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RETRANSMISSION: RZOLV Reports Approximately 97.0% Gold Recovery on Complex Copper-Gold Ore Without Pretreatment, Highlighting Potential to Simplify Flowsheets Versus Cyanide
New test results support RZOLV as a potential breakthrough solution for complex gold-copper ores,...
About this update from Rzolv Technologies Inc.
[{"type":"text","content":"RETRANSMISSION: RZOLV Reports Approximately 97.0% Gold Recovery on Complex Copper-Gold Ore Without Pretreatment, Highlighting Potential to Simplify Flowsheets Versus CyanideNew test results support RZOLV as a potential breakthrough solution for complex gold-copper ores, with the potential to avoid cyanide-related SART complexityVancouver, British Columbia--(Newsfile Corp. - April 16, 2026) - RZOLV Technologies Inc. (TSXV: RZL) (OTCQB: RZOLF) (FSE: S711) (\"RZOLV\" or the \"Company\") is pleased to report the results of recent metallurgical test work in which the Company achieved approximately 97.0% gold recovery on a complex copper-gold ore using the RZOLV formula, without pretreatment.The tested material graded approximately 9.6 g/t gold and 2.12% copper and is hosted within an alkaline gold-copper porphyry system. The gold mineralization is interpreted to be low-sulphidation epithermal mineralization.The Company believes these results are significant because copper-bearing gold ores are widely recognized as challenging for conventional cyanide processing. SGS technical publications note that copper minerals can materially increase cyanide consumption and complicate solution management, and that where cyanide-soluble copper becomes significant, operators may consider adding a SART circuit to precipitate copper sulphide and recover cyanide for recycle. By achieving approximately 97.0% gold recovery on this copper-bearing ore without pretreatment, RZOLV believes the test work supports the potential for a simpler and potentially lower-cost processing route relative to a conventional cyanide alternative on similar mineralization. RZOLV Technologies conducted bottle roll leach tests on the subject material to evaluate performance under controlled laboratory conditions. The test was conducted at 20% pulp density on a 150 g sample crushed to a target size of -500 µm and run for 168 hours with solution sampling at regular intervals.Figure 1 — Gold Recovery Over Time (Test 137-1, Cu/Au Sample – RZOLV 168 Hours)To view an enhanced version of this graphic, please visit:https://images.newsfilecorp.com/files/11597/292813_rzolv.jpgTable 1 — Gold Recovery Over Time (Cu/Au Sample - RZOLV 168 Hours)TestAssayedHead Au(g/t)CalculatedHead Au(g/t)FinalResidue Au(g/t)Recovery@24h Recovery@48h Recovery@72h Recovery@96h Recov...