mining
OPTIMISED MINING
OPERATIONS WITH PIXXEL’S
hyperspectral DATASETS
Unlock the potential of Pixxel’s analysis-ready hyperspectral solutions for efficient mineral exploration, site remediation, and environmental assessment.
DAILY GLOBAL ACCESS
24-hour revisit frequency
anywhere on the planet
HIGH SPECTRAL RESOLUTION
5 metre spatial resolution, 250+
VNIR and SWIR bands
UNPRECEDENTED DETAIL
50X more information than
conventional satellites
WIDER COVERAGE
Maximise coverage with our
40Km swath width
Pixxel’s hyperspectral satellites capture unique spectral information globally with impressive spatial and temporal resolutions. This advanced technology provides detailed insights for identifying resources, evaluating the environmental impact of mining sites, and addressing abandoned mine lands.
With Pixxel’s actionable data, mining organisations and researchers can make informed decisions at every operational stage, driving effective and sustainable mining practices.
KEY CONCERNS IN THE
MINING INDUSTRY
The mining industry is plagued by issues stemming from conventional techniques and a lack of proper insights. These problems compromise safety, and sustainability, posing significant risks to both operations and the environment. To overcome these issues, continuous monitoring, advanced technologies, and informed solutions are essential.
Operational and Maintenance inefficiencies
Lack of crop performance data and intensive farming deplete soil health, leading to wasteful use of water, land, and energy, decreasing productivity and resilience.
Safety and
Risk Management
Inadequate monitoring fails to identify hazardous conditions, increasing the risk of accidents and injuries, disrupting operations.
Environmental
compliance
Inefficient environmental practices can lead to ecological degradation, resulting in legal penalties and reputational damage.
Resource Management and Data Integration
Faulty estimation of mineral reserves and fragmented data systems hinder sustainable resource extraction, impacting profitability and optimal decision-making.
Discover THE
hyperspectral ADVANTAGE
Hyperspectral imaging allows for precise identification and detailed characterisation of geological features through narrow wavelength ​bands. It delivers unparalleled information about the physical and chemical parameters of complex surfaces, far exceeding traditional multispectral imaging.
By analysing unique spectral signatures, hyperspectral imaging promotes classification of mineral deposits, chemical seepage detection and mitigation of mining threats. This technology revolutionises traditional, labour-intensive methods of inspecting mining sites, ​drastically minimising environmental impact and assuring safer mining operations.
A line of text shall appear here. A line of text shall appear here.
Detailed Site and Feasibility Assessment for Sustainable Mining
Pixxel’s imaging satellites capture data at a 24-hour revisit rate across a 40 KM swath, which is essential for mineral exploration and site assessment in expansive areas.
Capturing hyperspectral imagery over potential mining sites enables decision-makers to identify mineral reserves and assess their feasibility. This also provides continued tracking at scale for any threats to the site and the surrounding natural environment.
Precision-Optimised Threat Detection and Solutions
Pixxel’s hyperspectral imaging technology captures data across 250+ spectral bands, enabling precise detection of threats to mining sites.
Hyperspectral technology creates detailed habitat maps around mining areas, detecting environmental threats across vast regions. This capability reduces costs, optimally allocates resources, and improves environmental compliance. Additionally, it helps ecosystem regeneration, minimising environmental impacts and promoting responsible mining practices.
Advanced Vegetation Health and Habitat Mapping
Pixxel’s hyperspectral imaging provides 50X more information than conventional satellites, making it essential for habitat mapping and vegetation studies.
Hyperspectral data facilitates specific biodiversity preservation, monitoring of vegetative health, and detection of leakages and potential environmental impacts. This assists in the implementation of environmentally conscious mining processes and regulatory adherence.
Comprehensive Mine closure and Site Remediation
Pixxel’s 5-metre spatial resolution imagery supplies data throughout the mining process, from exploration to decommissioning.
- Monitor water quality parameters like heavy metal concentrations, pH , and turbidity.
- Identify contamination sources, including leaching from abandoned mine lands and tailing dam seepage.
- Develop remediation strategies for abandoned mines and mitigate tailing dam leaching.
- Establish early warning systems.
Detailed Site and Feasibility Assessment for Sustainable Mining
Pixxel’s imaging satellites capture data at a 24-hour revisit rate across a 40 KM swath, which is essential for mineral exploration and site assessment in expansive areas.
Capturing hyperspectral imagery over potential mining sites enables decision-makers to identify mineral reserves and assess their feasibility. This also provides continued tracking at scale for any threats to the site and the surrounding natural environment.
Precision-Optimised Threat Detection and Solutions
Pixxel’s hyperspectral imaging technology captures data across 250+ spectral bands, enabling precise detection of threats to mining sites.
Hyperspectral technology creates detailed habitat maps around mining areas, detecting environmental threats across vast regions. This capability reduces costs, optimally allocates resources, and improves environmental compliance. Additionally, it helps ecosystem regeneration, minimising environmental impacts and promoting responsible mining practices.
Advanced Vegetation Health and Habitat Mapping
Pixxel’s hyperspectral imaging provides 50X more information than conventional satellites, making it essential for habitat mapping and vegetation studies.
Hyperspectral data facilitates specific biodiversity preservation, monitoring of vegetative health, and detection of leakages and potential environmental impacts. This assists in the implementation of environmentally conscious mining processes and regulatory adherence.
Comprehensive Mine closure and Site Remediation
Pixxel’s 5-metre spatial resolution imagery supplies data throughout the mining process, from exploration to decommissioning.
- Monitor water quality parameters like heavy metal concentrations, pH , and turbidity.
- Identify contamination sources, including leaching from abandoned mine lands and tailing dam seepage.
- Develop remediation strategies for abandoned mines and mitigate tailing dam leaching.
- Establish early warning systems.
Monitoring mining sites
with Pixxel’s hyperspectral imagery
Hyperspectral imagery is transforming mineral exploration by providing precise data to reveal subtle variations in mineral composition. In regions like Hamersely, Australia, Pixxel’s imagery mapped key iron ore deposits, enabling mining companies to target high-quality areas and reduce ground surveys.
- Identifies valuable minerals early in the exploration phase
- Reduces costs and environmental impact with precise targeting
- Optimises resource extraction and efficiency
Explore how hyperspectral imaging supports every phase of the mining
lifecycle.
TRANSFORM YOUR
MINING OPERATIONS WITH PIXXEL
Explore Pixxel’s tailored hyperspectral solutions and its ability to deliver rapid and direct data about the Earth’s surface. Discover how Pixxel’s technology can foster ecological practices and guarantee a resilient future for your mining business.Â
Contact us to learn more and take the next step towards building robust mining practices.
KNOWLEDGE HUB
Discover how Pixxel's Earth Observation technology drives impactful insights.
Birmingham, United Kingdom, Los Angeles, California, and Bengaluru, India, 12 February 2025:
London, United Kingdom; Los Angeles, California; and Bengaluru, India, 6th February 2025
Delaware, Ohio, Los Angeles, California, and Bengaluru, India – Pixxel, a leading
We're thrilled to share some significant developments that will take our capabilities
