Human Safety
Strengthen operating discipline through appropriate training, controlled material handling, protective equipment, and clearly defined working procedures.
RESPONSIBLE MINING
Better Gold Processing Begins with Better Decisions.
Responsible mining connects mineral production with worker safety, environmental stewardship, transparent governance, and long-term operational resilience.
For gold-processing operations, this means evaluating not only recovery performance, but also reagent handling, process control, water and residue management, technical documentation, and the conditions required for responsible implementation.
Environmental Stewardship
Consider water, residue, emissions, land, and surrounding ecosystems throughout testing, operation, monitoring, and long-term rehabilitation planning.
Transparent Evaluation
Use defined methodologies, traceable technical information, controlled comparisons, and responsible interpretation of laboratory and operational data.
Operational Resilience
Support stable performance through risk awareness, process control, efficient resource use, technical readiness, and continuous improvement.
THE PROCESSING CHALLENGE
Responsible Processing Cannot Be Defined by Recovery Alone.
A high recovery result does not automatically describe reagent consumption, solution behavior, residue characteristics, worker exposure, water requirements, or performance at commercial scale. These factors must be evaluated together and interpreted within the tested conditions.
THE ECOGOLD APPROACH
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Supporting a More Responsible Pathway for Gold Processing
EcoGold supports mining operators, laboratories, and technical partners in evaluating responsible gold-processing alternatives through structured technical discussion, controlled testing, and evidence-based interpretation.
Non-Cyanide Processing Alternative
Introduce SUPER GOLD HORSE® as an alternative reagent for evaluation under appropriate ore, process, and operating conditions.
Site-Specific Metallurgical Testing
Evaluate representative ore samples because mineralogy, grade, particle size, liberation, and process chemistry can significantly influence performance.
Controlled Process Parameters
Review reagent dosage, pH, leaching duration, aeration, carbon conditions, solution behavior, and recovery response within a defined test scope.
Responsible Data Interpretation
Connect results only to the submitted samples, reported procedures, and specified conditions—without extending laboratory findings beyond their technical scope.
EVALUATION PATHWAY
From Ore Information to Better Processing Decisions
Every project begins with context. A structured pathway helps determine whether further laboratory, comparative, or pilot-scale evaluation is appropriate.
Share Ore & Process Data
Provide ore grade, mineralogy, current method, production scale, recovery, and project objectives.
Define the Test Scope
Determine representative samples, methodology, comparison basis, parameters, and evaluation criteria.
Conduct Controlled Testing
Observe metallurgical response under defined laboratory or pilot-scale conditions.
Review & Plan
Interpret recovery and process data before considering optimization or broader implementation.
IMPORTANT TECHNICAL CONTEXT
SUPER GOLD HORSE® suitability and metallurgical performance cannot be determined from general industry information alone. Results may vary according to ore mineralogy, grade, particle size, reagent dosage, pH, water chemistry, leaching duration, aeration, carbon conditions, equipment, and other operating variables. Representative testing is recommended before commercial-scale implementation.
SITE-SPECIFIC DISCUSSION
Evaluate the Opportunity Using Your Own Ore Characteristics.
Share your preliminary ore and process information with the EcoGold technical team to discuss an appropriate evaluation pathway.