Patent AU-2021106889-A4 (AU)
Title: Global Warming Reversal System
Inventor: NILSEN LUKE
IPC: C12M1/04
Filed: 2021-08-24
Granted: 2021-11-25
Abstract: Global Warming Reversal System 
ABSTRACT 
I. Disclosed invention consists of microbiological farming equipment: micro-organism growth vessel 
module, product drying and processing module, supported by other hardware.  
II. Primary intended purpose, is to absorb C02 from Earths atmosphere and process it into a solid, 
chemically stable form on a daily basis in a controllable,scaleable manner, in a rapidly and efficiently 
mass producable form.  
Ill. The invention is intended to be operated in partnership with burial of its captured C02 product, to 
give effect of controlled and scaleable removal from Earths atmosphere.  
IV. This equipment is of a standardized modular form to be: operated in farms of many units, of low 
technology/ skill requirements, and to allow accurate quantities surverying from a limited 
complement of measurement instruments. Complex shapes required for efficent fluid dynamics are 
to be made from castings, other materials from simple sheets and lengths of material.  
V. Energy requirements of this equipment are preferred to be met as self sustaining operation, from 
localised renewable energy sources.  
VI. Micro organism growth module consists of: preferred two, paralellogram shaped vessels, capable of 
holding 100L of a water based solution kept at optimum growth temperature for the desired micro
organism culture.  
VII. The side and bottom walls of the growth vessel are cast from a mold matching the corrugations 
along the front wall surafaces in cement or plastics, and feature internal transitions from horizontal 
to vertical planes and bottom outlet that are of a parabolic rate of change to give low fluid flow 
resistance and low wear.  
VIII.Air is bubbled through the micro organism growth solution from the bottom and may also be 
supplemented with gas capture filters to increase absorbtion of C02, or adapt invention to other 
uses and products.  
IX. If the desired micro-organism is not light dependant (such as yeasts for processing alcohol 
production) the growth apparatus may be covered with materials opaque to light.  
X. In cold conditions and semi submerged in bodies of water, efficient insulative materials may be used 
to lower the temperature maintainence requirements, and may be supplied with microbiologically 
required illumination from the inside surfaces internally to the triangular truss, and have thermal 
coverings on exposed surfaces.  
XI. The invention may produce: Food products such as edible algae and bacteria products, sugars, and 
lipids, Gases such as Oxygen, Hydrogen, Nitrogen, Methane, and Ammonia, paper, fabrics and 
bioplastics, structural/Heavy/precious metals, and components of cement, net carbon negative fuel 
products including alcohols and butanol for direct application, sugars, starches to feed alcohol 
distillation cultures, and lipids for further processing.  
XII. The processing module, strains and sieves the micro-organism product at a rate that matches 
overall production, transforming a small fraction the volume of solution to be processed into 
parallel droplets of prefferred 3mm spherical size to use friction to keep the rate regular and limit 
impact kinetics, spaced the minimum distance apart at which they will remain separate upon 
dissolving against a flat surface of 2.4cm, at the maximum rate each successive droplet can 
completely dissolve separately, aproximately every 2.5 seconds.  
XIII.The receiving surface is pitched at a maximum downward angle of initial separate droplet 
dissolution and drainage along the surface upon a loose granular material, prefferred 16 degrees of 
arc from horizontal. This surface is made of heavier than water particulate, of a granular size that 
strains the growth solution free water from the micro-organism product, prefferred fine sand, and 
because of being a loose granular particulate can be transformed in volume from a large flat area of 
several square metres, to a prism of concentrated slurry smaller than a cubic metre.  
XIV. This product slurry is then immersed in an approximately 50% water/alcohol solution, which is then 
separated into micro-organism product and particulate straining medium, by bouyancy.  
XV. Evaporation to dry the micro-organism product is enhanced by hygroscopic alcohols that give lower 
evaporation temperature energy requirements and required drying time in heat assisted 
evaporation, such as by solar concentrators.
Figure (a) 
Angled Tank central frame and front wall 
3/4 front elevation.  
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