More than a billion people lack access to clean water in the world. According to the UN, dirty water kills more people than violence.  The lack of access of to clean water has made more people susceptible to waterborne infectious diseases with about 1.5 million people in the world dying from diarrhea each year, with the majority being children (WHO 2008 Report, "Safe Water, Better Health").

Aside from water, we also find massive amounts of contaminants and pathogens in soil and even in the bottled water being sold to every grocery stores.

Bioenergy Corporation has come up with the NanoDx System that could be placed in waste stream and will detect contaminants and send signal to the system on how to destroy them.  Piping will go down to deeper level of soil and machine will sit on top.  The equipment can pull water or soil and test them on the spot, again sending signal to the machine if there are contaminants present which are decontaminated and turned into nitrogen, hydrogen, with a byproduct of water.

The causes of water population are numerous.  All these polluting factors change the physical, biological and chemical conditions of the water source, harmfully disturbing the ecological balance previously achieved in the water body.

1. Sewage and wastewater
2. Pollution from farms
3. Mining
4. Oil Spills
5. Chemical and industrial waste

The effects of water pollution are diverse and are very much dependent on the types of pollutants involved and the nature of water bodies being affected by the pollutants. Here are some common consequences of water pollution.

1. Elevated levels of chemical nutrients (mainly nitrogen and phosphorus) in water
2. Waterborne infectious diseases
3. Poisoning by heavy metals and other toxins
4. Poisoning and drowning in oil and petroleum chemicals
5. Reduced biodiversity

Reference: http://www.all-recycling-facts.com

The NanoD_x System technology can be simplified by 6 Core Features:

1. Contaminate Detection. Once acclimated, the NanoD_x System deploys sensors to detect any contaminant of interest in water, which would include inorganic chemicals, organic molecules and biological agents.
2. Biological Remediation. The NanoD_x System technology uses a proprietary method to infuse elevated levels of gaseous elements into a gaseous enriched solution called a Bio-Gen Solution, which hyper-accelerates the microbial digestion of pollutants in an aerobic bio-remediation process.
3. Ionized Destruction of Threats. Incorporates the means by which the saturated Bio-Gen Solution becomes ionized using Proprietary Dielectric Semi-conducting Elements (PDSE), such that when the saturated Bio-Gen Solution is exposed to the PDSE’s it induces catalytic reactions within the Bio-Gen Solution causing electrons e- to be promoted from the valence band into the conduction band and the electrochemical oxidation of ions reacting with hydrogen to create strong radicals that are capable of destroying the stellar cell wall of harmful bacteria such as Salmonella (Salmonellosis), E-coli (Escherichia coli) and Listeria (Listeriosis), and eliminate biological,
   chemical and electrochemical contaminates.
4. Self-Regenerative Fuel Cell. The NanoD_x System is comprised of one or more Molecular Continuous Flow Cell Reactor/s (MCFCR/s) containing one or more PDSE’s located within the gaseous element and within the saturated Ionized Bio-Gen Solution functioning as an alternative duel phase power generation source to power the NanoDx System, making it suitable for applications in remote locations where power is an issue.
5. PDSE's X and Y. PDSE_x’s can be sized as small as a dime and are designed specifically to react to oxygen and to quickly liberate oxygen to create strong radicals for stoichiometric de-construction of organic and inorganic contaminates. These charged oxygen radicals can react with hydrogen to create a cost effective reverse polarity fuel cell. PDSE_y’s can be sized as small as a dime and are designed specifically to react to hydrogen to quickly liberate hydrogen from any hydrogen containing substance to cause stoichiometric deconstruction of the substance. This clean liberated hydrogen can be used as fuel to power hydrogen powered engines, motors and fuel cells, for applications such as lawn mowers, four wheelers, boats,…etc.
6. Water Manufacturing. Is capable of creating hundreds to thousands of gallons of fresh water per day where limited water exists.

BioEnergy Corporation (BioEnergy) is the developer of novel innovative Dielectric Super-Saturated Nano-Gaseous Semi-conducting Systems Technology that we call the (NanoD_x). Our NanoD_x Systems Technology is a powerful multi-faceted environmental tool capable of addressing many of the environmental issues facing our planet such as:

• CO₂ emissions reduction
• NO_x emissions reduction
• Total PCB (polychlorinated biphenyl / C₁₂H_10-xCl_x) remediation
• Hexavalent Chromium Remediation/Reduction
• Agricultural nutrient-load reduction
• Clean energy
• Sustainable fresh water
• Remediation of both organic & inorganic contaminates, chemical, biological
  and electro-chemical threats
• Elimination of salmonella, E-coli and Listeriosis……etc.
• Quick remediation of oil and petroleum based distillates
• Quick remediation of fracking brine/solutions

Our patented technology provides an advanced method for liberating hydrogen and/or also oxygen from any hydrogen or oxygen containing substance, and charging it to form strong radicals that can be used in the production of fresh water, clean energy and also for remediation of contaminates in water. These charged radicals create a Super-Saturated Enriched Ionized- Bio-Gen Solutions having Self-Disinfecting, Self-Sanitizing, Self-Deodorizing and Self-Regenerative properties that is capable of destroying harmful bacteria by attacking its stellar cell wall, and is capable of breaking covalent bonds of organic and inorganic substances, thus resulting in the stoichiometric decomposition and elimination of biological, chemical, engineered and electrochemical threats.

BioEnergy has numerous success stories, a few of which are briefly detailed here.

US Navy Bilge Water Treatment. The US Navy performed bilge water treatment testing in Japan with great success. The figure below shows the progression of treatment of the bilge water from start to finish.

Mumbai Metropolitan Regional Development Authority (MMRDA). The Mumbai Metropolitan Regional Development Authority (MMRDA), we successfully treated a stretch of the Mithi River in Mumbai, India, removing extremely noxious odors (hydrogen disulfide and ammonia), which, in turn, actually changed the river’s color, and improved the overall health of the river. Test resulted in the remediation of E-coli and other contaminates.

Agricultural Usages. Agricultural facilities at a dairy, treating parlor waste and an egg washing operation

Manure Management:

• The elimination of ammonia (NH₃) smell
• The conversion of nitrates to nitrites
• Effective remediation of antibiotics in manure
• Biological Nutrient Reduction
• Biological Phosphorus Reduction/Removal
• Elimination of salmonella, E-coli and Listeriosis……etc.
• Elimination of antibiotics

Airport Facility. The NanoDx System was used to remediate a northern airport for treatment of run-off impacted by de-icing operations. The de-icing chemical used, was entering the waterways and nearby ponds which presented an EPA regulatory issue.

Other Successful Applications. Successfully used in the following additional scenarios:

• Lagoon treatment at a large canning facility
• Landfill leachate treatment at an industrial landfill
• Hydrogen sulfide (H2S) control in sewer systems
• River re-aeration to counter-act total maximum daily loads (TMDLs) of  pollutant runoff
• Petroleum retail facilities for the remediation of groundwater (BTEX & MTBE)
• A large dairy for sludge reduction
• A waste management facility for arsenic conversion
• A food market
• A large paper mill facility
• A laboratory manufacturing personal care products

• Africa and other parts of the world that are experiencing lack of safe drinking water can benefit from this system.
• Can create hundreds of thousands of gallons of purified water per day by stripping hydrogen from waste stream and combining with oxygen, resulting to water as byproduct.
• Technology can be used as a cheaper alternative to "desalinate" seawater, especially in places where tap water is scarce (e.g. Sub-Saharan Africa, Middle East)
• Recycle hydrogen from decomposing animal manure to power farms and surrounding community, while also destroying contaminants and antibiotics from animals and plants before going to consumer
• Can be used to treat industrial wastewater prior to its release into the environment or its re-use as most industries remain dependent on processes that produce wastewaters.