Tag: water resources

By Bart Anderson, Managing Director of Australia & Asia, Xcalibur Smart Mapping

Global energy and digital transition are advancing at an unprecedented pace. However, beneath this momentum lies a critical vulnerability: the growing dependence on copper. This metal, essential for electric vehicles, renewable energy, smart grids, and data centres, threatens to become a bottleneck for the world’s climate and technological goals.

According to the United Nations Conference on Trade and Development (UNCTAD), copper is no longer just a raw material: it is a pillar of decarbonisation. Global demand is expected to rise by more than 40% by 2040. To meet the needs up until 2030 alone, more than $250 billion in investments and at least 80 new mining projects will be required. This is not a distant projection: it is an urgent warning.

The current supply is not prepared to sustain the scale or speed of the transformation that is already underway.

Copper production faces persistent challenges: the depletion of deposits, falling ore grades, delays in project approvals, increasing socio-environmental demands, and an ever more complex geopolitical landscape. Even if new projects were started today, it could take 15 to 25 years for them to come online, which is clearly insufficient to meet short-term demand.

Although the Asia-Pacific region will play a key role in this context, as a major consumer and producer, this is truly a global challenge. The copper deficit affects governments, industries, and communities across all continents, demanding a coordinated, multi-sectoral response.

At Xcalibur Smart Mapping, we believe that the future of copper depends not just on extraction, but on early-stage intelligence. Through our advanced airborne geophysical exploration systems, we help identify and delineate mineral-rich zones faster, more efficiently, and minimise biodiversity impact. Our technologies allow countries and companies to access reliable, large-scale geological data that accelerate decisions, reduce uncertainty, and direct investment where it matters most.

In a scenario where every year counts, airborne mapping offers a decisive time advantage. It helps governments build modern geological baselines, diversify their supply sources, and reduce dependency on vulnerable import chains. For countries with untapped mineral potential, this is not just a tool—it is a gateway to opportunity.
The copper deficit should not be approached as a technical or sectoral issue. It is a systemic risk with direct implications for climate commitments, digital infrastructure, and industrial development in the coming decades.

To tackle this, concrete actions are required:

• Review regulatory frameworks to accelerate sustainable projects without compromising environmental standards.
• Mobilise international funding to support exploration and production in regions with untapped potential.
• Foster geological data exchange between countries to speed up discoveries.
• Promote strategic reserves and recycling where feasible, to reduce pressure on primary mining.

These measures demand multilateral cooperation and long-term planning, something that has historically been scarce in global resource governance. But copper is not just another resource: without it, there is no viable energy transition.

The copper shortage is not a regional dilemma. It is a global crossroads. Every country with climate goals, every economy investing in digital infrastructure, and every company investing in clean technologies has a direct stake in how the world faces this situation.

We must act quickly and collectively. Strategic investment, smart regulation, and science-based exploration are essential elements, not optional, to closing the supply gap.

The world’s energy future will, to a large extent, depend on our ability to ensure a stable, diversified, and sustainable copper supply.

Copper is no longer just a metal. It is the backbone of our energy future.

• This joint communique aims to protect and model one of Kazakhstan’s most strategic groundwater reserves.
• Xcalibur Smart Mapping’s geospatial technologies and airborne geophysics enable data-driven groundwater management and resilience.

Xcalibur Smart Mapping has signed a joint communique with the Ministry of Water Resources and Irrigation of the Republic of Kazakhstan to carry out geological and hydrogeological research at Kokzhide groundwater deposit in Western Kazakhstan. The aim is to determine the nature of groundwater pollution at the field and to perform other necessary studies, such as electromagnetic surveys for hydrogeological modelling of the deposit. The agreement was formalised by N.Zh. Aldamzharov, Vice-Minister of Water Resources and Irrigation of the Republic of Kazakhstan, and Víctor González, Vice-President of Country Mapping at Xcalibur Smart Mapping.

The joint communique was signed at the meeting of the Coordination Council of Partners for Water Sector Development of the Republic of Kazakhstan, held in Astana, and confirmed the mutual commitment of both parties to deepen partnerships and develop joint initiatives in this strategic sector.

The implementation of projects under this framework will enable the construction of a comprehensive hydrogeological model, improve aquifer monitoring, and help prevent the depletion and pollution of groundwater resources. These efforts will contribute to the sustainable and rational use of underground water sources in Kazakhstan.

“The issue of ensuring access to drinking water in the western regions remains under the special oversight of the Ministry. However, for the effective and high-quality implementation of the project, it is essential to carry out a comprehensive study of the ‘Kokzhide’ deposit, mitigate the risk of water contamination, and prevent any adverse impact on the local ecosystem. At present, this constitutes a key priority,” said N.Zh. Aldamzharov.

“The Kokzhide groundwater deposit is one of the largest and most strategically important underground freshwater sources in Western Kazakhstan. It plays a vital role in supplying water to the region’s population, industry, and agriculture, making its sustainable management crucial for long-term water security. It is a great honor for Xcalibur Smart Mapping to contribute to such a critical project, supporting Kazakhstan’s efforts in sustainable water resource management through advanced geophysical technologies,” said Víctor González.

In recent years, the Kokzhide deposit has gained significance in Kazakhstan’s broader water security strategy, due to the increasing water demand driven by climate change and economic development. Kokzhide is crucial not only as a natural resource but also as an example of how to integrate environmental protection, technological innovation, and sustainable groundwater management.

Kazakhstan, with unevenly distributed water resources, faces challenges in ensuring sustainable access to groundwater due to climate change and rising industrial demand. Advanced mapping techniques are essential for ensuring long-term water resilience, supporting agriculture, urban planning, and ecosystem conservation.

This Communique reflects a shared commitment to scientific collaboration and sustainable resource management. Through the use of airborne geophysics and state-of-the-art geospatial tools, both parties aim to improve the understanding of Kazakhstan’s groundwater systems. The agreement lays the foundation for data-driven policymaking and the responsible use of the country’s groundwater resources.