Mining liabilities with economic value
We evaluate tailings, dumps, stockpiles and secondary materials to identify recoverable gold, silver, copper, antimony, tungsten, zinc, manganese and other critical metals.
GOLDTECH RECLAIM integrates metallurgical experience, process engineering, environmental focus and international technical cooperation to transform tailings, stockpiles, ashes, black mass and complex residues into measurable, scalable and financeable industrial projects. We have technical cooperation agreements with BGRIMM and LANSHENTEC in China, and with UROMET in London.
About us
Goldtech Reclaim was created within Goldtech Group to develop, validate and operate metal recovery solutions from materials historically considered waste. Our approach combines geological diagnosis, applied metallurgy, modular engineering, pilot validation, international technical cooperation and project structuring.
We evaluate tailings, dumps, stockpiles and secondary materials to identify recoverable gold, silver, copper, antimony, tungsten, zinc, manganese and other critical metals.
We work from inspection, sampling and bench tests through conceptual engineering, pilot work, CAPEX/OPEX, technical RFQs, modular construction, commissioning and operation.
The objective is not only to recover metals: we aim to reduce environmental risks, stabilize materials, improve traceability and convert a liability into a technically and financially viable solution.
International technical cooperation
GOLDTECH RECLAIM has technical cooperation agreements with BGRIMM in China, LANSHENTEC in China and UROMET in London. This network strengthens our capacity for design, validation, technology supply, commercial structuring and access to highly experienced groups in the global market.
Technical cooperation focused on metallurgical engineering, mineral processing, plant design, equipment, process validation and industrial scale-up for tailings, stockpiles and complex residues.
Access to modern adsorption, resin, selective separation and hydrometallurgical technologies applicable to precious metals, critical metals, lithium, copper and complex industrial matrices.
Technical and commercial cooperation from London to structure operations, offtake, purchase and sale of concentrates, metals and by-products, with financial perspective and global trading networks.
Development model
Our methodology reduces technical risk before major investment commitments. Each project is validated by stages, with metallurgical balances, environmental criteria and site-adapted operating design.
Historical review, location, access, legal status, geological background, visible liabilities and environmental risks.
Campaign design, volume estimation, particle size, chemistry, mineralogy and representative composite definition.
Leaching, oxidation, separation, precipitation, resins, EW or combined routes depending on the matrix.
Flowsheet, layout, equipment list, utilities, automation, CAPEX/OPEX and supplier RFQs.
Pilot plant validation, scale-up, EPCM/O&M contracts, production, refining and commercialization.
Proprietary technology
A technology platform developed by Goldtech to apply selective hydrometallurgical routes to complex matrices, focused on metals recovery, lower environmental impact and modular scale-up. TecnoLeach™ is complemented by our international technical network to accelerate validation, engineering and equipment selection.
Regional potential
The Goldtech Reclaim program identifies historical districts, environmental liabilities, tailings, dumps, stockpiles and industrial residues where recoverable economic value may exist alongside a concrete remediation opportunity.
These targets form an initial base for technical evaluation of mining liabilities, tailings, dumps, stockpiles and low-grade materials. Each district requires legal review, volume estimation, sampling, chemistry, mineralogy, metallurgical testing and a specific environmental matrix.
Gold and silver tailings with potential for modular processing and complementary refining.
Historical tailings with Au/Ag potential and critical by-product evaluation.
Historical mine for tailings, dumps, volume and shallow sampling survey.
Environmental and metallurgical evaluation target linked to historical mining liabilities.
Silver and polymetallic district with opportunities in tailings and stockpiles.
Potential in silver-bearing, polymetallic and processing residue materials.
Historical gold district with possible tailings, dumps and low-grade ore.
Polymetallic liabilities with Au/Ag, base metals and remediation analysis.
Patagonian gold-silver project with recovery and reprocessing scenarios.
Highly relevant historical district for liabilities review and metallurgical potential.
Historical mining area with potential in residues, dumps and oxidized materials.
Target for liability inventory, sampling and Au/Ag recovery testing.
District with gold background and potential to evaluate marginal materials.
Historical area for tailings, dumps and polymetallic value assessment.
Historical gold district with potential for liability evaluation and remediation.
Mexico Potential
Mexico combines historical mining districts, industrial logistics, trade access and availability of residues of high interest for Goldtech Reclaim.
Bolivia Potential
Bolivia is a natural field for Reclaim projects due to its mining history, polymetallic districts and availability of materials with recoverable value.
Central America Potential
Central America represents a regional portfolio to recover value from mining liabilities and improve environmental conditions in small and medium-scale mining districts.
Project portfolio
The portfolio combines precious metal and polymetallic tailings, industrial residues, black mass and complex ashes. Each card can become an individual project page with videos, maps, technical reports and environmental annexes.
Reprocessing of gold and silver tailings using a 120 t/day modular plant with chlorinating oxidation, acidic leaching, aluminum precipitation and complementary refining.
Research on historical tailings with gold, silver and critical by-product potential under an international-style matrix for geology, environment, volume, sampling and risks.
Evaluation model for polymetallic tailings and stockpiles, searching for value in base, precious and critical metals present in historical mining districts.
Technical survey of abandoned mines and related deposits focused on volumetrics, shallow sampling, environmental risks and metallurgical test definition.
Analysis of mining liabilities and polymetallic reprocessing potential with remediation, selective recovery and environmental risk reduction criteria.
Review of silver and polymetallic districts to identify opportunities in tailings, dumps, stockpiles and low-grade materials.
Conceptual application of TecnoLeach™ to complex ashes and residues with gold, silver and copper potential, integrating remediation and industrial valorization criteria.
Route development for zinc, manganese and by-product recovery from secondary materials, focused on modular plants and lower reagent consumption.
Development line for sourcing, pretreatment and processing of spent catalysts and industrial residues containing molybdenum, nickel, tungsten and vanadium.
Videos and plants
This section is ready to host corporate videos, plant walkthroughs, gold refining footage, pilot operation, technical interviews and process animations.
Division overview, environmental objectives, portfolio and development model.
Equipment, skids, metallurgical operation, filtration, EW and auxiliary systems.
Experience in precipitates, separation, final refining and quality control.
Environmental objective
Goldtech Reclaim treats remediation as an engineering opportunity: removing or stabilizing risk materials, recovering metals immobilized in liabilities, reducing community exposure and designing measurable closure outcomes.
Contact
We can begin with a review of background information, maps, available assays, photographs, estimated volume and commercial objective. Then we define sampling, metallurgical tests, applicable technical cooperation and the development plan.
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