iStockpile is truly the best solution on the market for accurate and live 3D inventory control of all types of stockpiles, adding value to a wide range of bulk material handling processes. From simple 3D material profile scanning to advanced features such as dead bulk detection, reclaim feeder control, unique material quality control and more, iStockpile is a simple and reliable step-by-step implementation solution.
The underlying robust and precise indurad radar technology makes iStockpile the reliable data source for material handling optimization/automation in any stockpile.
Stockpile measurement can be performed using two methods, which can also be used in combination. Stockpiles managed with tripper cars, A-frame reclaimers, or similar handling equipment are outfitted with a position sensor and a 2D radar sensor. As this equipment moves, a 3D image of the stockpile is created or updated. Alternatively, for situations requiring a permanent scan or where no stockpile handling equipment is present, fixed 3D radars are installed above the bulk material to provide accurate measurements.
By loading the video, you agree to YouTube's privacy policy.
Learn more
By loading the video, you agree to YouTube's privacy policy.
Learn more
The solution utilizes an iLDR-H linear measurement radar to measure the linear position of the A-frame reclaimer accurately. Additionally, 2D radar sensors installed on the portal measure the stockpile in 3D, enabling collision avoidance and providing cutting assistance during the process. When stacking material, the solution ensures the creation of a homogeneous pile, optimizing the distribution and arrangement of materials for improved efficiency and uniformity.
continious reclaiming, avoiding avalanches
and automatic blending functionalities
By combining 2D radar sensors with 1D linear measurement devices, the system generates a precise 3D surface representation of the entire stockpile. Leveraging this data, the system can automatically control the movement of trippers to ensure the creation of homogeneous piles.
utlizing stockpile in the best way
exact representation of the stockpile in real time
Regardless of the position of the tripper car, this option provides accurate inventory information at all times.
Sensors can be installed inside the building – for example, under walkways or on other structures. All sensors are connected via Ethernet to a central processing unit, which then makes the information available company-wide.
monitor material behavior & reduce unscheduled downtimes
maintain optimal inventory levels
iStockpile offers a comprehensive 3D representation of the stockpile derived from radar data. This valuable information can be seamlessly integrated and shared with PLC and SCADA systems.
Moreover, the user-friendly Human-Machine Interface (HMI) provides a fully rotatable 3D image of the stockpile. Users can define specific areas, such as draw points and material qualities, and obtain essential data like volumes, maximum and minimum fill levels, and more, for these designated areas. This intuitive interface empowers users with precise insights and control over stockpile management and facilitates effective decision-making.
webGL based easy accessible + SCADA + PLC
material specific area definition, draw point automation
This software feature details the 3D model into a voxel model. Each voxel can be associated with data such as stacking time, material quality, or other.
Taken together, this provides accurate information about where specific material is located on the stockpile, enabling informed operational decisions.
material parameters for each voxel (typical 25 x 25 x 25 cm)
on detailed or average level
This software add-on leverages data from other modules to accurately calculate the quality of material on the feeders.
By utilizing the 3D model and the 4D Voxel software, it performs simulations of the material flow through the pile, offering valuable insights into the dynamics of material movement.
This feature facilitates the determination of available material quality for each feeder, forming the foundation for precise material blending. By utilizing this model, blending can be predicted and optimized, leading to improved material consistency and overall operational efficiency.
material quality informaton on the drawpoints
material blending to the point
By loading the video, you agree to YouTube's privacy policy.
Learn more
indurad is a leader in making mining and dry bulk handling or processing easier and more cost effective. Based on our radar technology we offer various solutions and also sensors with OEM interfaces such as ROS2.
By loading the video, you agree to YouTube's privacy policy.
Learn more
To improve port operations, EECV Rotterdam is using a combination of Indurad solutions.
Learn how the customer uses the solutions for individual benefits and how they are combined for a quantum leap in bulk terminal operations.
Steel plant Stockyard Homogenization
indurad has provided Posco Pohang in Korea with both a 3D Stockpile scanning, Stacker Automation and 4D Quality and blending model.
Automatic Block Cutting on Crawler Bucket Wheel Excavator: A multifunctional solution for the world’s largest bucket wheel excavator (240.000m³/day).
The indurad solution provides collision avoidance data and detects any object on either side of the bucket wheel.
At the same time, the system provides cutting depth control and thus increase the productivity of the machine.
indurad proved in a benchmarking field test – comparing indurad radar sensors against a leading industrial laser scanner – that, the standard deviation between radar and laser was only 0.03m, respectively. RWE considers the accuracy of indurad’s radars equal to that of laser sensors. RWE choose to install indurad because of the significantly higher availability offered by radar’s reliable performance under adverse conditions.
Successful implementation of a completely autonomous Stacker at ArcelorMittal in Quebec, Canada.
INDURAD has delivered a complete yard automation project in at Vale’s main export terminal in Vitoria, Brazil including:
Conveyor belt flow & belt misalignment, condition monitoring & wear
Gyratory | Jaw | Crusher Vault
Tertiary
Apron & plate feeder 2D level and material volume
Screendeck performance and material yield measurement
Chute blockage detection and material flow monitoring
3D silo volume measurement + rathole detection monitoring
3D dome volume measurement, material tracking and feeder control
3D stockpile scanning, quality model and automation
Train loadout productivity increase by automation
Waggon unloader automation and material tracking
Stacker Automation, incl. 3D pile monitoring & material tracking
Material quality control and tracking, blending automation
Reclaimer automation and collision avoidance
Level9 collision avoidance for underground vehicles & personnel
IPCC automation and heavy machine positioning solutions
Shiploader collision avoidance, 3D hatch scan and full automation
Horizontal and vertical boom CAS, 3D hatch scan and automation
Vessel detection and ship guidance system for berthing operations
Monthly payments, subscription services
Project based implementation as capital expenditure
Diverse management team driving customer success.
Cross-industry partner network for sales and service - always close to the customer.
company success story and recent developments transforming mining.
Join the Indurad family and develop your career in an exciting environment.
Learn about new developments and the shows and conferences we attend.
The core DNA of indurad. Learn more about the publicly funded RnD.
We use Google Language Translator Plugin that uses the free Google automatic machine translation.
Be aware that not all translations have to be correct and that your IP address will be transmitted to Google to receive the translations.
You can always return to our original English version.
