OUR TECHNOLOGY

ALEF
Advanced linear electro-floatation, which naturally, swiftly and thoroughly, coagulates contaminants for removal without the use of harsh chemicals. MiGO has re-engineered and solved historic issues with this technology, creating, for the first time, a streamlined, efficient and cost-effective version of an existing technology with multiple new patented components and designs. 

ALPHA X
Multiple cutting-edge electromagnetic (EMF and PEMF) methods to disrupt and weaken harmful bonds, while strengthening the necessary productive elements of water. 

MIGO ATP
A safe, organic next generation bio-stimulant that unleashes the innate energy source available in cellular life, providing major efficiencies and cost savings to industries currently using biological processes. MiGO-ATP is a proprietary produced precursor of the ATP or Adenosine Triphosphate Cycle (C10H16N5O13P2). ATP is the molecular unit of energy currency found in all living matter. The energy is used for cellular functions such as synthesis of proteins, synthesis of membranes, movement, cellular division and the transport of various solutes, etc. The addition of MiGO- ATP into a wastewater treatment system delivers a powerful bio-stimulus effect on the existing ecology through an increased source of energy in the form of ATP, which results in increased efficiency levels of microbes and other cellular functions 

BIOCELERATOR
An aqueous based bio-stimulant and variant of MIGO-ATP that can be utilized in municipal water treatment facilities and numerous other applications. BIOCELERATOR increases microbiological activity in water. It contains no active bacteria, enzymes, nutrients or other biological components itself, but instead relies on stimulating these biological elements. BIOCELERATOR is designed to increase the capacity of existing water treatment facilities while also greatly reducing sludge and odor with lower operational costs and improved performance. BIOCELERATOR is applicable to a wide range of treatment systems, including both anaerobic and aerobic processes, reducing BOD, COD, TSS, FOG and H2S. 

MIGO ARS
Implementation of the Ammonia Recovery System (ARS) significantly reduces nitrogen content in any water treatment process.
This system is capable of greatly reducing nitrogen, while allowing for the nitrogen to be collected and reused, reducing environmental and public health risks while providing farmers an environmentally friendly fertilizer option. 

This system has three primary functions: 
1) Removal of ammonia from wastewater using a media that is highly selective for ammonia 
2) Capture of the ammonia for later use (e.g., as a fertilizer) 
3) Regeneration of the capture media for reuse in the system 
A wastewater stream including ammonia and water is fed to at least one packed column including packing material having a surface of solid magnesium phosphate or solid magnesium ammonium phosphate or both. Each of the packed columns is capable of cycling between an ammonia absorption operation and an ammonia regeneration operation. 

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MIGO EOR
An inorganic compound, manufactured from sodium and silicon metal, that is a stable,
but oxygen insufficient and complex, in an aqueous solution. MiGO EOR is a surfactant that affects the interface between immiscible materials such as oil and water. The product reduces the surface tension of various
liquids. Reduced interfacial tensions result in increased relative permeability characteristics for a given pore structure. It wets inner-faces whenever and wherever it comes in contact with them. Oil to water, water to oil, and water and oil, both to substrates. It is electrolytic and disperses particles of incredibly small size. Although yet to be tested, it very 
may well have similar effects on spheroid nanoparticle carbons. 

 

GRAPHENE PLUS
While researchers worldwide lag behind in the development of various graphene products for the purpose of large scale water treatment, MiGO’s partner, Standard Graphene, has formulated a variant of granulised graphene (Super Graphite) that, when utilised in conjunction with MiGO’s ALEF and Alpha X technologies is capable of significantly reducing chlorides and other harsh elements from water, inexpensively and in any quantity required. Graphene Plus is used in MiGO operations that require an added end polishing component for water destined for human consumption or medical-grade water.