PUBLIC CDR RESOURCE SURVEYS AND ATLASES

Public CDR resource surveys establish where suitable materials and storage resources may be available, then make the findings accessible to developers and planners. A government, research institution, industry association or foundation commissions teams to investigate biomass supply, reactive minerals, industrial residues or geological formations and publish maps with the supporting data. The assessment shows quantities and quality alongside competing uses, transport needs and environmental constraints. Developers can use it to compare locations and choose which require detailed investigation; authorities can use it to plan infrastructure and resource licensing. Sharing the evidence reduces repeated early research across projects. A published resource estimate gives neither ownership nor a right to use the material, land or underground space.

The commissioning body should decide which practical questions the survey must answer before gathering data. Estimates need to separate total physical resources from quantities that could actually be used under stated technical, economic and environmental conditions. Biomass studies should account for existing uses, seasonality, collection losses and residues needed to protect soils. Mineral and industrial-residue studies should test composition, contamination and processing needs. Geological studies should assess reservoir quality and containment using existing well records and seismic surveys, which use sound waves to map rock structures, with new fieldwork where records are inadequate. Across these resources, maps should show transport, energy, water and land-rights constraints. Methods, uncertainty and useful underlying data should be published under clear data-sharing terms, with a named institution funded to update them.

Reliable shared resource information helps developers reject unsuitable locations before committing to expensive exploration, plant design or supply negotiations. A biomass assessment can reveal whether a planned biochar plant has enough suitable feedstock after existing users and soil protection are considered. Geological maps can identify formations worth testing, while mineral and residue data can show whether local materials need costly treatment. Reusing public records reduces duplicated investigation and lets smaller developers draw on evidence they could not readily commission alone. Authorities can also compare proposed projects against the same resource assumptions when planning infrastructure or licensing areas. Published methods and uncertainty allow independent experts and communities to scrutinise those assumptions. More credible site and scale choices can reduce wasted investment, although each project still needs its own technical checks, permissions and sourcing agreements.

A large headline resource estimate can be mistaken for supply that is available now. Total biomass growth does not show how much can be harvested sustainably, and underground pore space does not establish permitted injection capacity. Stale data or assumptions that ignore other users can therefore lead projects to compete for the same inputs, encourage overharvesting or leave infrastructure dependent on unsuitable sites. The assessment can also favour incumbents if publicly funded evidence is withheld from others. Conversely, releasing confidential commercial records or sensitive information about customary land use without permission can harm data providers and communities. Clear distinctions between estimated and verified resources, transparent assumptions and controlled treatment of sensitive information are necessary for a useful public assessment.

The commissioning body should ask whether developers and authorities use the assessment to change site selection, project scale, sourcing or infrastructure plans. Later investigations should be compared with the published estimates, including sites rejected after testing and feedstock supplies that proved too costly or unavailable. Actual samples, seasonal deliveries and storage tests reveal whether the methods predict usable resources. Independent experts should review repeated discrepancies and recommend revised assumptions or further surveys. Downloads show whether information is accessed; documented changes to project and planning decisions provide stronger evidence that the service is useful.

Survey teams should obtain existing records from geological, forestry, agricultural, mineral and waste authorities and agree what can be released. Material suppliers and current users can test estimates of supply, competing demand and collection costs. Developers and infrastructure planners should identify the data they need to compare locations, while regulators explain the additional evidence required for permits. Independent specialists should review methods and uncertainty. Landholders, communities and Indigenous or customary-rights holders should identify access restrictions and information that needs protection. Their contribution to a survey must not be treated as agreement to a future project.

National and regional survey agencies can commission fieldwork and publish assessments under their geological, forestry or resource-management mandates. Municipal authorities can assess local material and waste streams. International and supranational bodies can commission shared research and datasets across jurisdictions. Industry associations and philanthropic organisations can contract research teams and publish open assessments for wider use.