advantages: Enables quicker delivery since it doesn’t require consignee presentation for release.
Significance: Simplifies logistics, especially for time-sensitive shipments.
Explain the impact of increasing containership sizes
Economies of Scale
* Larger ships cost less per TEU to operate.
* Production costs for transporting a TEU decrease as ship size increases.
Fleet Optimization
* Smaller ships are redeployed to secondary routes or scrapped, depending on market demand.
Port Infrastructure Demands
* Larger ships require deep drafts, longer quays, larger cranes, and expanded yard capacity.
* Ports face significant investment to accommodate larger vessels.
Cargo Concentration
* Fewer ports of call create regional hub-and-spoke networks.
* Consolidated cargo flows necessitate robust multimodal infrastructure.
Cargo bound to the United States East Coast from China/Japan goes via the Panama Canal.
When the Panama Canal is affected by water shortage due to low rainfall, there is a
reduction in ships’ draft and the number of daily transits, creating a maritime bottleneck. How can container shipping companies overcome the constraints caused by this
maritime chokepoint?
Alternative Strategies
1. Land Bridges: Use U.S. West Coast ports with rail transport to East Coast.
Requires agreements with rail operators for seamless connections.
Impacts cargo concentration and regional hub strategies.
2. Dry Canals: Shift cargo to rail-based Panama Dry Canal.
Smaller vessels and optimized logistics required to mitigate delays.
3. Suez Canal: Divert services via the Suez Canal.
Consider vessel size limitations and East Coast port constraints.
Cargo bound to the United States East Coast from China/Japan goes via the Panama Canal.
When the Panama Canal is affected by water shortage due to low rainfall, there is a
reduction in ships’ draft and the number of daily transits, creating a maritime bottleneck. What are the logistics impacts that importers and exporters using United States East Coast ports as gateways have to deal with?
Logistics Impacts
* Longer transit times and increased inventory costs.
* Need for diversified suppliers and adaptive logistics networks.
The internationalisation and globalisation of economies has resulted in complex and
extended supply chains. Companies need to use computer applications to gain control over multimodal transport services performance. Identify and describe the type of computer applications that businesses need to consider.
Applications:
* Communication Tools: Email, messaging systems for fast, clear exchanges.
* Data Management: Systems for storing and retrieving records, such as container positions or stock levels.
* Planning Systems: Simulate scenarios for route optimization and inventory management.
The internationalisation and globalisation of economies has resulted in complex and
extended supply chains. Companies need to use computer applications to gain control over multimodal transport services performance.
Explain the advantages and disadvantages of using computer applications in freight
transport.
Advantages:
* Improved accuracy, communication, and efficiency.
* Enhanced customer service with tracking and visibility.
Disadvantages:
* High costs of implementation and maintenance.
* Vulnerability to cybersecurity threats and system downtimes.
You are the pricing manager for a global logistics provider. You have a regular door-to-door shipment of FCL containers of electronic equipment produced 100km from Shenzhen, China, to be delivered to Duisburg (Germany), located on the river Rhine, via the port of
Rotterdam. The distance from Rotterdam to Duisburg is 215 km.
Identify the different factors to consider when deciding on which price to quote.
Factors to Consider:
* Cargo characteristics, including size and classification.
* Suitable container type for the goods.
* Multimodal route availability and provider reputation.
* Cost elements: sea freight, terminal handling, inland transport.
* Contractual terms: demurrage, detention, and transit reliability.
Identify and explain the different types of bills of lading used in multi-modal transport and discuss their functions.
Bills of Lading Types:
Through B/L: Single contract across modes.
Combined Transport B/L: Covers multimodal operations.
House B/L vs. Master B/L: Issued by forwarders vs. main carriers.
Explain the objective of the IMDG Code
International Maritime Dangerous goods
The IMDG Code was developed as an international code for the maritime transport of dangerous goods in packaged form
The IMDG Code contributes to:
* Have a clear understanding of cargo nature.
* Reduce the number of accidents on board ships and in port.
* Improve and guarantee the safety of dangerous cargo transport.
* Facilitate the handling of dangerous goods.
* Understand how dangerous goods are stowed in containers.
* Be aware of cargo incompatibility (that cannot be stowed together).
* Avoiding personal, ship and cargo damage and injury.
* Protect the marine environment.
* Facilitate the free movement of dangerous goods.
* Identify the dangerous goods allowed to be transported in limited and excepted quantities.
Identify the different IMDG classes.
Cargoes are divided into the following classes:
* Class 1 - Explosives (military and commercial)
* Class 2 - Gases
* Class 3 - Flammable liquids
* Class 4 - Flammable solids
* Class 5 - Oxidising agents
* Class 6 - Poisonous (toxic) substances
* Class 7 - Radioactive substances
* Class 8 – Corrosives
* Class 9 - Miscellaneous dangerous substances.
Explain the aspects to be considered when shipping dangerous goods by sea
- Identify the proper shipping name of the goods.
- Verify if the packing group is appropriate for the dangerous goods carried.
- Check the labelling being used in containers, which must be under the provisions of the IMDG Code.
- Cargo segregation. Due to incompatibility, cargoes must be stowed a certain distance apart. The distance is covered in the IMDG Code and the IMO resolution addressing the stowage of dangerous
goods on board container ships. - Identify subsidiary risks.
- Check if the dangerous goods are subject to limited quantities.
- Know the flash point.
- If the carriage of explosives is considered, verify the compatibility group of explosives.
- Ensure that the documentation accompanying the transport of dangerous goods is filled in appropriately.
How do the Hague-Visby and Hamburg conventions deal with the carriage of
dangerous goods?
Hague-Visby Rules: Paragraph 6 of Article IV
* Consent Requirement: Dangerous goods (inflammable, explosive, or otherwise hazardous) require the carrier, master, or agent’s informed consent for shipment.
* Carrier’s Rights Without Consent: If shipped without such consent, the carrier may:
- Discharge the goods at any location,
- Destroy them, or
- Render them harmless.
- No Compensation: The carrier has no obligation to compensate the shipper, who is liable for damages or expenses caused.
* With Consent: Even if shipped with consent, if the goods become a danger to the ship or cargo, the carrier may take similar actions (discharge, destroy, or neutralize) without liability except to general average, if applicable.
Hamburg Rules: Article 13
1. Marking and Labeling (Paragraph 1): Shippers must label dangerous goods clearly as hazardous.
2. Shipper’s Obligation to Inform (Paragraph 2):
The shipper must inform the carrier or actual carrier of the goods’ hazardous nature and any required precautions.
Failure to Inform:
(a) Shipper is liable for losses incurred by the carrier or actual carrier.
(b) Carrier may unload, destroy, or neutralize the goods without compensation.
3. Knowledge Exception (Paragraph 3): The liability provisions in Paragraph 2 cannot be invoked if the carrier knowingly accepted the goods despite their hazardous nature.
4. Immediate Danger Clause (Paragraph 4):
Dangerous goods posing a threat to life or property may be unloaded, destroyed, or rendered harmless without compensation.
Exceptions: Compensation may apply if:
General average principles apply.
Carrier is found liable under Article 5 provisions.
The combination of the different transport modes results in different transport systems. Identify each transport system with an example
- Sea + Road / Rail / Inland Waterways | Fishyback (container). In this example, reference can be made to the landbridge, microbridge, and mini-landbridge.
- Sea + Air + Road
- Inland Waterways + Road / Rail (container).
- Sea + Rail (wagons + small block trains).
- Sea + Road | Fishyback (lorries, trailers, semi-trailers + other ro-ro units + cars + heavy machinery and equipment such as bulldozers, excavators, cranes, and other oversized vehicles).
- Road + Rail (containers or other cargo that can be lifted from on mode on to the other).
- Road + Air | Birdyback.
- Roadrailer.
- Piggyback | Ferroutage | Trailer on Flat Car.
Describe the factors shipping companies consider when choosing a port
Factors influencing port choice are:
* Geographical location of the port in relation to shipping route resulting in minimum deviation.
* The location of the port relatively to the foreland, i.e. need to minimise steaming distance for the vessels.
* The location of the port relatively to the competitive hinterland.
* Port connectivity of feeder services for collection and cargo distribution.
* The availability of road + rail infrastructure allowing the seamless entry and exit of goods.
* The availability of terminals in the port for the cargo handled.
* The suitability of the port for their vessels (air draft + draft + including tidal limitations)
* Port costs (pilotage, mooring, towage, et cetera) + port procedures for vessel and cargo entry and exit.
* The role of the port as logistics centre and the support of dry ports, distriparks, freight villages for the execution of logistics activities related to the cargo and transport equipment. Role of the port as an industrial manufacturing hub. Presence of export processing zones, free trade zones.
* Labour problems | Labour unrest + Working hours.
* Number of days a port is closed. Number of days a port is closed due to bad weather.
* Level of port competition. Cargo volumes served by the port.
* The safety conditions of the port.
* Security conditions of the port.
* Geopolitical landscape of the port. Port not located in a war zone. Port does not belong to a sanctioned country.
* Ancillary services such as ship repair, surveys, bunkering facilities.
* Regulatory framework concerning the provisions of port services.
Identify and detail the factors shipping companies consider when choosing a terminal within a port.
- Location of the terminal within the port.
- Whether the terminal is constrained by tides or not for mooring purposes.
- Level of terminal congestion.
- The dimension of the quay length and the number of ships the terminal can accommodate simultaneously.
- The maximum ship sizes the terminal can handle (length).
- The existence or not of terminal draft restrictions for loaded vessels.
- Terminal handling charges.
- Service level including cargo handling rates, priorities given to the shipping line for berthing (berth scheduling policy) and/or cargo operations, terminal procedures.
- The number of gantry cranes allocated for cargo operations.
- The availability of quay and yards’ cargo handling equipment.
- Availability of equipment in case of equipment breakdowns.
- Terminal yard capacity.
- The free time offered by terminals for the cargo to be there without incurring into demurrage.
- Terminal working hours.
- Terminal efficiency.
- Integration of shipping lines IT system with terminal IT system for vessel and cargo visibility purposes.
- Terminal security.
Identity the different operators of multi-modal transport
- Vessel operating MTO (VO-MTO), aka direct operator or shipping lines
- Non vessel operating MTO (NVO-MTO), or indirect operator, including freight forwarders, port and warehouse operators and consolidators
- Multimodal transport intergrators
- Airlines
- Hauliers
- Rail operators
- Express parcel/courier services
What is a vessel operating MTO?
Definition:
A Vessel Operating Multimodal Transport Operator (VO-MTO) is an entity that owns and operates vessels for cargo transport and provides multimodal services under a single contract, taking responsibility for the entire transportation chain.
Core Activities:
* Operating and managing fleets of vessels for cargo transport.
* Handling cargo loading/unloading at ports.
* Overseeing containerized transport on a door-to-door basis.
* Providing integrated logistics solutions.
Types of Services Offered:
* Port-to-Port Services: Direct ocean freight from the port of origin to the destination.
* Door-to-Door Services: Integrated transport services involving multiple modes.
* Value-Added Services: Cargo tracking, customs clearance, and documentation.
What is a non-vessel operating MTO?
Definition:
A Non-Vessel Operating Multimodal Transport Operator (NVO-MTO) acts as a carrier without owning vessels. They contract with actual carriers (shipping lines) to provide multimodal transport services.
Players and Their Roles:
3PLs (Third-Party Logistics Providers):
- Core Activities: Outsourcing logistics processes such as warehousing, transportation, and distribution.
- Services: Inventory management, freight forwarding, order fulfillment.
Freight Forwarders:
- Core Activities: Arranging the movement of cargo across different transport modes.
- Services: Cargo booking, customs documentation, and cargo consolidation.
Port Operators:
- Core Activities: Managing terminal operations for cargo handling and storage.
- Services: Container loading/unloading, yard storage, transshipment.
Warehouse Operators:
- Core Activities: Storing goods and managing inventory for clients.
- Services: Storage, order picking, distribution, and packing.
Groupage Operators:
- Core Activities: Consolidating small shipments into full container loads (FCL).
- Services: Freight consolidation, cargo distribution, and cost-sharing.
Consolidators:
- Core Activities: Combining shipments from multiple clients for transport efficiency.
- Services: Reducing costs for smaller shippers by offering shared transport solutions.