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New IMO Regulations: Introducing Carbon Intensity Measures into Ocean Freight

By
JAS Sustainability Team
September 12, 2023
In a bold move to address the need for reducing carbon emissions in the shipping industry, the International Maritime Organization introduced groundbreaking regulations concerning energy efficiency and carbon intensity for all ships.
In a bold move to address the need for reducing carbon emissions in the shipping industry, the International Maritime Organization introduced groundbreaking regulations concerning energy efficiency and carbon intensity for all ships.

In a bold move to address the need for reducing carbon emissions in the shipping industry, the International Maritime Organization (IMO) introduced groundbreaking regulations concerning energy efficiency and carbon intensity for all ships. These measures require ships to calculate their attained Energy Efficiency Existing Ship Index (EEXI) to determine energy efficiency and to initiate data collection to report their annual operational carbon intensity indicator (CII) and CII rating. 

Understanding the Energy Efficiency Existing Ship Index (EEXI):

The EEXI is a score given to ships based on their energy efficiency. Ships attained EEXI will be compared to a required EEXI based on an applicable reduction factor expressed as a percentage relative to the Energy Efficiency Design Index (EEDI) baseline. Each ship's calculated attained EEXI value must be below the required EEXI to meet the minimum energy efficiency standard. 

Exploring the Carbon Intensity Indicator (CII) Rating:

The CII is set to rank and monitor the carbon efficiency of each vessel concerning the cargo carried, and the distance traveled. The actual annual operational CII achieved must be documented and verified against the required annual operational CII, allowing the operational carbon intensity rating to be determined. The rating ranges from A to E (where A is the best), and the threshold requirements will become stricter year over year.

Impact:

  • Environmental Benefits: The primary goal of these IMO regulations is to reduce greenhouse gas emissions (GHG). By measuring and monitoring energy efficiency, shipping companies can identify areas for improvement and optimize their operations to minimize carbon footprints.
  • Technological Advancements: These regulations will encourage the development and adopting of cleaner technologies within the maritime sector, fostering innovation and creating a demand for sustainable solutions.

Challenges:

  • Compliance Costs: Implementing the EEXI and CII measures will require investments in ship upgrades, retrofitting, and enhanced operational practices. For shipowners and operators, this could pose a significant financial challenge, particularly for older vessels.
  • Disruptions to Shipping Schedules and Supply Chains: As the cost of technological advancements is high, ships implement fuel-saving measures like slow-steaming, which can lead to longer transit times, affecting the predictability and reliability of cargo delivery.
  • Data Collection and Reporting: The accurate measurement and reporting of a vessel's carbon intensity require reliable data collection systems. Shipowners must adapt to new reporting standards and overcome potential technical barriers in gathering and transmitting data.

Conclusion:

Implementing the Energy Efficiency Existing Ship Index (EEXI) and Carbon Intensity Indicator (CII) measures marks a significant step towards reducing carbon emissions in the shipping industry. While they offer environmental benefits, they also present challenges, including compliance costs and potential disruptions to shipping schedules. Collaboration among stakeholders, technological advancements, and regulatory support are crucial to navigating these challenges.

JAS Reference Sheet: IMO 2023 Regulation Reduction of GHG Emissions from Vessels JAS Reference Sheet: Inclusion of Maritime Emissions in EU Emissions Trading System (ETS)
Electrifying Collaboration: Transporting over 60 Tons of Lithium-Ion Batteries for Electric Vehicle Production

By
JAS Staff
August 16, 2023
Electric vehicle charging.
Electric vehicle charging.

In a display of cross-functional teamwork, several internal teams at JAS worked closely to execute a seamless transportation operation. The collaborative effort aimed to transport a large number of Lithium-Ion Batteries (UN 3480, Class 9) from Chicago O'Hare International Airport (ORD) to Frankfurt Airport (FRA), supporting a leading European Original Equipment Manufacturer (OEM) producing electric vehicles (EV).

Challenge:

The automotive landscape is transitioning towards sustainable solutions, with electric vehicles leading the way. However, sourcing the necessary components, such as Lithium-Ion Batteries, often poses significant logistical challenges due to their hazardous nature, requiring compliance with stringent regulations and safety protocols. A leading OEM in Europe required a substantial shipment of batteries from the US to support its EV production. Blue World Atlantic charter flight operations presented an opportunity to avoid relying on a market yielding minimal results with minimum quantities per flight.


JAS's Response: 

Recognizing the urgency and importance of the situation, the JAS teams quickly created a plan. The batteries were carefully packed, labeled, and documented in accordance with local and global regulations. Additionally, a plan using JAS' existing Blue World Atlantic weekly charter was organized, allowing for direct transportation and minimizing the risk associated with intermediate stops. 


Results and Impact: 

After taking over the project as airlines simultaneously announced embargoes on cargo containing Lithium-Ion Batteries, the team successfully transported the Lithium-Ion Batteries on JAS Blue World Atlantic weekly charter, allowing the customer's supply chain to remain uninterrupted.

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On July 5th, five JAS Germany trainees, Anna, Anabel, Bennet, Georgette, and Simona, headed to the United States to gain valuable experience abroad while training in the USA for the next eight weeks.
JAS Germany Sends Five Trainees on a Journey to the USA

JAS Germany, is delighted to announce the commencement of an initiative that underscores its commitment to fostering international talent and promoting cross-cultural exchange. On July 5th, five trainees, Anna (MHG), Anabel (BER), Bennet (HAJ), Georgette (FRA), and Simona (CGN), from JAS Germany headed to the United States, aiming to gain valuable experience abroad while training in the USA during the next eight weeks.


The journey began at Frankfurt airport, where the trainees, filled with enthusiasm and a spirit of adventure, embarked on their transatlantic voyage. Prior to their departure, the trainees were given the opportunity to visit JAS’ headquarters in Germany. The tour offered valuable insights into the company's operations and culture laying a strong foundation for their upcoming experiences abroad. Additionally, they were given words of encouragement from Managing Director, Volker Werner.


Throughout their eight-week stay in the USA, the trainees will immerse themselves in various facets of international logistics, freight forwarding, and supply chain management. They will have the unique opportunity to interact with industry professionals, collaborate on real-world projects, and gain hands-on experience in diverse operational settings. Moreover, the apprentices will be maintaining a comprehensive diary, documenting their professional experiences and personal reflections, providing an account of their journey.


JAS is dedicated to nurturing the growth and development of its employees, and this initiative exemplifies the organization's commitment to investing in young talent. JAS firmly believes that such immersive international experiences not only enrich the trainees' professional acumen but also foster a broader global perspective, essential in today's interconnected world.

The airplane engine is placed on a cargo plane at Charles De Gaulle Airport (CDG) in Paris, France.
JAS Aerospace Transports Aircraft Engine from France to Chile

The JAS Chile and JAS France teams recently completed the secure transport of an aircraft engine from France to Santiago, Chile.

Moving the engine was a complex operation due to its size and weight. However, the JAS Chile was able to meet every challenge it faced to guarantee the engine’s safe passage. The aircraft engine weighs 5,955 kilograms and measures 430x257x265/185x155x55 cm.

The engine was picked up and placed on a truck on July 26th. From there, it was transported to Charles De Gaulle Airport (CDG) in Paris, France for customs clearance and documentation. There, the engine sat in the carriers’ warehouse from July 26- July 30 where it awaited further transport. On July 30, the engine was placed on a cargo flight from Charles De Gaulle Airport to Amsterdam Schiphol International Airport (AMS). From there, the engine completed its final leg of the journey traveling to Arturo Merino Benítez International Airport (SCL) in Santiago, Chile where it safely arrived mid-day.

About JAS Chile

JAS Chile, headquartered in Santiago, is proud to have served the local market for over 25 years. Our people are intimately familiar with the process of efficiently moving cargo throughout the world. We are hereto help you navigate the logistical maze of carrier relationships, customs, risk management, and regulatory challenges, along with the hundreds of other issues that companies face when seeking to move goods by air, sea, or land.

JAS offices across the world recently had an opportunity to come together to help a customer with an oversized and time sensitive shipment.
JAS’s Transatlantic Air Cargo Service Used to Transport Oversized and Time-Sensitive Cargo

JAS offices across the world recently had an opportunity to come together to help a customer with an oversized and time-sensitive shipment. In this case, the customer, an automotive manufacturer, needed production line machinery moved from Germany to Texas, United States.

The shipment included 11 pieces which weighed 5.1 tons and measured over 30 CBM. Although some pieces were oversized, the team was able to create a tailor-made solution using JAS's Blue World Atlantic services.

The JAS MFE (Southwest) Team and our Trade Lane Manager, joined forces with colleagues in Germany to orchestrate this time-sensitive project.

JAS Bad Waldsee, the origin office, successfully picked up the cargo on July 26 in Dornstadt, Germany. This facility does not allow closed containers to be loaded as it does not have dock doors. Therefore, an open truck was used to transfer the cargo to the Frankfurt Airport (FRA). There the Gateway Team was prepared to receive the cargo, which departed on July 28 via the JAS Blue World Atlantic Air Charter Program. The shipment arrived the next day in Chicago, Illinois (ORD), where the United States Gateway Team coordinated with the JAS McAllen Branch (Texas, United States) to receive the shipment over the weekend. This close collaboration made it possible for the needed equipment to arrive at the end customer's facility in Texas on August 1, a day earlier than required.

Alfonso Ortiz, Business Development Manager, said of the shipment, "We are happy to have been able to find a solution for our customer and to have safely and successfully delivered the cargo ahead of schedule."

Our people really do make the difference!

Care and Follow-Up Key to Successful Engine Transport

Transporting an engine is a delicate operation. Moving an engine via aircraft adds a layer of difficulty that requires expertise, reliability, and commitment to the aerospace sector.  

Teams at JAS Mexico and JAS Spain recently partnered to complete the secure transport of an aircraft engine from Mexico City to the Madrid Airport Terminal in Spain. Engine dimensions were 450x250x255 cm. The total weight of the engine was 4,920 kgs. An engine this size required special transport arrangements and supervision during lashing to ensure the cargo’s safe arrival at its destination.  

Ricardo Molinero, Operations Manager for JAS Madrid, said the teams followed a strict procedure designed to avoid damage to the engine’s inner beadings. “They are very prone to damage if lashing is not done correctly since the engine cradle must, on one hand, be firmly secured to the truck bed but allowing as well some movement, so the inner beadings won’t break,” he said.  

To safeguard the engine’s delicate inner beadings, the teams adhere to the following protocol:

  • The engine was installed lengthwise in the transport vehicle.  
  • The stand base was laid on the truck bed, with the caster wheels and tow bars locked in a stored position.  
  • The engine/cradle and cradle/base fastenings were put in place and checked for secureness.  
  • The engine installed on the cradle was attached to the shipping base and equipped with shock insulators.  
  • The minimum required clearance of 4 inches between the cradle and the truck bed was verified. If clearance space is not confirmed, wood shoring must be placed beneath the transportation base side rails and nailed to the trailer bed to prevent movement that can damage the engine.
  • The shoring was secured to keep it from protruding inboard of the side rails, which can interfere with the vertical movement of the shock mounts or engine cradle.  
  • The base only was attached to the trailer bed using tie-down points.

This is the third engine JAS Mexico has transported this year. It is the first time JAS Spain’s team has collaborated on a logistics job involving an engine. The engine left Mexico City on July 4 and arrived in Madrid on the afternoon of July 7. Delivery was made on July 8 per the customer’s request. “The engine was delivered timely, fulfilling our client’s tight deadline,” said Molinero.


El transporte de un motor de aeronave siempre conlleva una operativa muy delicada.Si además, hablamos de un transporte aéreo,  se añade una capa dedificultad que requiere de amplia experiencia ,fiablidad y compromiso con el sector aeroespacial.

Los equipos de JAS México y JAS España seasociaron recientemente para  organizar el transporte aéreo de un motor deavión desde la Ciudad de México hasta la Terminal del Aeropuerto de Madrid enEspaña. Las dimensiones del motor fueron de 450x250x255cm, con un peso total de 4.920 kg. El transportede un motor de este tamaño requiere de lacoordinación organización de recogidas y entregas dedicadas con personal especializado y  de una supervisión estricta de la operativa de trincado paragarantizar la llegada segura de la carga a su destino.

Ricardo Molinero, Directorde Operaciones de JAS España, indicó que los equipos de trabajo involucrados siguieron unprocedimiento estricto diseñado para evitar daños en los rodamientos del motor. "Son muy propensos a dañarsesi el trincado de la pieza  no se hacecorrectamente, ya que la cuna del motor debe,por un lado, estar firmemente asegurada a la plataforma del camión, peropermitiendo la sujeción, al mismo tiempo, elfuncionamiento del muellaje del motor, para que rodamientosno se vean afectados", dijo.

Para la protección durante el transportede los delicados rodamientos del motor, los equiposse adhieren al siguiente protocolo:

  • El motor se instaló longitudinalmente en el vehículo de transporte.
  • La base del soporte se colocó sobre la plataforma del camión, con las ruedas giratorias y las barras de remolque bloqueadas en una posición de almacenamiento.
  • Se colocaron las fijaciones del motor / soporte y del soporte / base y se verificó su seguridad.
  • El motor instalado en la base se adjuntó a la base de envío y se equipó con aislantes de choque.
  • Se verificó el espacio libre mínimo requerido de 4 pulgadas entre la base y la plataforma del camión. Si no se confirma el espacio libre, se deben colocar apuntalamientos de madera debajo de los rieles laterales de la base de transporte y clavarlos en la plataforma del remolque para evitar movimientos que puedan dañar el motor.
  • El apuntalamiento fue asegurado para evitar que sobresalga hacia el interior de los rieles laterales, lo que puede interferir con el movimiento vertical de los amortiguadores o el soporte del motor.
  • La base solo se fijó a la plataforma del remolque mediante puntos de amarre.

Este es el tercer motor que JAS Méxicotransporta este año, siendo la primera vez que elequipo de JAS España colabora en la operativa de transporte .  Elmotor embarcó desde la Ciudad de México el 4 de julio , llegando a Madrid en latarde del 7 de julio. La entregó se realizó el 8 de julio según solicitado por el cliente.  “El motor seentregó a tiempo, cumpliendo con el ajustado plazo deentrega nuestro cliente”, dijo Molinero.

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