Company Filing History:
Years Active: 2003-2006
Title: Innovations of Alison Hyde Slade
Introduction
Alison Hyde Slade is a notable inventor based in Rotorua, New Zealand. She has made significant contributions to the field of wastewater treatment through her innovative processes. With a total of two patents to her name, her work focuses on the production of biopolymers from nitrogen-deficient wastewater.
Latest Patents
Alison's latest patents include a "Process for production of biopolymers from nitrogen deficient wastewater." This process involves passing nitrogen-deficient wastewater through a treatment system that utilizes micro-organisms which thrive in such conditions. The system is designed to maintain a stable dissolved oxygen level, promoting the growth of these micro-organisms to produce biopolymers. The biomass and biopolymers generated are then recovered for further use.
Another significant patent is the "Wastewater treatment process for nitrogen-deficient feed in controlled environment." This invention addresses the treatment of nitrogen-deficient wastewater, enabling the production of low soluble nitrogen processed wastewater. The process encourages the proliferation of nitrogen-fixing microorganisms by controlling the stability of the dissolved oxygen level, thus eliminating the need for nitrogen supplementation.
Career Highlights
Alison Hyde Slade is associated with the New Zealand Forest Research Institute Limited, where she applies her expertise in environmental science and engineering. Her innovative approaches have garnered attention in the field of sustainable wastewater management.
Collaborations
Alison has collaborated with notable colleagues such as Nicola Maree Reid and Trevor Raymond Stuthridge. Their combined efforts contribute to advancing research and development in wastewater treatment technologies.
Conclusion
Alison Hyde Slade's contributions to the field of wastewater treatment through her innovative patents highlight her commitment to sustainability and environmental protection. Her work continues to inspire advancements in biopolymer production and wastewater management.