Bartholomeaux / Public Relations

Media Contact for all Earth Sustaining Sciences Group is through Phoenix, USA-based Bartholomeaux/Public Relations.

ESS SABRBODS World’s First Sustainable Economic BioDesalination

Phoenix, AZ USA -- The Earth Sustaining Sciences Group (ESS) has created the world’s first all-natural, highly economic, environmentally and societally sustainable bio-desalination process. The desalination process is developed from the proven SABR Acid Mine Drainage, and Caustic Industrial waste and effluents management processes. The ESS Symbiotic Aquatic BioReactor (SABR) process, which relies on a managed microecology of locally occurring natural and non-modified bacteria, has been highly successful in managing pH and stripping metals and metalloid contaminants from mining and industrial water in conditions of 0.5 pH to 14 pH. The ESS Group has built upon this foundation to develop stable systems to biologically remove salinity (bio-desalination). The system is functional in two complimentary modes of implementation; one allows sustainable low-cost delivery of fresh water from seawater or brackish sources, whilst the second can desalinate soil to enhance fertility and arability. The ESS Group Symbiotic Aquatic BioReactor Bioorganic Desalination Solution (SABRBODS) process was perfected following more than 25 years of development. The result being an effective, affordable complete set of all-natural solutions in water treatment and desalination, agricultural soil desalination, bioorganic nutrification, wetting, binding and surface stabilization in a single SABRSoil-Lifecycle process.   The SABRBODS process is a unique combination of widely naturally occurring, bioorganisms formed into microecological manifolds or SABR Symbiotic Colonies (SABR-SC) to cooperatively achieve targeted results. Thus far, 360 different SABR-SC’s have been developed and proven under a diverse range of conditions. The SABRBODS process, passive, local taxon structured water and soil treatment systems have thus-far successfully remediated all globally presented soil and water challenges with the demonstrated ability to raise the pH from 0.5 pH to 8.7pH (up to 9pH) or reduce it from 14 pH to 6.1 pH; balancing the effluent yield to neutral, stripping up to 99% of bioavailable metals and metalliferous contaminants, and significantly reducing up to 95% of salinity. The ESS Group has reduced seawater salinity from 35000 ppm to below 2000 ppm, and salt-lake and saline agricultural soils and water from 27000 ppm to less than 50 ppm. The ESS Group’s goals are to utilise the SABR and SABRBODS processes to facilitate ecosystem-stable bioremediation and desalination of sea and surface and accessible waters for agricultural and human use, and the bioremediation, desalination, and reinvigoration of saline soils for agricultural use, in a commercially effective, sustainable manner. The ESS Group SABR and SABRBODS processes reduce and control agricultural and natural environment loss through salinity and mitigate the growing intergenerational societal risks that water and soil contamination present. To the best of our knowledge, this is a world first. ESS Group are aware of numerous University and Industry research groups have been working on this general type of process for some years without success. Building on our existing successful bio-tech approach, and with our decades long head start, ESS Group has the world’s first successful implementation of bio-desalination technology and the first implementation that is stable and applicable to both soil and water application. NEWS RELEASE 06/06/2017

Bartholomeaux / Public Relations

Media Contact for all Earth Sustaining Sciences Group is through Phoenix, USA-based Bartholomeaux/Public Relations.
 To all Environmental and Mining Media, for immediate release 06.06.17

 World’s First Sustainable Solution to Acid Mine Drainage

Phoenix, AZ USA -- The Earth Sustaining Sciences Group (TESSG) has perfected the first all-natural minimal risk, commercially viable, environmentally and societally sustainable solution to Acid Mine Drainage and Acid Rock Drainage. The SABR process, was created by Wayne Sampey, founder of The Earth Sustaining Sciences (ESS), after 25 years of development. The result of Sampey’s labor is an effective, affordable set of complete solutions that can be delivered into any environment and managed by industry or community at any technical level. The ESS Group now globally delivers what scientists around the world have been trying to achieve for more than 60 years. The Symbiotic Aquatic BioReactor (SABR) process has been revealed as a leading global answer to mining and mine effluent treatment and environmental solutions. The ESS Group has delivered more than 25 effective solutions to some of the most substantial and difficult environmental/societal challenges in several countries over the last seven years, thus demonstrating the SABR process’ ability to overcome any challenge thus far presented.  “To date the SABR process has provided minimal risk solutions in water and solids treatment in the form of SABRSimplex, SABRComplex, SABRBods and SABRBioSolve Systems for the pH and contaminant management of effluent streams,” Sampey explained. “SABRSimplex and SABRComplex Systems have delivered solutions in coal, gold, copper, platinum, lead, zinc, iron ore, phosphate, rare earths, poly metals, bauxite and uranium in naturally occurring, mining related and processing related exposures. Solutions have also been delivered for high flow direct to environment applications including major river systems, general environments from tropical to tundra, arid regions and major forest and agricultural land degradation sites.” SABR is a unique combination of naturally occurring, localised, cooperative, bio-organisms formed into microbiological manifolds or SABR Symbiotic Colonies (SABR-SC). Thus far, 240 different SABR-SC have been designed and proven in a wide range of conditions; the reason the ESS Group can thus far generally develop on-site remediation systems within 14-days. The SABR process delivers viable sustainable management solutions to all pH levels (0-14) in water and soils and is a major societally sustainable management solution to all challenging effluent and contamination issues. The SABR process achieves effective water and effluent re-utilisation and allows compliant environmental release of process affected waters and water overburden. It is in an environmentally, societally and commercially acceptable model (eco-societally positive) for mines, tailings facilities, waste dumps, processing operations, landfill and associated infrastructure. SABR process, passive, local taxon structured water and soil treatment systems have thus-far successfully remediated all globally presented manifestations of Acid Mine Drainage (AMD) ranging from sub-0.5 pH, with the demonstrated ability to raise the pH to 8.7 pH (up to 9 pH), balancing the realised effluent to neutral, stripping up to 99% of bioavailable metalliferous contaminants across the metals suite and significantly reducing electrical conductivity (Ec). An advanced element of the SABR process, SABRBioSolve, recently released globally, can remediate alkaline and other process affected mediums providing the means for treatment of waters and soils up to 14 pH, including Bauxite processing effluent and red mud residue (Bayer process). The SABR and the SABRBioSolve processes can now be combined.  The complex process has been utilised in the remediation of highly acidic and alkaline metalliferous muds and fly ash with outstanding success. The remediation of dissolved salts has advanced significantly to the stage of a viable all-natural, desalination reactor system, SABRBODS, which demonstrated 66% desalination of mine water in Africa and Australia, and progressed to 95% desalination of seawater and salt affected soils. The ESS Group’s approach is to utilise the SABR process ecosystem-friendly bioremediation to treat effluents, waters and soils in disturbed and natural environments, achieving and utilizing beneficial outcomes to develop and assist in the immediate remediation of on-site and off-site risk and harm, supporting local engagement, employment and business development in cooperation with all stakeholders.  The ESS Group and the SABR process can reduce industry cost and exposure whilst mitigating the growing intergenerational societal risks that water and soil contamination present. The opportunity to advance the prosperity of global in-need communities, and to encourage the support of regulatory authorities in almost any Acid Mine Drainage, Acid Rock Drainage and Process Affected Waters and Lands remediation project, is now clear and available: Cost effective, beneficially deliverable solutions to industrial water and soil contamination now exist. Three Stage SABR System Gold Mine Solution

 SABR Acid Mine Drainage Solution Demonstrating this is not simply another Sulfate Reducing Bacteria System.

NEWS RELEASE 01/05/2017

Bartholomeaux / Public Relations

Earth Sustaining Sciences Announces World's-First Sustainable Alumina Process Waste “Red Mud” Solutions.

Perth, Western Australia -- The by-product of the Bayer process bauxite and alumina refining, Red Mud, is extremely caustic, and has historically been difficult and expensive to treat with traditional technologies. Earth Sustaining Sciences (ESS) has delivered what is understood to be the first known financially and environmentally viable and sustainable red mud waste management process, according to Wayne Sampey, TESSG Founder. The Earth Sustaining Sciences Group, in partnership with The Earth Sustaining Sciences Institute, has demonstrated their SABR process ability to immediately ameliorate the red mud issue delivering all-natural neutralization and rehabilitation advancement Neutralizing Red Mud “four-years of work following 10 years of research, has culminated in a proven solution, consisting of multiple SABR process, single and multiple cell bioreactors delivering effective, minimal risk, practical remediation,” Sampey explained. “Solutions delivering multiple biological manifold reaction patterns have been consistently identified in effective all-natural, localized microbial column systems. Data derived from initial single cell reactor stages was used to construct a multi-stage, multiple-biological manifold system which was continuously fed a 50/50 effluent combination of red mud and caustic processing effluent.” The SABR process successfully treated the caustic effluent on every occasion reducing the pH from 13+ pH to 6+ pH with the ability to balance at a desired neutral associated level, at a flow rate many times higher than design optimum utilized in a full-scale system; thus, demonstrating robustness of process and resistance to all tested operational and potential accidental flow rate fluctuations and contaminant exacerbation. The effect of degrees of neutralization and societal gain “If red mud is systematically, all-naturally neutralized utilizing the ESSG SABR process, the commodity no longer remains a long-term risk, but available for secondary utilization as a commercial and environmental asset,” Sampey continued. “A progressive function of the SABR process is enhanced all-natural biological solutions liquors utilization in flushing red mud stockpiles and tailings dams, in a continuing stepped remediation process. The progress of the partially treated effluents distributed through the mass into secondary SABR systems improves the precipitation of contaminants, continually reducing insitu risk while passively remediating the issues. Note that at 7pH most alkali soluble metals are removed from the effluent however, should some metal species remain in solution the SABR process tuning can drop the pH well into the acid range, bio-stripping metals before returning the liquor to neutral allowing environmentally stable water release.” “Furthermore, it is important to realize that the effective process requires minimal pumping and no chemical dosing. The process is self-sustaining, low cost, low energy, self-stabilizing and requires minimal servicing. The SABR process also delivers solutions for acid mine drainage and phosphate processing waste including phosphogypsum stockpile remediation,” Sampey concluded. 

NEWS RELEASE 28/04/2017

Bartholomeaux / Public Relations


Following the Earth Sustaining Sciences Foundation 2017 Project Submission Opening, the Earth Sustaining Sciences Institute has agreed to open submissions for supported shared/joint venture institute operations for suitable in-need locations.

The Earth Sustaining Sciences Institute, founded to design, advance and implement intergenerationally sustainable societal, resources, environmental and agricultural solutions, focuses upon all-natural, low risk, minimum change for maximum benefit solutions. The institute delivers practical/technical ecosocietal prosperity learning  models that seamlessly integrate societally appropriate, commercially viable, science supported, engineered sustainable management systems. The Earth Sustaining Sciences Group developed a series of all-natural processes that deliver both environmental systems rehabilitation and plant growth biostimulation coupled with high level all-natural biological soil enrichment.  The  curriculum presents techniques and applications particularly effective in delivering effective ecosocietal environmental agricultural development to in-need locations with varying water and soil quality,  allowing maximum crop potential by utilising enhanced natural systems to yield fully organic produce. The Earth Sustaining Sciences Group techniques are supportive of culturally endorsed traditional farming methodologies from small to commercial scales; allowing economic advancement in a framework that strengthens positive outcomes, assisting communities to enter wider markets.  The institute develops and delivers it's own curriculum that range from children’s and family learning to high-level tertiary and industry support programmes. The Earth Sustaining Sciences Institute also follows the methods and systems of the late Bill Mollison, a brilliant, pragmatic  researcher, author, scientist, teacher and biologist considered to be the "father of permaculture.”