5/20/2023 0 Comments Duke blue planet![]() Iron recovery & conversion, ARD treatment rate, system power consumption, plus physical and performance stability will be determined as a function of key operating parameters.The targeted iron halve reaction progress will be monitored spectroscopically.Standard electrochemical laboratory batch and flow-through controlled voltage tests treating synthetic and real ARD will establish the technology performance trends.A 0.5 GPM bench-top ARD treatment cell incorporating the new concept will be constructed.Research Design & Methods: The goal of this project will be accomplished as follows: Modify 10 GPM copper recovery prototype for iron removal – test at Superfund ARD site.Test technology performance trends with ARD and select preferred operation parameters.Demonstrate conversion of dilute iron in synthetic ARD into the target high-value product.Demonstrate the target high-value product recovery and generation from iron.Demonstrate the removal of dilute iron from synthetic ARD using the technology. ![]() Expanding the target technology range of utility will facilitate market entry and magnify its overall positive impact. Here this new core technology variant will be used to profitability remove iron (a predominant contaminant) from ARD and recover it as a high value product widely used in a variety of industrial processes. The patent-pending platform technology was shown capable of profitable dilute copper recovery and a new variation for greatly expanding the technology's utility was recently validated. ![]() This project's long term goal is to change the environmental paradigm so waste is treated as a resource. This is particularly valuable for the many abandoned mines leaking toxic Acid Rock Drainage (ARD) Nation-wide and for which no economic incentive to correct presently exists (i.e. Creating an economic driver for metal contamination mitigation improves human health by promoting environmental cleanups and stopping metal toxin discharge. This project targets profitable dilute metal removal and reclamation. Harmful metals not readily detoxified naturally are discharged from numerous industrial activities and pose lasting environmental hazards requiring expensive remediation efforts. Special COVID-19 Supplements and Activities.NanoAffix Science, LLC (2019-2021, Phase II).RemBac Environmental, LLC (2020-2021, Phase 1).Syntherica Corporation (Phase II, 2004-2006).Pollution Control Technologies, LLC (2015-2018, Phase II).Pollution Control Technologies, LLC (2014-2016, Phase I).Orbital Technologies Corporation (Phase I, 2007-2008).NanoAffix Science, LLC (2017-2018, Phase I).Edenspace Systems Corporation (April - September 2011, Phase I).Edenspace Systems Corporation (2015-2016, Phase I).Edenspace Systems Corporation (2011-2014, Phase II).Edenspace Systems Corporation (2010-2011, Phase I).Edenspace Systems Corporation (2009-2011, Phase II).Edenspace Systems Corporation (2008-2009, Phase I).Blue Planet Strategies, LLC (April - September 2011, Phase I) Blue Planet Strategies, LLC (April - September 2011, Phase I).Bluegrass Advanced Materials, LLC (2020-2021: Phase 1).Amsen Technologies, LLC (Phase I, 2004-2005). ![]()
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