Home News Xcalibur Smart Mapping and the Ministry of Water Resources of Kazakhstan Sign MoU to Advance Water Resource Mapping Last news 3 MIN. READ SHARE Xcalibur Smart Mapping and the Ministry of Water Resources of Kazakhstan Sign MoU to Advance Water Resource Mapping Madrid, Spain – March 21st A landmark achievement in sustainable water resource management, ensuring a secure future for Kazakhstan’s water supply. State-of-the-art technology for aquifer mapping, providing data for long-term water sustainability. Xcalibur Smart Mapping has signed a Memorandum of Understanding (MoU) with the Ministry of Water Resources and Irrigation of the Republic of Kazakhstan, marking a significant step in advancing water resource mapping and sustainable water management in the country. The agreement was formalised by Minister Nurzhan Moldiyarovich Nurzhigitov and Andrés Blanco Grasa, CEO of Xcalibur Smart Mapping, with a shared vision of leveraging innovative geophysical and satellite technologies to enhance the understanding and conservation of Kazakhstan’s vital water resources. The MoU outlines the commitment to implement hydrogeological mapping projects for key water reserves, including the Kokzhide groundwater deposit and the North Aral Sea region, assessing conditions for water resource optimisation, aquifer replenishment, and potential mineral resources. Additionally, the agreement supports a national airborne geophysical mapping programme, aimed at inventorying Kazakhstan’s groundwater reserves and supporting future water sustainability strategies. “We are very pleased with this agreement, as it strengthens our solution offering for both aquifer and surface water mapping. By integrating satellite and airborne geophysical techniques, we can provide more accurate and sustainable water management solutions for Kazakhstan,” said Víctor Gónzalez, Vice-president of Country Mapping at Xcalibur Smart Mapping. The Ministry and Xcalibur Smart Mapping will collaborate on researching the Zharkent and Almaty artesian basins, focusing on geological-structural and geothermal conditions that influence thermal groundwater distribution. These studies will be critical in shaping Kazakhstan’s long-term water resource management policies. Said Sultanov, Managing director at Xcalibur Kazakhastan, underscored the importance of this initiative, stating: “Kazakhstan’s future depends on sustainable resource management. By deploying advanced detection methods for aquifers, we are securing water availability for future generations and supporting national agricultural and industrial growth.” Kazakhstan, a country with unevenly distributed water resources, faces growing challenges in ensuring sustainable groundwater access due to climate change and increasing industrial demand. Advanced mapping techniques will play a pivotal role in securing long-term water resilience, supporting not only the agricultural sector but also urban water planning and ecosystem conservation. With geospatial intelligence and airborne geophysics at the core of this initiative, the MoU paves the way for a new era of water resource exploration in Kazakhstan, ensuring that scientific precision and sustainability drive future water infrastructure decisions. < SEE PREVIOUS NEW SEE NEXT NEW > < > Related news Last news Kazakhstan Chamber of Mines Participated in the 2nd International Mining and Metallurgy Forum in Tajikistan SEE MORE > Last news Pre-UNGA Week: Xcalibur Smart Mapping at the First COP30 Event in Madrid SEE MORE > Last news A New Era of AI-Driven airborne geophysics: Xcalibur supports presidential initiative to modernise subsurface mapping SEE MORE > Last news Xcalibur Smart Mapping – Commencement of the HeliTEM Survey in India SEE MORE > Last news Xcalibur Smart Mapping and the Geological Survey of Brazil Sign Agreement to Resume Airborne Geophysical Surveys SEE MORE > Last news North East Queensland AusAEM Survey flown by Xcalibur Smart Mapping SEE MORE > Last news Official Launch of Zambia’s High-Resolution Aerial Geophysical Survey Project SEE MORE > Last news Airborne Gravity Data Capture and Geoid Modelling SEE MORE > Last news Xcalibur Smart Mapping Partners with Curtin University to Pioneer Aerial Detection Technology for Natural Hydrogen Exploration SEE MORE > Contact us. FILL THE FORM
SHARE Xcalibur Smart Mapping and the Ministry of Water Resources of Kazakhstan Sign MoU to Advance Water Resource Mapping Madrid, Spain – March 21st A landmark achievement in sustainable water resource management, ensuring a secure future for Kazakhstan’s water supply. State-of-the-art technology for aquifer mapping, providing data for long-term water sustainability. Xcalibur Smart Mapping has signed a Memorandum of Understanding (MoU) with the Ministry of Water Resources and Irrigation of the Republic of Kazakhstan, marking a significant step in advancing water resource mapping and sustainable water management in the country. The agreement was formalised by Minister Nurzhan Moldiyarovich Nurzhigitov and Andrés Blanco Grasa, CEO of Xcalibur Smart Mapping, with a shared vision of leveraging innovative geophysical and satellite technologies to enhance the understanding and conservation of Kazakhstan’s vital water resources. The MoU outlines the commitment to implement hydrogeological mapping projects for key water reserves, including the Kokzhide groundwater deposit and the North Aral Sea region, assessing conditions for water resource optimisation, aquifer replenishment, and potential mineral resources. Additionally, the agreement supports a national airborne geophysical mapping programme, aimed at inventorying Kazakhstan’s groundwater reserves and supporting future water sustainability strategies. “We are very pleased with this agreement, as it strengthens our solution offering for both aquifer and surface water mapping. By integrating satellite and airborne geophysical techniques, we can provide more accurate and sustainable water management solutions for Kazakhstan,” said Víctor Gónzalez, Vice-president of Country Mapping at Xcalibur Smart Mapping. The Ministry and Xcalibur Smart Mapping will collaborate on researching the Zharkent and Almaty artesian basins, focusing on geological-structural and geothermal conditions that influence thermal groundwater distribution. These studies will be critical in shaping Kazakhstan’s long-term water resource management policies. Said Sultanov, Managing director at Xcalibur Kazakhastan, underscored the importance of this initiative, stating: “Kazakhstan’s future depends on sustainable resource management. By deploying advanced detection methods for aquifers, we are securing water availability for future generations and supporting national agricultural and industrial growth.” Kazakhstan, a country with unevenly distributed water resources, faces growing challenges in ensuring sustainable groundwater access due to climate change and increasing industrial demand. Advanced mapping techniques will play a pivotal role in securing long-term water resilience, supporting not only the agricultural sector but also urban water planning and ecosystem conservation. With geospatial intelligence and airborne geophysics at the core of this initiative, the MoU paves the way for a new era of water resource exploration in Kazakhstan, ensuring that scientific precision and sustainability drive future water infrastructure decisions.
Xcalibur Smart Mapping and the Ministry of Water Resources of Kazakhstan Sign MoU to Advance Water Resource Mapping Madrid, Spain – March 21st A landmark achievement in sustainable water resource management, ensuring a secure future for Kazakhstan’s water supply. State-of-the-art technology for aquifer mapping, providing data for long-term water sustainability. Xcalibur Smart Mapping has signed a Memorandum of Understanding (MoU) with the Ministry of Water Resources and Irrigation of the Republic of Kazakhstan, marking a significant step in advancing water resource mapping and sustainable water management in the country. The agreement was formalised by Minister Nurzhan Moldiyarovich Nurzhigitov and Andrés Blanco Grasa, CEO of Xcalibur Smart Mapping, with a shared vision of leveraging innovative geophysical and satellite technologies to enhance the understanding and conservation of Kazakhstan’s vital water resources. The MoU outlines the commitment to implement hydrogeological mapping projects for key water reserves, including the Kokzhide groundwater deposit and the North Aral Sea region, assessing conditions for water resource optimisation, aquifer replenishment, and potential mineral resources. Additionally, the agreement supports a national airborne geophysical mapping programme, aimed at inventorying Kazakhstan’s groundwater reserves and supporting future water sustainability strategies. “We are very pleased with this agreement, as it strengthens our solution offering for both aquifer and surface water mapping. By integrating satellite and airborne geophysical techniques, we can provide more accurate and sustainable water management solutions for Kazakhstan,” said Víctor Gónzalez, Vice-president of Country Mapping at Xcalibur Smart Mapping. The Ministry and Xcalibur Smart Mapping will collaborate on researching the Zharkent and Almaty artesian basins, focusing on geological-structural and geothermal conditions that influence thermal groundwater distribution. These studies will be critical in shaping Kazakhstan’s long-term water resource management policies. Said Sultanov, Managing director at Xcalibur Kazakhastan, underscored the importance of this initiative, stating: “Kazakhstan’s future depends on sustainable resource management. By deploying advanced detection methods for aquifers, we are securing water availability for future generations and supporting national agricultural and industrial growth.” Kazakhstan, a country with unevenly distributed water resources, faces growing challenges in ensuring sustainable groundwater access due to climate change and increasing industrial demand. Advanced mapping techniques will play a pivotal role in securing long-term water resilience, supporting not only the agricultural sector but also urban water planning and ecosystem conservation. With geospatial intelligence and airborne geophysics at the core of this initiative, the MoU paves the way for a new era of water resource exploration in Kazakhstan, ensuring that scientific precision and sustainability drive future water infrastructure decisions.
Home News Official Launch of Zambia’s High-Resolution Aerial Geophysical Survey Project Last news 4 MIN. READ Xcalibur Smart Mapping, in collaboration with the Zambian Presidency, has officially commenced its nationwide high-resolution aerial geophysical survey. SHARE This project aims to significantly advance Zambia’s mineral exploration efforts and strengthen the foundations of its mining sector. His Excellency President Hakainde Hichilema attended the event and addressed the critical importance of mineral exploration for Zambia’s economic development. He emphasized that comprehensive mineral mapping is essential for fostering transparent and regulated mining practices, ensuring that the nation’s resources benefit all citizens. Furthermore, the President highlighted the survey’s role in mapping underground water resources, which will support future irrigation projects and contribute to drought mitigation strategies. Lusaka Province Minister, Sheal Mulyata, emphasized the potential of this initiative to uncover Zambia’s mineral wealth across all provinces. Minister Mulyata noted that the data generated by the survey will play a pivotal role in reshaping the mining industry, fostering informed investment, and driving future growth. Xcalibur Smart Mapping’s CEO, Andres Blanco, reaffirmed the company’s commitment to delivering high-quality data through cutting-edge technology, being employed for the first time in Africa. He also highlighted the inclusion of a skills transfer program, designed to equip Zambian professionals with the expertise needed to sustain the project long-term. The Minister of Mines and Minerals Development, Paul Kabuswe, acknowledged the historical significance of this mapping project, noting that it is the most comprehensive mineral survey since 1972. He praised President Hichilema’s leadership and policy direction, which have been instrumental in the realization of this project. This survey represents a crucial step in Zambia’s mineral exploration efforts, with the potential to guide future investments and support resource management strategies nationwide. < SEE PREVIOUS NEW SEE NEXT NEW > < > Related news Last news Kazakhstan Chamber of Mines Participated in the 2nd International Mining and Metallurgy Forum in Tajikistan SEE MORE > Last news Pre-UNGA Week: Xcalibur Smart Mapping at the First COP30 Event in Madrid SEE MORE > Last news A New Era of AI-Driven airborne geophysics: Xcalibur supports presidential initiative to modernise subsurface mapping SEE MORE > Last news Xcalibur Smart Mapping – Commencement of the HeliTEM Survey in India SEE MORE > Last news Xcalibur Smart Mapping and the Geological Survey of Brazil Sign Agreement to Resume Airborne Geophysical Surveys SEE MORE > Last news North East Queensland AusAEM Survey flown by Xcalibur Smart Mapping SEE MORE > Last news Xcalibur Smart Mapping and the Ministry of Water Resources of Kazakhstan Sign MoU to Advance Water Resource Mapping SEE MORE > Last news Airborne Gravity Data Capture and Geoid Modelling SEE MORE > Last news Xcalibur Smart Mapping Partners with Curtin University to Pioneer Aerial Detection Technology for Natural Hydrogen Exploration SEE MORE > Contact us. FILL THE FORM
SHARE This project aims to significantly advance Zambia’s mineral exploration efforts and strengthen the foundations of its mining sector. His Excellency President Hakainde Hichilema attended the event and addressed the critical importance of mineral exploration for Zambia’s economic development. He emphasized that comprehensive mineral mapping is essential for fostering transparent and regulated mining practices, ensuring that the nation’s resources benefit all citizens. Furthermore, the President highlighted the survey’s role in mapping underground water resources, which will support future irrigation projects and contribute to drought mitigation strategies. Lusaka Province Minister, Sheal Mulyata, emphasized the potential of this initiative to uncover Zambia’s mineral wealth across all provinces. Minister Mulyata noted that the data generated by the survey will play a pivotal role in reshaping the mining industry, fostering informed investment, and driving future growth. Xcalibur Smart Mapping’s CEO, Andres Blanco, reaffirmed the company’s commitment to delivering high-quality data through cutting-edge technology, being employed for the first time in Africa. He also highlighted the inclusion of a skills transfer program, designed to equip Zambian professionals with the expertise needed to sustain the project long-term. The Minister of Mines and Minerals Development, Paul Kabuswe, acknowledged the historical significance of this mapping project, noting that it is the most comprehensive mineral survey since 1972. He praised President Hichilema’s leadership and policy direction, which have been instrumental in the realization of this project. This survey represents a crucial step in Zambia’s mineral exploration efforts, with the potential to guide future investments and support resource management strategies nationwide.
This project aims to significantly advance Zambia’s mineral exploration efforts and strengthen the foundations of its mining sector. His Excellency President Hakainde Hichilema attended the event and addressed the critical importance of mineral exploration for Zambia’s economic development. He emphasized that comprehensive mineral mapping is essential for fostering transparent and regulated mining practices, ensuring that the nation’s resources benefit all citizens. Furthermore, the President highlighted the survey’s role in mapping underground water resources, which will support future irrigation projects and contribute to drought mitigation strategies. Lusaka Province Minister, Sheal Mulyata, emphasized the potential of this initiative to uncover Zambia’s mineral wealth across all provinces. Minister Mulyata noted that the data generated by the survey will play a pivotal role in reshaping the mining industry, fostering informed investment, and driving future growth. Xcalibur Smart Mapping’s CEO, Andres Blanco, reaffirmed the company’s commitment to delivering high-quality data through cutting-edge technology, being employed for the first time in Africa. He also highlighted the inclusion of a skills transfer program, designed to equip Zambian professionals with the expertise needed to sustain the project long-term. The Minister of Mines and Minerals Development, Paul Kabuswe, acknowledged the historical significance of this mapping project, noting that it is the most comprehensive mineral survey since 1972. He praised President Hichilema’s leadership and policy direction, which have been instrumental in the realization of this project. This survey represents a crucial step in Zambia’s mineral exploration efforts, with the potential to guide future investments and support resource management strategies nationwide.
Home News Airborne Gravity Data Capture and Geoid Modelling Last news 5 MIN. READ Harnessing the efficiency of airborne geophysical technology to accurately model height reference surfaces based on the Earth’s gravity field SHARE What is a Geoid Model? A geoid is a model of the Earth’s surface that reflects mean sea level on shore and corresponds to a flat and level surface within the Earth’s gravity field. This “flat” level surface is used alongside GNSS (Global Navigation Satellite Systems) coordinated height data to determine precise physical heights, providing essential context for elevation data across various applications. The geoid can be thought of as the physical reference surface from which physically meaningful elevations can be measured. Applications of Geoid Models Geoid models are critical a critical component of positioning infrastructure, with applications which include: Surveying and Mapping: They enable efficent GNSS height measurements, for engineering and construction projects. Flood Risk Assessments: They underpin analysis determining water flow patterns and coastal inundation modelling. National Height Datum: They facilitate a unifies reference surface for measuring hights across a country, critical for infrastructure development and geographic data consistency. Critical National Positioning Infrastructure: The support geodetic and GNSS networks, vital for navigation, transportation, and land management. Our Services: Data Capture and Geoid Modelling We offer airborne gravity surveys specifically tailored for geoid modelling and data processing services to deliver geoid models that meet the highest standards. Using our proprietary iCorus-iX scalar gravimeter, we capture gravity data suitable for cm level accurate geoid modelling from the air, allowing for seamless and efficient data capture over large and otherwise inaccessible areas. Data Capture Process Scalar Absolute Gravimetry: We use the iCorus-iX gravimeter to measure gravity anomalies at a 3 km spatial resolution. The system provides high accuracy, with gravity anomalies accurate to within 1-2 mGal. Survey Design: Flights are conducted at tailored altitudes and line spacings to ensure full coverage of the area. Depending on terrain and specific project needs, we adjust flight parameters for optimal downstream geoid modelling. Data Processing and Modelling After data capture, we process the collected data through several key steps: Gravity Anomalies: We reduce the gravity data to anomalies on a line-by-line basis, applying time domain filters to remove any artifacts associated with system dynamics during data capture. Least Squares Collocation: This method is used to interpolate gravity anomaly data in three dimensions onto regular grids at the topographic surface, as well as directly model the disturbing potential from scalar gravity anomalies. Transformation of Potential into a Reference Surface: The final transformation from potential into the reference surface is tailored to meet the client’s specific needs—whether producing a quasi-geoid by applying Bruns’ equation directly or applying additional topographic compensations (e.g., the Poincaré-Prey approach) to generate a true geoid. Uncertainty Quantification: Uncertainty is propagated through the least squares collocation method and final transformations, providing estimates of accuracy for both the gravity anomalies and the resulting geoid model. Processing Methods Gravity Anomalies and Interpolation: Gravity anomalies are processed at flight altitudes, then interpolated into regular grids as per client specifications. The anomalies are processed specifically for geoid modelling, e.g. using orthometric heights during the reductions. The interpolation includes a downward continuation of the gravity data to the surface of the topography. Data fusion: Additional data sources can be ingested during the interpolation phase using Least Squares Collocation to augment the airborne data with any existing high-fidelity gravity data coverage, or GNSS-levelled heights. Remove-Compute-Restore Scheme: To ensure high precision in the long wavelengths, we use global spherical harmonic models (e.g., EGM2008) to adjust for large-scale gravity variations, allowing us to focus on the finer details of the local gravity field. Why Choose Us? Our expertise in airborne geophysics and geoid modelling ensures that you receive the most accurate, reliable, and timely data for your project. Whether it’s national-scale surveys or specialized local models, our team is equipped to meet the most rigorous requirements. < SEE PREVIOUS NEW SEE NEXT NEW > < > Related news Last news Kazakhstan Chamber of Mines Participated in the 2nd International Mining and Metallurgy Forum in Tajikistan SEE MORE > Last news Pre-UNGA Week: Xcalibur Smart Mapping at the First COP30 Event in Madrid SEE MORE > Last news A New Era of AI-Driven airborne geophysics: Xcalibur supports presidential initiative to modernise subsurface mapping SEE MORE > Last news Xcalibur Smart Mapping – Commencement of the HeliTEM Survey in India SEE MORE > Last news Xcalibur Smart Mapping and the Geological Survey of Brazil Sign Agreement to Resume Airborne Geophysical Surveys SEE MORE > Last news North East Queensland AusAEM Survey flown by Xcalibur Smart Mapping SEE MORE > Last news Xcalibur Smart Mapping and the Ministry of Water Resources of Kazakhstan Sign MoU to Advance Water Resource Mapping SEE MORE > Last news Official Launch of Zambia’s High-Resolution Aerial Geophysical Survey Project SEE MORE > Last news Xcalibur Smart Mapping Partners with Curtin University to Pioneer Aerial Detection Technology for Natural Hydrogen Exploration SEE MORE > Contact us. FILL THE FORM
SHARE What is a Geoid Model? A geoid is a model of the Earth’s surface that reflects mean sea level on shore and corresponds to a flat and level surface within the Earth’s gravity field. This “flat” level surface is used alongside GNSS (Global Navigation Satellite Systems) coordinated height data to determine precise physical heights, providing essential context for elevation data across various applications. The geoid can be thought of as the physical reference surface from which physically meaningful elevations can be measured. Applications of Geoid Models Geoid models are critical a critical component of positioning infrastructure, with applications which include: Surveying and Mapping: They enable efficent GNSS height measurements, for engineering and construction projects. Flood Risk Assessments: They underpin analysis determining water flow patterns and coastal inundation modelling. National Height Datum: They facilitate a unifies reference surface for measuring hights across a country, critical for infrastructure development and geographic data consistency. Critical National Positioning Infrastructure: The support geodetic and GNSS networks, vital for navigation, transportation, and land management. Our Services: Data Capture and Geoid Modelling We offer airborne gravity surveys specifically tailored for geoid modelling and data processing services to deliver geoid models that meet the highest standards. Using our proprietary iCorus-iX scalar gravimeter, we capture gravity data suitable for cm level accurate geoid modelling from the air, allowing for seamless and efficient data capture over large and otherwise inaccessible areas. Data Capture Process Scalar Absolute Gravimetry: We use the iCorus-iX gravimeter to measure gravity anomalies at a 3 km spatial resolution. The system provides high accuracy, with gravity anomalies accurate to within 1-2 mGal. Survey Design: Flights are conducted at tailored altitudes and line spacings to ensure full coverage of the area. Depending on terrain and specific project needs, we adjust flight parameters for optimal downstream geoid modelling. Data Processing and Modelling After data capture, we process the collected data through several key steps: Gravity Anomalies: We reduce the gravity data to anomalies on a line-by-line basis, applying time domain filters to remove any artifacts associated with system dynamics during data capture. Least Squares Collocation: This method is used to interpolate gravity anomaly data in three dimensions onto regular grids at the topographic surface, as well as directly model the disturbing potential from scalar gravity anomalies. Transformation of Potential into a Reference Surface: The final transformation from potential into the reference surface is tailored to meet the client’s specific needs—whether producing a quasi-geoid by applying Bruns’ equation directly or applying additional topographic compensations (e.g., the Poincaré-Prey approach) to generate a true geoid. Uncertainty Quantification: Uncertainty is propagated through the least squares collocation method and final transformations, providing estimates of accuracy for both the gravity anomalies and the resulting geoid model. Processing Methods Gravity Anomalies and Interpolation: Gravity anomalies are processed at flight altitudes, then interpolated into regular grids as per client specifications. The anomalies are processed specifically for geoid modelling, e.g. using orthometric heights during the reductions. The interpolation includes a downward continuation of the gravity data to the surface of the topography. Data fusion: Additional data sources can be ingested during the interpolation phase using Least Squares Collocation to augment the airborne data with any existing high-fidelity gravity data coverage, or GNSS-levelled heights. Remove-Compute-Restore Scheme: To ensure high precision in the long wavelengths, we use global spherical harmonic models (e.g., EGM2008) to adjust for large-scale gravity variations, allowing us to focus on the finer details of the local gravity field. Why Choose Us? Our expertise in airborne geophysics and geoid modelling ensures that you receive the most accurate, reliable, and timely data for your project. Whether it’s national-scale surveys or specialized local models, our team is equipped to meet the most rigorous requirements.
What is a Geoid Model? A geoid is a model of the Earth’s surface that reflects mean sea level on shore and corresponds to a flat and level surface within the Earth’s gravity field. This “flat” level surface is used alongside GNSS (Global Navigation Satellite Systems) coordinated height data to determine precise physical heights, providing essential context for elevation data across various applications. The geoid can be thought of as the physical reference surface from which physically meaningful elevations can be measured. Applications of Geoid Models Geoid models are critical a critical component of positioning infrastructure, with applications which include: Surveying and Mapping: They enable efficent GNSS height measurements, for engineering and construction projects. Flood Risk Assessments: They underpin analysis determining water flow patterns and coastal inundation modelling. National Height Datum: They facilitate a unifies reference surface for measuring hights across a country, critical for infrastructure development and geographic data consistency. Critical National Positioning Infrastructure: The support geodetic and GNSS networks, vital for navigation, transportation, and land management. Our Services: Data Capture and Geoid Modelling We offer airborne gravity surveys specifically tailored for geoid modelling and data processing services to deliver geoid models that meet the highest standards. Using our proprietary iCorus-iX scalar gravimeter, we capture gravity data suitable for cm level accurate geoid modelling from the air, allowing for seamless and efficient data capture over large and otherwise inaccessible areas. Data Capture Process Scalar Absolute Gravimetry: We use the iCorus-iX gravimeter to measure gravity anomalies at a 3 km spatial resolution. The system provides high accuracy, with gravity anomalies accurate to within 1-2 mGal. Survey Design: Flights are conducted at tailored altitudes and line spacings to ensure full coverage of the area. Depending on terrain and specific project needs, we adjust flight parameters for optimal downstream geoid modelling. Data Processing and Modelling After data capture, we process the collected data through several key steps: Gravity Anomalies: We reduce the gravity data to anomalies on a line-by-line basis, applying time domain filters to remove any artifacts associated with system dynamics during data capture. Least Squares Collocation: This method is used to interpolate gravity anomaly data in three dimensions onto regular grids at the topographic surface, as well as directly model the disturbing potential from scalar gravity anomalies. Transformation of Potential into a Reference Surface: The final transformation from potential into the reference surface is tailored to meet the client’s specific needs—whether producing a quasi-geoid by applying Bruns’ equation directly or applying additional topographic compensations (e.g., the Poincaré-Prey approach) to generate a true geoid. Uncertainty Quantification: Uncertainty is propagated through the least squares collocation method and final transformations, providing estimates of accuracy for both the gravity anomalies and the resulting geoid model. Processing Methods Gravity Anomalies and Interpolation: Gravity anomalies are processed at flight altitudes, then interpolated into regular grids as per client specifications. The anomalies are processed specifically for geoid modelling, e.g. using orthometric heights during the reductions. The interpolation includes a downward continuation of the gravity data to the surface of the topography. Data fusion: Additional data sources can be ingested during the interpolation phase using Least Squares Collocation to augment the airborne data with any existing high-fidelity gravity data coverage, or GNSS-levelled heights. Remove-Compute-Restore Scheme: To ensure high precision in the long wavelengths, we use global spherical harmonic models (e.g., EGM2008) to adjust for large-scale gravity variations, allowing us to focus on the finer details of the local gravity field. Why Choose Us? Our expertise in airborne geophysics and geoid modelling ensures that you receive the most accurate, reliable, and timely data for your project. Whether it’s national-scale surveys or specialized local models, our team is equipped to meet the most rigorous requirements.
Home News Xcalibur Smart Mapping Partners with Curtin University to Pioneer Aerial Detection Technology for Natural Hydrogen Exploration Last news 2 MIN. READ Xcalibur Smart Mapping Partners with Curtin University to Pioneer Aerial Detection Technology for Natural Hydrogen Exploration SHARE < SEE PREVIOUS NEW SEE NEXT NEW > < > Related news Last news Kazakhstan Chamber of Mines Participated in the 2nd International Mining and Metallurgy Forum in Tajikistan SEE MORE > Last news Pre-UNGA Week: Xcalibur Smart Mapping at the First COP30 Event in Madrid SEE MORE > Last news A New Era of AI-Driven airborne geophysics: Xcalibur supports presidential initiative to modernise subsurface mapping SEE MORE > Last news Xcalibur Smart Mapping – Commencement of the HeliTEM Survey in India SEE MORE > Last news Xcalibur Smart Mapping and the Geological Survey of Brazil Sign Agreement to Resume Airborne Geophysical Surveys SEE MORE > Last news North East Queensland AusAEM Survey flown by Xcalibur Smart Mapping SEE MORE > Last news Xcalibur Smart Mapping and the Ministry of Water Resources of Kazakhstan Sign MoU to Advance Water Resource Mapping SEE MORE > Last news Official Launch of Zambia’s High-Resolution Aerial Geophysical Survey Project SEE MORE > Last news Airborne Gravity Data Capture and Geoid Modelling SEE MORE > Contact us. FILL THE FORM
Home News Xcalibur Smart Mapping to support sustainable mining and natural capital exploration in Bhutan Last news 3 MIN. READ Xcalibur Smart Mapping to support sustainable mining and natural capital exploration in Bhutan SHARE Xcalibur Aviation (Australia) Pty Ltd will map more than 40,000 linear kilometres across the Low Southern Belt and the Thimphu-Paro region in the Kingdom of Bhutan. The results from the project will produce “Bhutan Natural Resource Prospectivity” maps created from newly acquired and already existing data. Xcalibur’s innovative mapping technology, data interpretation, and local training modules will revolutionise mapping and exploration in Bhutan. Xcalibur Smart Mapping, the world’s leading geophysical exploration company, will team up with the Bhutan Department of Geology and Mines (DGM) to revolutionise geophysical data acquisition in the region. The project will involve two helicopter platforms to map more than 40,000 linear kilometres using Xcalibur’s innovative mapping and sensor technology. The airborne survey will also be supported by detailed geophysical interpretation, training from Xcalibur Smart Mapping, and separate field geological mapping, geochemistry, geochronology, resource prospectivity surveys conducted by the Bhutan DGM. This integrated mapping program will produce geological and “Natural Resource Prospectivity” maps at 1:50,000 regional scale. The agreement marks Xcalibur Smart Mapping’s first survey in Bhutan, a country renowned for its rugged terrain topography and vast vegetation. Active tectonics, a fragile geological environment, steep topography and the effects of climate change make Bhutan highly vulnerable to geological hazards such as landslides and earthquakes. In this context, the acquired data can also be used to support valuable hazard mapping improvements and solutions. Crucially, the agreement will also cover the development of training programs to enhance local expertise in mapping and geophysical exploration. As Xcalibur Smart Mapping continues to pioneer advancements in geophysical exploration, this collaboration underscores its commitment to reshaping the future of sustainable exploration, mining and resource discovery. Miss Dawa (Geologist, Department of Geology and Mines), David Abbott (Xcalibur), Bart Anderson (Xcalibur), Dasho Karma Tshering (Honourable Secretary, Ministry of Energy and Natural Resources), Mr. Phuntsho Namgyal (Director, Department of Geology and Mines) , Miss. Kuenzang Choden (Senior Geologist, Department of Geology and Mines) < SEE PREVIOUS NEW SEE NEXT NEW > < > Related news Last news Kazakhstan Chamber of Mines Participated in the 2nd International Mining and Metallurgy Forum in Tajikistan SEE MORE > Last news Pre-UNGA Week: Xcalibur Smart Mapping at the First COP30 Event in Madrid SEE MORE > Last news A New Era of AI-Driven airborne geophysics: Xcalibur supports presidential initiative to modernise subsurface mapping SEE MORE > Last news Xcalibur Smart Mapping – Commencement of the HeliTEM Survey in India SEE MORE > Last news Xcalibur Smart Mapping and the Geological Survey of Brazil Sign Agreement to Resume Airborne Geophysical Surveys SEE MORE > Last news North East Queensland AusAEM Survey flown by Xcalibur Smart Mapping SEE MORE > Last news Xcalibur Smart Mapping and the Ministry of Water Resources of Kazakhstan Sign MoU to Advance Water Resource Mapping SEE MORE > Last news Official Launch of Zambia’s High-Resolution Aerial Geophysical Survey Project SEE MORE > Last news Airborne Gravity Data Capture and Geoid Modelling SEE MORE > Contact us. FILL THE FORM
SHARE Xcalibur Aviation (Australia) Pty Ltd will map more than 40,000 linear kilometres across the Low Southern Belt and the Thimphu-Paro region in the Kingdom of Bhutan. The results from the project will produce “Bhutan Natural Resource Prospectivity” maps created from newly acquired and already existing data. Xcalibur’s innovative mapping technology, data interpretation, and local training modules will revolutionise mapping and exploration in Bhutan. Xcalibur Smart Mapping, the world’s leading geophysical exploration company, will team up with the Bhutan Department of Geology and Mines (DGM) to revolutionise geophysical data acquisition in the region. The project will involve two helicopter platforms to map more than 40,000 linear kilometres using Xcalibur’s innovative mapping and sensor technology. The airborne survey will also be supported by detailed geophysical interpretation, training from Xcalibur Smart Mapping, and separate field geological mapping, geochemistry, geochronology, resource prospectivity surveys conducted by the Bhutan DGM. This integrated mapping program will produce geological and “Natural Resource Prospectivity” maps at 1:50,000 regional scale. The agreement marks Xcalibur Smart Mapping’s first survey in Bhutan, a country renowned for its rugged terrain topography and vast vegetation. Active tectonics, a fragile geological environment, steep topography and the effects of climate change make Bhutan highly vulnerable to geological hazards such as landslides and earthquakes. In this context, the acquired data can also be used to support valuable hazard mapping improvements and solutions. Crucially, the agreement will also cover the development of training programs to enhance local expertise in mapping and geophysical exploration. As Xcalibur Smart Mapping continues to pioneer advancements in geophysical exploration, this collaboration underscores its commitment to reshaping the future of sustainable exploration, mining and resource discovery. Miss Dawa (Geologist, Department of Geology and Mines), David Abbott (Xcalibur), Bart Anderson (Xcalibur), Dasho Karma Tshering (Honourable Secretary, Ministry of Energy and Natural Resources), Mr. Phuntsho Namgyal (Director, Department of Geology and Mines) , Miss. Kuenzang Choden (Senior Geologist, Department of Geology and Mines)
Xcalibur Aviation (Australia) Pty Ltd will map more than 40,000 linear kilometres across the Low Southern Belt and the Thimphu-Paro region in the Kingdom of Bhutan. The results from the project will produce “Bhutan Natural Resource Prospectivity” maps created from newly acquired and already existing data. Xcalibur’s innovative mapping technology, data interpretation, and local training modules will revolutionise mapping and exploration in Bhutan. Xcalibur Smart Mapping, the world’s leading geophysical exploration company, will team up with the Bhutan Department of Geology and Mines (DGM) to revolutionise geophysical data acquisition in the region. The project will involve two helicopter platforms to map more than 40,000 linear kilometres using Xcalibur’s innovative mapping and sensor technology. The airborne survey will also be supported by detailed geophysical interpretation, training from Xcalibur Smart Mapping, and separate field geological mapping, geochemistry, geochronology, resource prospectivity surveys conducted by the Bhutan DGM. This integrated mapping program will produce geological and “Natural Resource Prospectivity” maps at 1:50,000 regional scale. The agreement marks Xcalibur Smart Mapping’s first survey in Bhutan, a country renowned for its rugged terrain topography and vast vegetation. Active tectonics, a fragile geological environment, steep topography and the effects of climate change make Bhutan highly vulnerable to geological hazards such as landslides and earthquakes. In this context, the acquired data can also be used to support valuable hazard mapping improvements and solutions. Crucially, the agreement will also cover the development of training programs to enhance local expertise in mapping and geophysical exploration. As Xcalibur Smart Mapping continues to pioneer advancements in geophysical exploration, this collaboration underscores its commitment to reshaping the future of sustainable exploration, mining and resource discovery. Miss Dawa (Geologist, Department of Geology and Mines), David Abbott (Xcalibur), Bart Anderson (Xcalibur), Dasho Karma Tshering (Honourable Secretary, Ministry of Energy and Natural Resources), Mr. Phuntsho Namgyal (Director, Department of Geology and Mines) , Miss. Kuenzang Choden (Senior Geologist, Department of Geology and Mines)
Home News Technology Driving a Data-Driven Energy Transition Last news 4 MIN. READ Xcalibur Smart Mapping has been awarded in the Resources and Energy category at this year’s Australian Export Awards. SHARE We have been awarded in the Resources and Energy category at this year’s Australian Export Awards and very grateful especially in a record-breaking year with 105 entries from 48 different companies. This recognition highlights the vital role Xcalibur Smart Mapping plays in supporting countries through airborne exploration for data-driven decisions for the energy transition, which is essential for sustainable national development. At Xcalibur Smart Mapping, we provide cutting-edge Airborne geophysical data acquisition technologies that enable countries and industries to make informed decisions about their energy future. Our technology allows us to gather critical data from vast areas, which is then analyzed and managed to provide clear insights for optimizing resource use and planning energy strategies. In a world that is rapidly transitioning towards renewable energy, making decisions based on high-quality data is essential. Our airborne data acquisition, followed by rigorous analysis, ensures that governments, energy providers, and industries have access to the information they need to effectively manage resources and plan for sustainable energy solutions. This award acknowledges the importance of the work we do in enabling this crucial transition. A Milestone in a Record Year Receiving this recognition in a year with the highest number of applications in the history of the Australian Export Awards makes this achievement particularly significant. As global demand for sustainable energy solutions continues to grow, Xcalibur’s ability to provide actionable insights through advanced data acquisition and analysis is more crucial than ever. Our airborne technologies** not only help identify critical minerals essential for renewable energy technologies like electric vehicle batteries and solar panels, but they also assist in efficiently managing resources, contributing to more sustainable development. This award reflects the essential role we play in this global challenge, and we are thankful for the recognition. Next Stop: National Title and Exporter of the Year As we celebrate this achievement, we are looking ahead to the next step in our journey. Our next stop is the Western Australian Export Awards 2024 Gala Dinner and then onto Canberra this November, where we will compete for the National Title in our category as well as the prestigious Australian Exporter of the Year Award. Empowering Global Energy Solutions At Xcalibur Smart Mapping, with a strong ESG commitment, we contribute to the global transition towards more sustainable energy solutions. Our technology supports countries in their efforts to manage resources more effectively, paving the way for a cleaner, data-driven future. This award reaffirms the importance of our work and the key role that airborne data acquisition, analysis, and management, plays in ensuring successful energy transitions. We believe that the future of energy is deeply rooted in innovation and strategic, data-driven planning. By equipping countries and businesses with the insights they need to make informed decisions, we are helping them take meaningful steps toward a more sustainable future. Once again, we are grateful for the recognition from the Australian Export Awards, and we look forward to continuing our journey of innovation, sustainability, and global impact. < SEE PREVIOUS NEW SEE NEXT NEW > < > Related news Last news Kazakhstan Chamber of Mines Participated in the 2nd International Mining and Metallurgy Forum in Tajikistan SEE MORE > Last news Pre-UNGA Week: Xcalibur Smart Mapping at the First COP30 Event in Madrid SEE MORE > Last news A New Era of AI-Driven airborne geophysics: Xcalibur supports presidential initiative to modernise subsurface mapping SEE MORE > Last news Xcalibur Smart Mapping – Commencement of the HeliTEM Survey in India SEE MORE > Last news Xcalibur Smart Mapping and the Geological Survey of Brazil Sign Agreement to Resume Airborne Geophysical Surveys SEE MORE > Last news North East Queensland AusAEM Survey flown by Xcalibur Smart Mapping SEE MORE > Last news Xcalibur Smart Mapping and the Ministry of Water Resources of Kazakhstan Sign MoU to Advance Water Resource Mapping SEE MORE > Last news Official Launch of Zambia’s High-Resolution Aerial Geophysical Survey Project SEE MORE > Last news Airborne Gravity Data Capture and Geoid Modelling SEE MORE > Contact us. FILL THE FORM
SHARE We have been awarded in the Resources and Energy category at this year’s Australian Export Awards and very grateful especially in a record-breaking year with 105 entries from 48 different companies. This recognition highlights the vital role Xcalibur Smart Mapping plays in supporting countries through airborne exploration for data-driven decisions for the energy transition, which is essential for sustainable national development. At Xcalibur Smart Mapping, we provide cutting-edge Airborne geophysical data acquisition technologies that enable countries and industries to make informed decisions about their energy future. Our technology allows us to gather critical data from vast areas, which is then analyzed and managed to provide clear insights for optimizing resource use and planning energy strategies. In a world that is rapidly transitioning towards renewable energy, making decisions based on high-quality data is essential. Our airborne data acquisition, followed by rigorous analysis, ensures that governments, energy providers, and industries have access to the information they need to effectively manage resources and plan for sustainable energy solutions. This award acknowledges the importance of the work we do in enabling this crucial transition. A Milestone in a Record Year Receiving this recognition in a year with the highest number of applications in the history of the Australian Export Awards makes this achievement particularly significant. As global demand for sustainable energy solutions continues to grow, Xcalibur’s ability to provide actionable insights through advanced data acquisition and analysis is more crucial than ever. Our airborne technologies** not only help identify critical minerals essential for renewable energy technologies like electric vehicle batteries and solar panels, but they also assist in efficiently managing resources, contributing to more sustainable development. This award reflects the essential role we play in this global challenge, and we are thankful for the recognition. Next Stop: National Title and Exporter of the Year As we celebrate this achievement, we are looking ahead to the next step in our journey. Our next stop is the Western Australian Export Awards 2024 Gala Dinner and then onto Canberra this November, where we will compete for the National Title in our category as well as the prestigious Australian Exporter of the Year Award. Empowering Global Energy Solutions At Xcalibur Smart Mapping, with a strong ESG commitment, we contribute to the global transition towards more sustainable energy solutions. Our technology supports countries in their efforts to manage resources more effectively, paving the way for a cleaner, data-driven future. This award reaffirms the importance of our work and the key role that airborne data acquisition, analysis, and management, plays in ensuring successful energy transitions. We believe that the future of energy is deeply rooted in innovation and strategic, data-driven planning. By equipping countries and businesses with the insights they need to make informed decisions, we are helping them take meaningful steps toward a more sustainable future. Once again, we are grateful for the recognition from the Australian Export Awards, and we look forward to continuing our journey of innovation, sustainability, and global impact.
We have been awarded in the Resources and Energy category at this year’s Australian Export Awards and very grateful especially in a record-breaking year with 105 entries from 48 different companies. This recognition highlights the vital role Xcalibur Smart Mapping plays in supporting countries through airborne exploration for data-driven decisions for the energy transition, which is essential for sustainable national development. At Xcalibur Smart Mapping, we provide cutting-edge Airborne geophysical data acquisition technologies that enable countries and industries to make informed decisions about their energy future. Our technology allows us to gather critical data from vast areas, which is then analyzed and managed to provide clear insights for optimizing resource use and planning energy strategies. In a world that is rapidly transitioning towards renewable energy, making decisions based on high-quality data is essential. Our airborne data acquisition, followed by rigorous analysis, ensures that governments, energy providers, and industries have access to the information they need to effectively manage resources and plan for sustainable energy solutions. This award acknowledges the importance of the work we do in enabling this crucial transition. A Milestone in a Record Year Receiving this recognition in a year with the highest number of applications in the history of the Australian Export Awards makes this achievement particularly significant. As global demand for sustainable energy solutions continues to grow, Xcalibur’s ability to provide actionable insights through advanced data acquisition and analysis is more crucial than ever. Our airborne technologies** not only help identify critical minerals essential for renewable energy technologies like electric vehicle batteries and solar panels, but they also assist in efficiently managing resources, contributing to more sustainable development. This award reflects the essential role we play in this global challenge, and we are thankful for the recognition. Next Stop: National Title and Exporter of the Year As we celebrate this achievement, we are looking ahead to the next step in our journey. Our next stop is the Western Australian Export Awards 2024 Gala Dinner and then onto Canberra this November, where we will compete for the National Title in our category as well as the prestigious Australian Exporter of the Year Award. Empowering Global Energy Solutions At Xcalibur Smart Mapping, with a strong ESG commitment, we contribute to the global transition towards more sustainable energy solutions. Our technology supports countries in their efforts to manage resources more effectively, paving the way for a cleaner, data-driven future. This award reaffirms the importance of our work and the key role that airborne data acquisition, analysis, and management, plays in ensuring successful energy transitions. We believe that the future of energy is deeply rooted in innovation and strategic, data-driven planning. By equipping countries and businesses with the insights they need to make informed decisions, we are helping them take meaningful steps toward a more sustainable future. Once again, we are grateful for the recognition from the Australian Export Awards, and we look forward to continuing our journey of innovation, sustainability, and global impact.