Time:2026-04-09 17:30:57 Number of Clicks:
The operating scenarios at the Port of Buchanan are complex and diverse. Its berth conditions, types of arriving vessels, material characteristics and operational requirements place extremely high demands on loading and unloading equipment. The original traditional fixed ship loaders and transfer loading-unloading modes can no longer match the port’s development needs, and the core pain points are concentrated in five dimensions:
Dual constraints of berth space and infrastructure conditions. Some available berths in the port are narrow in space and scarce in shoreline resources. Traditional fixed ship loaders require large-scale civil engineering construction and long-term planning approval, which not only incur high upfront investment and long construction cycles, but also fail to adapt to the rotational operation needs of multiple berths, making it difficult to improve the utilization rate of shoreline resources. Meanwhile, the ground foundation conditions in some areas of the port are limited and cannot bear the heavy civil structure of fixed ship loaders, further restricting the deployment space of traditional equipment.
Wide span of arriving vessel types and extreme adaptation difficulty. The port receives a wide range of vessels, from hundred-ton inland barges and Handysize bulk carriers to Handymax and Panamax ocean-going bulk carriers. There are significant differences in draft, hatch position and clearance height of different vessel types. The fixed boom length, unloading height and operating range of traditional fixed ship loaders cannot meet the loading needs of all vessel types, often requiring frequent vessel shifting and adjustment, which greatly lengthens the single-vessel loading cycle and makes it difficult to guarantee schedule punctuality.
Stricter environmental protection control and escalating green operation requirements. As a coastal port, the Port of Buchanan implements strict international standards for marine ecological protection and air pollution prevention and control. The traditional loading-unloading mode relies on multi-stage transfer by forklifts and dump trucks, which is prone to material spillage, dust pollution and material segregation, not only causing massive material loss but also facing extremely high environmental compliance risks. In addition, traditional equipment generates high operating noise, which fails to meet the port’s ecological control requirements.
Operational efficiency bottlenecks unable to match the growth of trade volume. The traditional bulk material loading-unloading mode has a lengthy process, requiring multiple transfers from the stockyard to the berth, with many breakpoints, high losses and heavy reliance on labor. During peak periods of bulk cargo trade, berth congestion and schedule delays are highly likely to occur. Meanwhile, traditional equipment has limited continuous operation capacity; when handling hard-to-load materials such as high-density ores, it suffers from high failure rates under heavy-load operation and high maintenance costs, further restricting the improvement of the port’s operational efficiency.
Insufficient adaptability to complex working conditions and lack of operational flexibility. The port faces complex working conditions such as large tidal range, high-salt-moist coastal environment, and harsh rainy weather. Traditional equipment has weak adaptability to extreme environments, and its electrical systems and steel structures are prone to corrosion, making it difficult to guarantee operational stability. Meanwhile, fixed equipment cannot be quickly redeployed, failing to respond flexibly to sudden operational needs and severely compromising the port’s operational scheduling flexibility.
In response to the core pain points of the Port of Buchanan, ZOOMRY, relying on over 20 years of R&D and design experience in bulk material handling equipment, a full-industry-chain manufacturing capacity and a global project service system, has customized an exclusive mobile ship loader solution for the port with the core design concept of "flexibility, high efficiency, low energy consumption, full environmental protection and high reliability". The solution covers the whole process of equipment customization, on-site deployment, personnel training and full-life-cycle operation and maintenance, perfectly matching the port’s operational needs.
As the core of the solution, ZOOMRY mobile ship loader is a core product iteratively upgraded based on experience from thousands of bulk material handling projects worldwide. The equipment integrates core technologies such as radial telescopic, luffing slewing, intelligent control and full-life-cycle environmental protection. Through the optional dual-chassis design of wheeled/crawler type, it achieves rapid deployment without civil engineering and flexible operation in all scenarios.
In response to the core demand of a wide span of vessel types at the Port of Buchanan, ZOOMRY mobile ship loader adopts a multi-stage telescopic boom, full-hydraulic luffing and radial slewing design. The boom length covers the full range of 40-67 meters, and the unloading height can be adjusted steplessly according to the vessel’s draft and clearance requirements. The operating radius can fully cover all hatches of all series of vessels including barges, Handysize, Handymax and Panamax, completing continuous loading of the entire vessel without frequent vessel shifting and adjustment, greatly shortening the single-vessel loading cycle and effectively ensuring schedule punctuality. Meanwhile, the equipment can be customized with a full range of models with a belt width of 800mm-1600mm according to the port’s material characteristics, with a maximum conveying capacity of 3000m³/h, perfectly adapting to the loading and unloading needs of various bulk materials such as ores, coal, grain and aggregates. Even for hard-to-load materials such as high-density metal ores, it can maintain continuous and stable conveying efficiency.
In response to the pain points of tight berth space and limited infrastructure conditions at the Port of Buchanan, ZOOMRY mobile ship loader adopts a modular and movable complete machine design, completely eliminating the need for large-scale civil engineering construction and long-term planning approval. It can be quickly redeployed between multiple berths, realizing a flexible operation mode of "one machine for multiple uses and rotation across multiple berths" and greatly improving the utilization rate of the port’s shoreline resources and berths. The equipment is designed for containerized transportation, and the whole machine can be disassembled and packed into 40HQ high-cube containers for low-cost and convenient transportation worldwide. After arriving at the port site, it only takes 10-20 days to complete assembly, commissioning and operation. Compared with the construction cycle of several months for traditional fixed ship loaders, it greatly shortens the project implementation time and reduces the port’s upfront investment and time cost.
Relying on ZOOMRY’s full-process manufacturing and quality control system, the main frame of ZOOMRY mobile ship loader is made of high-grade carbon steel. Through the lattice frame structure design, it achieves an ultra-high strength-to-weight ratio, with special reinforcement at key stress nodes. It can withstand continuous impact of high-density materials and heavy-load operation, perfectly adapting to the port’s 7×24-hour continuous operation needs. The core components of the equipment adopt international first-class standards. The independently developed long-life idlers and pulleys have a service life of over 50,000 hours. The drive system can be adapted to internationally renowned brand gear motors, and the hydraulic system adopts top-level configuration, ensuring long-term stable operation of the equipment even in harsh working conditions such as coastal high salt spray, humidity and rainy seasons, with a failure rate far lower than the industry average.
Meanwhile, ZOOMRY has a dedicated quality inspection center, which consists of a chemical laboratory, a hardness laboratory, an idler laboratory and a mechanical performance testing laboratory, equipped with more than 60 sets of professional testing equipment. All ex-factory equipment undergo strict full-process testing, complying with international standards and certifications such as ISO 9001 Quality Management System, ISO 14001 Environmental Management System, CE, EAC and CEMA, providing full-process quality assurance for the long-term stable operation of the equipment.
In response to the strict ecological and environmental protection requirements of the Port of Buchanan, ZOOMRY mobile ship loader adopts a fully enclosed conveying design from feeding to unloading, eliminating material spillage, dust pollution, material segregation and degradation from the source, greatly reducing the port’s material loss and environmental governance costs. The equipment is equipped with a three-stage polyurethane cleaning scraper system, with special cleaning devices installed at the head, tail and return sections, achieving a belt cleaning rate of over 99% and effectively reducing material residue and return spillage. In addition, through optimized structure and transmission design, the operating noise of the equipment is far lower than international standards, greatly reducing operational noise pollution. The full-process conveying mode reduces the transfer links of dump trucks and forklifts, significantly lowering carbon emissions and energy consumption, perfectly aligning with the global construction trend of green ports.
ZOOMRY mobile ship loader is equipped with an independently developed PLC fully automatic intelligent control system and HMI human-machine interaction touch screen, with three operation modes: fully automatic, remote control and manual. It realizes one-key fully automatic ship loading operation. The system can automatically plan the operation path according to vessel parameters, match the boom length, luffing angle and slewing speed, and complete uniform loading of all hatches without frequent manual intervention, greatly reducing the number of on-site operators and their work intensity, as well as safety risks and operational losses caused by human operation errors.
The equipment is equipped with a standard full-function wireless remote control system, which can complete all functional operations of the equipment within 300 meters, including emergency stop, boom telescopic, belt start/stop, hydraulic drive, radial slewing, inclination adjustment, etc. Operators can flexibly adjust the operation status according to on-site conditions, greatly improving the flexibility and safety of operation, especially in refined operation scenarios such as hatch cleaning. Meanwhile, the system is equipped with real-time monitoring and fault early warning functions for equipment operation status, which can identify potential equipment failures in advance, greatly shortening fault troubleshooting and maintenance time and improving the effective operating hours of the equipment.
In response to the complex coastal working conditions and safe production requirements of the port, ZOOMRY mobile ship loader is equipped with a multiple redundant safety protection system, covering all risk points in the whole process of equipment operation. The equipment is standardly equipped with safety devices such as belt deviation switches, emergency pull cord switches and speed detection switches, which can monitor the equipment operation status in real time and alarm or shut down immediately in case of abnormality; the telescopic boom adopts a hydraulic winch drive system with a power-off self-locking mechanism, which can complete self-locking within 0.01 seconds after power failure. Meanwhile, dual mechanical limit protection for wire rope breakage is set, which can effectively lock the inner telescopic boom and prevent falling risks even in the extreme case of wire rope breakage; the electrical system adopts a high-protection design, with a protection grade of IP65 for the control cabinet and IP55 for the motor, perfectly adapting to the harsh coastal environment of high salt spray, humidity and rain, ensuring the operation safety of the equipment under extreme working conditions.
Compared with the port’s traditional transfer loading-unloading mode, ZOOMRY mobile ship loader increases the single-vessel loading efficiency by up to 28%, greatly shortening the single-vessel port stay cycle, effectively solving the core pain points of berth congestion and schedule delays during peak port periods, and doubling the port’s berth turnover efficiency and bulk cargo handling capacity.
Meanwhile, the equipment’s supporting radial telescopic stacking function increases the stacking capacity by 28% compared with traditional fixed-length conveyors, realizing seamless connection between the stockyard and the berth, eliminating operation breakpoints, and achieving continuous and uninterrupted conveying of bulk materials from the stockyard to the ship’s hold.
The non-civil engineering deployment mode greatly reduces the port’s upfront fixed asset investment and project construction costs. The equipment can be reused across berths, greatly improving asset utilization efficiency; the intelligent operation mode reduces on-site operators by more than 60%, significantly cutting labor costs.
The fully enclosed conveying design controls material loss to an extremely low level and greatly reduces the port’s environmental governance costs; the high-reliability equipment design ensures a service life of over 50,000 hours for core components, with a failure rate far lower than the industry average, greatly reducing equipment maintenance costs and achieving long-term cost reduction and efficiency improvement for the port.
The movable and flexible design of ZOOMRY mobile ship loader breaks through the operational boundaries of traditional fixed ship loaders, flexibly adapting to the operation needs of all berths in the port. Even berths with narrow space and limited foundation conditions can be quickly deployed and put into operation, increasing the port’s shoreline resource utilization rate by several times.
Meanwhile, the equipment can perfectly adapt to the loading and unloading needs of different vessel types, materials and working conditions, realizing rapid scheduling and response to sudden operational tasks and market changes, and greatly improving the port’s operational scheduling flexibility and market competitiveness.
The full-process environment-friendly design of the equipment realizes near-zero dust, near-zero spillage, low noise and low emission in the port’s bulk material loading-unloading operations, fully complying with relevant international standards for marine ecological protection and green port construction, and completely solving the port’s environmental compliance risks.
At the same time, the multiple redundant safety protection system has enabled the equipment to operate stably with zero major safety accidents since its implementation, building a solid line of defense for the port’s safe production and laying a solid foundation for the port’s subsequent global operation and trade cooperation.
As a world-leading EPC general contractor for bulk material handling equipment, ZOOMRY not only provides high-performance mobile ship loader equipment for the Port of Buchanan, but also supports a full-life-cycle EPC+M+O service system, providing a full-process and one-stop service guarantee from early scheme customization and design optimization to manufacturing, on-site installation guidance, systematic training for operators, and later operation management, spare parts supply, equipment overhaul and upgrading.
In response to the service needs of overseas projects, ZOOMRY has built a global service network and spare parts supply system, which can quickly respond to the service needs of customers worldwide, providing 7×24-hour technical support and operation and maintenance services for the Port of Buchanan, ensuring that any problems with the equipment can be solved quickly and minimizing downtime. Meanwhile, our professional technical team can regularly provide equipment inspection, maintenance and upgrading services for the port, and provide customized upgrading and transformation plans for the equipment according to changes in the port’s operational needs, extending the service life of the equipment, continuously improving operational efficiency, and providing all-round guarantee for the long-term stable operation of the port.
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