BGI

14/10/2026

Only 273 Ships Sold For Scrap In 9 Months As Record Freight Rates Keep Old Vessels Sailing

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14/10/2026

Denmark has deployed wind turbines that communicate with each other — the Anholt 3 offshore wind farm uses a mesh communication network between all 111 turbines that allows individual turbines to share real-time wake and wind data with their neighbours, enabling each turbine to pre-emptively adjust its pitch and yaw to optimise for the actual wind field it is about to experience rather than the wind field it currently experiences, increasing total farm output by 4.7%.

Wind turbine wakes — the low-velocity, high-turbulence regions downwind of operating turbines — affect all downwind turbines in an array. Conventional wind farm control systems use meteorological forecast models to estimate wake impacts and set turbine parameters accordingly. The limitation is latency: forecast models update every 10 minutes, but wind conditions change on 30-second to 2-minute timescales that forecasts cannot resolve.

DTU Wind Energy and Siemens Gamesa have installed a 900 MHz mesh radio network on the Anholt 3 turbines, with each turbine transmitting its real-time wind speed, direction, turbulence intensity, and power output every 5 seconds to all neighbouring turbines within 3 kilometres. The receiving turbines use a trained neural network to predict the wind field they will experience 30 to 90 seconds ahead and pre-position their pitch and yaw to intercept the predicted wind optimally.

The 4.7% output increase — measured against the adjacent Anholt 1 farm operating with conventional control — represents 18.8 GWh of additional annual generation from identical turbines. The communication network cost: EUR 2.1 million. The annual generation value: EUR 3.4 million.

Denmark's turbines used to react to the wind. Anholt 3's turbines now predict it.

Source: DTU Wind Energy & Siemens Gamesa Renewable Energy, Anholt 3 Turbine Mesh Communication Network Performance Report 2024

14/10/2026

🌽 Кукурудза по $130–150/т замість очікуваних $180–200/т: МХП про ситуацію на ринку.

Внутрішні ціни на кукурудзу в Україні опустилися до $130–150/т FCA залежно від регіону та умов продажу. На початку сезону аграрії розраховували на $180–200/т.

Та це не єдиний удар по економіці виробництва. Дорожче стало доставляти зерно з поля до елеватора через зростання цін на дизель і автоперевезення. А частину форвардних контрактів, укладених із розрахунком на морський експорт, тепер доводиться виконувати через дорожчі альтернативні маршрути.

💬«Це безпосередньо знижує маржинальність кожної тонни зерна», — пояснив директор з агрокомерції МХП Антон Бесараб.

Що далі визначатиме ціни та прибутковість кукурудзи? Темпи збирання врожаю, вивільнення складських потужностей, експортний попит і стабільність морської логістики.

Що далі визначатиме ціни та прибутковість кукурудзи? Темпи збирання врожаю, вивільнення складських потужностей, експортний попит і стабільність морської логістики.

14/10/2026

The costs go way further than you could possibly imagine.

14/10/2026

14/10/2026

🌾 Nibulon / Нібулон прийняв понад 1 млн т зерна нового врожаю.

Елеватори компанії вже прийняли понад мільйон тонн зерна. У Миколаївській, Херсонській та Запорізькій областях на потужності «НІБУЛОНу» надійшла кожна десята тонна зібраного зерна.

Працювати в цих регіонах непросто: доступ до портової інфраструктури обмежений, а логістика залишається нестабільною та дорогою.

Попри це, компанія продовжує закуповувати зерно через власну мережу елеваторів. Аграрії можуть продати врожай за поточними ринковими цінами або залишити його на зберігання й відкласти продаж.

Для експорту «НІБУЛОН» використовує різні логістичні моделі та альтернативні маршрути.

14/10/2026

Essential Guide to Shipping Container Damage

Shipping containers are widely used to transport goods by sea, road, and rail. During transportation, cargo handling, and terminal operations, containers may suffer different types of damage.

Identifying and reporting container damage is essential for crane operators, terminal workers, container inspectors, shipping companies, and logistics professionals. Proper inspection helps protect cargo, maintain operational safety, and prevent further damage.

1. Roof Torn

A roof tear occurs when the steel roof of a container is ripped or split due to impact, improper handling, or contact with other equipment. This damage may allow rainwater to enter the container and damage the cargo.

2. Roof Hole

A roof hole is an opening in the container roof caused by impact, corrosion, or other physical damage. Holes can expose the cargo to rain, moisture, dust, and external contaminants.

3. Top Rail Crack

The top rail is a horizontal structural component located along the upper edge of a container. A crack in this area may weaken the container structure and affect its ability to withstand normal handling and stacking loads.

4. Corner Post Dent

Corner posts are vertical structural members located at the four corners of a container. A dent or deformation may affect structural integrity, particularly when the damage is severe. Damaged corner posts should be inspected before the container is lifted or stacked.

5. Panel Bowed

Panel bowing occurs when a container’s side-wall panel becomes bent inward or outward. This may result from an impact, excessive pressure, or cargo movement. Severe deformation can affect the container’s condition and may indicate damage to other structural components.

6. Bottom Rail Cut

The bottom rail is a horizontal structural member along the lower part of a container. A cut or severe deformation can compromise the structural frame and may affect safe handling. The damage should be assessed by authorized inspection personnel.

7. Locking Bar Bent

Locking bars are fitted to container doors and operate the door locking mechanism. When a locking bar becomes bent, it may be difficult to open or close the doors properly. Damaged locking bars can also prevent the doors from being secured correctly.

8. Gasket Loose

A door gasket is a rubber sealing component fitted around the container door opening. If the gasket becomes loose, damaged, or displaced, the door may not provide an effective weather seal. This can allow water or moisture to enter and potentially damage the cargo.

9. Door Handle Missing

Container door handles are used to operate the locking mechanism. If a handle is missing or damaged, workers may be unable to operate the doors correctly. The locking system must be inspected and repaired before the container is considered suitable for normal use.

10. Ventilator Broken

Some shipping containers are fitted with ventilation devices that allow limited airflow. A broken ventilator may affect the intended ventilation arrangement and could allow water or unwanted material to enter the container. The defect should be inspected and repaired as required.

11. Why Container Damage Inspection Is Important

Container damage inspection is important for several reasons:

* Safety: Identifies defects that could create hazards during lifting, transportation, or stacking.
* Cargo protection: Helps prevent water ingress, contamination, and cargo damage.
* Operational efficiency: Reduces delays caused by damaged doors, locking mechanisms, or structural components.
* Damage prevention: Helps identify defects before they become more serious.
* Accurate reporting: Provides a record of the container’s condition for maintenance, repair, and damage claims.

12. Container Damage Awareness for Crane Operators

Crane operators play an important role in safe container-handling operations. Before lifting a container, operators should remain alert to visible structural damage, deformed corner castings, bent corner posts, severely bowed panels, and other defects that may affect safe handling.

If damage is noticed, the operator should follow the terminal’s safety procedures, inform the responsible supervisor, and arrange for the container to be assessed by authorized personnel when necessary.

Important: A container with suspected structural damage should not be lifted or stacked until its safety has been assessed and the operation has been authorized in accordance with site procedures.

Conclusion

Shipping container damage can range from minor defects to serious structural problems. Understanding common damage types helps crane operators, terminal workers, and container inspectors recognize potential hazards and respond appropriately.

Inspect carefully. Report damage promptly. Always prioritize safety in container-handling operations.

14/10/2026

World’s First Artificial Energy Island Worth $4.2 Billion To Double Belgium’s Offshore Wind Capacity

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10/10/2026

Cummins X12 vs. Weichai WP12 — Which 12-Liter Diesel Wins?

10/10/2026

Do you have long, well-maintained haul roads and dry, consistent conditions at your quarry site? A high-capacity rigid hauler is likely to be the most efficient choice.

Are your roads muddy and steep, or is reliable performance in all weather conditions your priority? The superior traction and stability of an articulated hauler will provide the uptime you need.