Displaying items by tag: Shipping

Japan: Taiheiyo Cement says it started using an artificial intelligence-based (AI) ship allocation optimisation system in May 2025. Software company Grid provided the technology for the project. The companies say that this is the first such application in the domestic cement industry.

The new ship allocation system analyses large volumess of transportation data and generates optimal ship allocation plans while considering various constraints. It is intended to: reduce transportation costs such as fuel; optimise courses and loading efficiency, with an expected 10% reduction of fuel consumption at the planning stage; enhance inventory management; and reduce planning time by more than 50% compared to manual planning methods.

Canada/Netherlands: Eureka Shipping has taken possession of a new cement carrier called Tamarack from Holland Shipyards Group.

The 12,500dwt self-discharging cement carrier is designed specifically for the Great Lakes region in Canada that has been built to replace to older vessels. It is equipped with diesel-electric propulsion, featuring four generator sets, two 360-degree rudder propellers, and a bow thruster for added manoeuvrability. It also includes four dedicated cement cargo holds with a total capacity of 10,700m³, supported by high-efficiency loading and discharging systems. The Tamarack’s design includes engines capable of running on hydrotreated vegetable oil (HVO). It is also prepared for shore power connectivity, enabling zero-emission operations in ports as the infrastructure evolves.

UK/Norway: UK-based marine carbon capture firm Seabound has launched an onboard carbon capture project in partnership with Hartmann Group, InterMaritime Group and Heidelberg Materials Northern Europe. The solution equips the UBC Cork, a 5700 gross tonne cement carrier, with Seabound’s calcium looping carbon capture system. This system captures up to 95% of CO₂ and 98% of sulphur emissions from the ship’s exhaust using calcium hydroxide to absorb the CO₂ and convert it into limestone that is stored onboard until returning to port. The captured carbon will be offloaded at the Port of Brevik for use at Heidelberg Materials’ Brevik cement plant, host of the first industrial-scale carbon capture facility in the cement sector.

The project is co-funded by the Eurostars partnership on Innovative SMEs, part of Horizon Europe through the Cyprus Research and Innovation Foundation. This funding supports collaborative research and development projects in a range of industries, including maritime transport.

CEO of Seabound Alisha Fredriksson said “We’re proud to partner with industry leaders like Heidelberg Materials and Hartmann to deliver scalable carbon capture solutions. We’re especially excited to be advancing this work in Brevik, a strategic location that’s rapidly establishing itself as a global hub for CCS with Heidelberg’s world-first facility and the Northern Lights pick up point. Together, we’re demonstrating how onboard carbon capture can accelerate emissions reductions in carbon-intensive sectors.”

Lars Erik Marcussen, Logistics project manager at Heidelberg Materials Northern Europe, said “Shipping cement is emissions-intensive, and Seabound’s system gives us a clear path to reduce those Scope 3 emissions while enhancing our circular use of captured CO₂. This project also brings us one step closer to decarbonising the logistics/transport part of our operations.”

China: NovaAlgoma Cement Carriers has confirmed an order for a 38,000t methanol dual-fuel pneumatic cement carrier by Zhejiang Xinle Shipbuilding, for delivery in 2027.

The vessel will be chartered under a long-term contract by Holcim. Other features include an air lubricating system and a waste heat recovery system, which will recycle exhaust gases to generate electricity.

“By increasing the quantity intake and burning green methanol, the CO₂ emissions on these shipments will be reduced by more than 60% per year in comparison to current freight flows, ie 0.18Mt of CO₂ reduction over a period of 10 years,” NovaAlgoma said.

India: Ambuja Cements will invest US$286m in two cement carriers and eight clinker carriers. The company expects to finalise a shipbuilding contract within 15 days, with Cochin Shipyard and Swan Defence and Heavy Industries under consideration.

Each 38,500t Handymax cement carrier will cost US$45.8m, while each 9200t clinker carrier will cost US$22.9m. The clinker carriers will have a 30m beam, 4m draft and 150m length, increasing cargo capacity from the traditional 3000t to 9200t per trip.

Finland: Finland-based technology company Wärtsilä will supply a complete propulsion package for the new methanol dual-fuel cement carrier from NovaAlgoma Cement Carriers. The ship is under construction at Zhejiang Xinle Shipbuilding in China and is expected to launch in late 2026. The contract includes two Wärtsilä 32 engines, one Wärtsilä 25 auxiliary engine, two gearboxes, two controllable pitch propellers, one tunnel thruster, three selective catalytic reduction systems, the propulsion control system, two shaft generators and engine accessory items, with deliveries starting in November 2025.

Sweden-based Climeon recently won an order to install its organic rankine cycle waste heat recovery technology, HeatPower 300, on the vessel.

India: UltraTech Cement has begun transporting mineral gypsum via National Waterway 1 (Ganga-Bhagirathi-Hooghly river system) in a pilot project supported by the Inland Waterways Authority of India and Inland & Coastal Shipping, a Shipping Corporation of India subsidiary.

The consignment is being shipped from Haldia port, West Bengal, to the Gaighat terminal in Patna, Bihar. It will then be transported to UltraTech’s Pataliputra Cement Works grinding unit in Bihar. UltraTech is reportedly the first Indian cement company to utilise National Waterway 1 for large-scale gypsum transport, with the aim to cut CO₂ emissions and ease congestion on roads and railways.

Philippines: Davao International Container Terminal (DICT) has entered into a joint venture with Philcement to construct a dedicated berth for cement and cementitious material shipments in Davao, reports Port Calls magazine. It will oversee the construction of a 200-metre bulk terminal at berth five. Construction will commence in November 2024 and operation is expected by mid-2026. The terminal is valued at US$12.5m and will handle 2Mt/yr of cement for distribution across Mindanao, with shipping to other parts of the country being considered. Additional equipment and construction costs for a cement terminal are estimated at around US$41m.

New Zealand: Golden Bay Cement has resolved the breakdown of its Marine Vessel Aotearoa Chief (MVAC) earlier than anticipated, returning the vessel to service after necessary checks with marine authorities. The company made use of alternative transport options to distribute cement and sourced alternative cement supplies due to the disruption.

The earlier resolution has resulted in a reduced impact on earnings, estimated to be on the lower end of US$10m – 30m.

New Zealand: Fletcher Building says that a mechanical issue with a cement carrier ship is causing operational business for its Golden Bay Cement subsidiary. The Marine Vessel Aotearoa Chief (MVAC) ship is currently docked at Northport while inspections and repairs are made by the owner. The New Zealand Herald newspaper has reported that the ship is owned by China Navigation Company, an operating arm of the Hong Kong-based Swire. The ship normally transports cement around the North Island from Golden Bay’s cement plant near Whangārei. The cement producer added that “The timeframe required to make the necessary repairs and source replacement parts, is not known at this time.” Fletcher Building’s preliminary assessment is that it expects the impact on its 2025 financial year earnings to be up to US$18m.

Golden Bay has enacted its contingency plans to cope with the outage and is talking to its customers. It is using alternative transport options to distribute cement. including the use of an existing coastal barge and the greater use of road and rail options. The company is also investigating longer-term solutions, which include potentially sourcing the use of alternative cement supplies from domestic and offshore suppliers along with securing the use of a replacement ship if required.