Academic Articles
“Chemically Treated Saline Wastewater Disposal by Reuse of Recycled Effulent for Irrigating Crops”
Describes how the Biobrimstone® wastewater treatment process may be used to reclaim and condition saline wastewater for non-consumable crop application.
"Agronomic Interpretation of the Wastewater Irrigation and Avocado Seedling Growth at the Saticoy - Jose Flores Treatment Facility in the spring and summer of 2008"
Academic review of the above article confirming its methodology and conclusions that conditioned saline wastewater is suitable for raising salt sensitive avocados.
Academic review of the above article confirming its methodology and conclusions that conditioned saline wastewater is suitable for raising salt sensitive avocados.
"The Importance of Integrating Nature into Our Artificial Systems"
Discusses natural acidification processes and their applications to condition soils for agricultural improvement.
Discusses natural acidification processes and their applications to condition soils for agricultural improvement.
"The Future of Wastewater Treatment: Organic Processing for Sustainability"
Explores the application or organic lime and sulfurous acid to disinfect and reclaim wastewater for land application on a sustainable basis.
Explores the application or organic lime and sulfurous acid to disinfect and reclaim wastewater for land application on a sustainable basis.
"Biobrimstone® Wastewater Treatment Effects on Pharmaceuticals and Other Chemicals"
The disinfection and conditioning of wastewater with sulfurous acid and lime for raising duckweed in open ponds to absorb and remove chemicals and pharmaceuticals in wastewater to produce a biofuel feedstock for burning.
The disinfection and conditioning of wastewater with sulfurous acid and lime for raising duckweed in open ponds to absorb and remove chemicals and pharmaceuticals in wastewater to produce a biofuel feedstock for burning.
"Soil Aquifer Treatment with Sulfurous Acid"
Explains the cost effectiveness of using sulfurous acid to increase percolation rates of soil aquifer treatment systems to minimize pond area footprints.
Explains the cost effectiveness of using sulfurous acid to increase percolation rates of soil aquifer treatment systems to minimize pond area footprints.
"Wastewater Pharmaceuticals and Personal Care Products Removal and Degradation Using Biobrimstone® Technology"
Article discussing multi-step sulfurous acid/liming oxidation/reduction treatment of wastewater to inactivate and/or precipitate personal care products and pharmaceuticals for filtration removal.
Article discussing multi-step sulfurous acid/liming oxidation/reduction treatment of wastewater to inactivate and/or precipitate personal care products and pharmaceuticals for filtration removal.
Article Summaries
“Advanced Reduction Processes: A New Class of Treatment Processes”
Bhanu Prakash Vellanki, Bill Batchelor, and Ahmed Abdel-Wahab, Environ Eng Sci. 2013 May; 30(5): 264–271
Bhanu Prakash Vellanki, Bill Batchelor, and Ahmed Abdel-Wahab, Environ Eng Sci. 2013 May; 30(5): 264–271