Category
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Order Code |
Product Name |
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L-01-15-M01 |
Mobile Container Laboratory Module for Mining Mineral Testing and Field Analysis |
The Mobile Container Laboratory Module is a fully integrated, transportable turnkey mining laboratory rebuilt from standard ISO shipping containers. It is designed for on-site mineral exploration, mine pit testing, and remote hydrometallurgical project deployment where rapid laboratory establishment is required.
The self-contained module is pre-installed with compressed air pipelines, lighting, ventilation systems, air conditioning, and filtered exhaust circulation. After site delivery, only external grid power supply is required to start laboratory operation, significantly reducing the time and cost associated with permanent laboratory construction.
With full thermal insulation structure and customizable internal layouts, this modular laboratory supports mineral sample preparation, fire assay, chemical analysis, and field metallurgical testing workflows. Available in 20GP, 40GP, and 40HQ container configurations, it provides flexible laboratory capacity solutions for mining enterprises, geological exploration teams, and mineral testing institutions.
The Mobile Container Laboratory Module covers complete mining laboratory workflows including mineral sample preparation, metallurgical testing, mineral analysis, and field hydrometallurgical monitoring.
The integrated working area can be configured with crushers, pulverizers, sample splitting machines, and dust removal equipment to complete on-site crushing, grinding, and homogenization of raw ore samples. This reduces long-distance sample transportation requirements while minimizing contamination risks during sample handling.
Independent functional zones support fire assay, wet chemical analysis, and instrumental elemental testing. Operators can perform mineral grade evaluation, precious metal content detection, and impurity element analysis directly at mining sites to accelerate exploration and production decisions.
Customized layouts can reserve dedicated areas for leaching test reactors, chemical analysis equipment, and wastewater treatment systems. The module supports small-scale hydrometallurgical evaluation and environmental monitoring without requiring permanent laboratory buildings.
Typical applications include remote open-pit mines, overseas exploration projects, temporary field testing stations, and third-party mineral inspection laboratories.
Fully customizable internal layout and functional partitioning based on mineral testing workflow, laboratory equipment configuration, and project capacity requirements.
Pre-installed supporting utilities including compressed air, lighting, ventilation, filtered exhaust circulation, and air conditioning systems for rapid site commissioning.
Enables direct on-site mineral testing, reducing sample transportation time and improving exploration and testing workflow efficiency.
Integrated laboratory zones support procedures from raw ore pretreatment to analytical testing for comprehensive mineral evaluation.
Optimized insulation structure and air circulation design reduce daily energy consumption and improve long-term operational efficiency.
High mobility based on ISO marine shipping container standards allows convenient transportation and relocation between mining projects.
Complete turnkey service includes layout design, equipment integration, installation, commissioning, and operator training.
| Container Type | External Length | External Width | External Height |
|---|---|---|---|
| 20GP | 6058 mm (19'10.50'') | 2438 mm (8'0.00'') | 2590 mm (8'6.00'') |
| 40GP | 12192 mm (40'0.00'') | 2438 mm (8'0.00'') | 2590 mm (8'6.00'') |
| 40HQ | 12192 mm (40'0.00'') | 2438 mm (8'0.00'') | 2890 mm (9'6.00'') |
| Core Structure | Standard ISO marine shipping container with full thermal insulation | ||
| Pre-Installed Utilities | Compressed air system, lighting, ventilation, filtered exhaust circulation, and air conditioning | ||
| Site Requirement | Only external grid power supply needed for full operation | ||
| Delivery Service | Custom layout design, equipment integration, on-site installation, commissioning, and training | ||
Clients can select customized functional combinations according to project requirements, including sample preparation zones, fire assay areas, wet chemical analysis sections, instrumental testing areas, and wastewater treatment modules.
Flexible equipment procurement options are available, including client-supplied instruments or complete turnkey equipment matching. Customized waste gas and wastewater treatment systems can also be integrated according to site requirements.
FKN PANDA Mobile Container Laboratory Module provides stable testing environments for mineral analysis. Independent functional zones, air conditioning systems, and standardized ventilation designs help reduce environmental interference from dust, temperature variation, and humidity during field laboratory operation.
The modular structure provides reliable operation for remote mining projects. Full insulation design supports challenging field conditions, while pre-installed utility systems reduce installation complexity and improve deployment reliability.
This solution improves laboratory workflow efficiency by enabling direct mineral testing at mining sites. Compared with conventional laboratory construction, the turnkey container design shortens project preparation cycles and reduces infrastructure investment requirements.
Designed for mineral exploration, geological testing, and metallurgical evaluation applications, the system can be configured to support sample preparation, fire assay, chemical analysis, and hydrometallurgical testing workflows.
The reusable container-based structure reduces permanent construction costs and provides flexible relocation capability, making it suitable for overseas mining groups, exploration companies, and independent mineral testing laboratories.
Q1. How to select a mobile containerized laboratory for mine site exploration and metallurgical testing?
Selecting a mobile containerized laboratory requires evaluating the project objectives, required analytical workflow, site conditions, and future expansion needs. Key considerations include the types of mineral testing required, such as geochemical analysis, ore characterization, metallurgical evaluation, or process monitoring, as well as the compatibility of laboratory modules with analytical equipment. A suitable configuration should support the complete mining laboratory workflow from sample preparation and testing to data-based process decisions. For remote exploration projects, factors such as transportation, environmental conditions, utility availability, and operational flexibility should also be considered during equipment planning.
Q2. Which laboratory modules are essential for field-based geochemical assay and ore characterization in mining projects?
The required laboratory modules depend on the testing objectives and project stage. Typical mobile mining laboratories may include areas for sample preparation, mineral testing, analytical instrumentation, chemical handling, and data management. For exploration and resource definition programs, the workflow should allow efficient movement from sample receipt and preparation to analytical testing and result evaluation. Module selection should consider the expected sample volume, testing methods, safety requirements, and compatibility with instruments used for geochemical or metallurgical analysis. Proper configuration helps maintain consistent laboratory operation in remote mining environments.
Q3. How does container design affect equipment stability and analytical accuracy during transport and relocation?
Container design directly influences the protection and operational stability of laboratory equipment during transportation and relocation. A properly configured mobile laboratory should consider structural strength, equipment mounting, vibration control, environmental protection, and internal layout. Analytical instruments used in mineral testing often require stable operating conditions, so container design should minimize the impact of external factors such as temperature variation, movement, and site conditions. These considerations are important when deploying laboratories for exploration campaigns, mine expansion projects, or temporary metallurgical testing operations.
Q4. Can mobile container labs handle fire assay, ICP, and XRF operations for on-site gold and base metal analysis?
Mobile container laboratories can be configured for various mining analytical applications, including sample preparation and mineral analysis workflows involving techniques such as fire assay, ICP, and XRF, depending on the selected equipment and laboratory requirements. The feasibility of integrating specific instruments depends on space allocation, power supply, ventilation, chemical handling, and safety requirements. When planning an on-site laboratory, the analytical process should be evaluated as a complete workflow, ensuring that sample preparation, testing, quality control, and data reporting can operate effectively within the mobile environment.
Q5. What factors should be considered when specifying HVAC and environmental control for sensitive analytical equipment?
Environmental control is an important consideration for mobile laboratories because analytical equipment performance can be affected by temperature, humidity, dust, and site conditions. HVAC system selection should be based on the operating requirements of installed instruments, local climate conditions, laboratory workload, and continuous operation needs. Stable environmental conditions help support reliable mineral testing and reduce operational risks during remote deployment. For new mobile laboratory projects or laboratory expansion, environmental control planning should be integrated with equipment selection, utility design, and safety requirements.
Q6. How to optimize internal layout for workflow efficiency in multi-function mobile container laboratories?
An optimized internal layout should follow the natural sequence of mining laboratory operations, including sample receiving, preparation, testing, and result evaluation. Equipment placement should reduce unnecessary sample movement, improve operator efficiency, and maintain appropriate separation between preparation areas and sensitive analytical zones. Considerations such as workspace accessibility, chemical handling areas, storage capacity, and maintenance access are important for long-term operation. A well-planned layout supports continuous laboratory activities and allows mobile facilities to adapt to different exploration, production support, or metallurgical testing requirements.
Q7. How to integrate mobile container labs into a complete mine exploration and resource definition workflow?
Mobile container laboratories can support mine exploration and resource definition by providing analytical capabilities closer to the sampling location. They can be integrated into workflows that include sample collection, preparation, mineral testing, geological evaluation, and process decision-making. The integration approach should consider sample logistics, required testing methods, data management, and communication with project teams. By reducing dependence on distant testing facilities, mobile laboratories can support faster technical evaluation while maintaining controlled laboratory procedures suitable for exploration and mining applications.
Q8. What maintenance schedule is critical for container structure, utilities, and analytical equipment in harsh mining environments?
Maintenance planning for mobile container laboratories should address both the laboratory infrastructure and installed equipment. Regular inspection of container structure, electrical systems, HVAC components, water and waste connections, and safety systems helps maintain reliable operation in challenging mining environments. Analytical instruments require maintenance according to their technical requirements, including calibration, cleaning, and performance checks. A preventive maintenance approach is particularly important for remote sites where equipment availability and continuous laboratory operation are critical to project progress.
Q9. What are the key selection criteria when choosing between single-container and multi-container modular laboratory configurations?
The choice between single-container and multi-container configurations depends on testing requirements, available site space, project duration, and expected laboratory capacity. Single-container solutions may be suitable for compact operations with limited analytical requirements, while multi-container systems provide greater flexibility for separating workflows such as sample preparation, chemical testing, and instrumentation areas. Selection should consider current project needs as well as possible laboratory expansion. Proper modular planning helps ensure efficient operation, easier relocation, and better adaptation to changing mining project requirements.
Q10. How to validate mobile container laboratory analytical results against fixed central laboratory reference data?
Validation of mobile laboratory results typically involves comparing analytical performance with established reference methods, quality control procedures, and results from centralized laboratories. Important factors include sample preparation consistency, instrument calibration, quality control samples, and data management practices. A properly managed comparison process helps evaluate the reliability of mobile laboratory testing for exploration, metallurgical evaluation, and production support applications. Establishing clear testing procedures and quality assurance practices is essential for maintaining confidence in analytical results generated at remote mining locations.
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