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FREEDOM FROM THIRST

Water, critical to life, continues to be the most abused resource by humans around the world.  When there was just 500,000 million people, Mother Earth could clean up our water pollution.  With more than 7 BILLION people now, what’s happening?
>​ Increasing toxicity of fresh water sources.
> Decreasing supply of available fresh water.
> Systemic drought cycles across the planet.
> Blooms of dangerous algae and marine species.
​> Expanding ocean death zones for all marine life.

With the world’s population expected to reach 10 Billion by 2050, water is a serious consideration for the survival of any nation.  In fact, expert opinion predicts that most future conflicts will focus on water resources, not energy.  To avoid this nightmare scenario we need solutions to a very complex problem. 

Clean water is in short supply, but can this be improved?

> StrongKor will improve the efficiency of existing water usage in our homes, businesses and other facilities.

> StrongKor will transform contaminated water problems to clean water sources.

> StrongKor will help rehabilitate damaged marine ecosystems and foster beneficial marine life.

> StrongKor will convert unwanted sea water to pure, clean drinking water.

 

StrongKor recognizes that the first part of our water needs solution is to work with water we already use. 
By replicating and enhancing natural cycles, water can be returned to its pristine state in a fraction of time and with a minimal amount of outside energy input.  Furthermore, important by-products can also be produced with our system described below:

> Our systems take advantage of the structures we build to provide the additional space to process waste water into clean water.

> Our systems take advantage of solar, wind and harvested waste thermal energies to process waste water into clean water.

StrongKor recognizes that the first part of our water needs solution is to work with water we already use. 
By replicating and enhancing natural cycles, water can be returned to its pristine state in a fraction of time and with a minimal amount of outside energy input.  Furthermore, important by-products can also be produced with our system described below:

> Our systems begin by settling out waste solids from raw human sewage through centripetal flow.

> Mimicking centripetal flow portal vessels, this system will divide the solids from the liquids efficiently such that these solids could berefined and reused for other purposes (i.e. fertilizer).

StrongKor recognizes that the first part of our water needs solution is to work with water we already use. 
By replicating and enhancing natural cycles, water can be returned to its pristine state in a fraction of time and with a minimal amount of outside energy input.  Furthermore, important by-products can also be produced with our system described below:

> Our systems take the conditioned waste effluent as a nutrient rich solution for aquatic plants, mosses and other beneficial algae.

> Our systems works with the natural ability of many plant species, such as rice, to convert conditioned effluent into food products.

StrongKor recognizes that the first part of our water needs solution is to work with water we already use. 
By replicating and enhancing natural cycles, water can be returned to its pristine state in a fraction of time and with a minimal amount of outside energy input.  Furthermore, important by-products can also be produced with our system described below:

> Our systems take the conditioned waste effluent as a nutrient rich solution for aquatic plants, mosses and other beneficial algae.

> Our systems works with the natural ability of many plant species, such as rice, to convert conditioned effluent into food products.

StrongKor recognizes that the first part of our water needs solution is to work with water we already use. 
By replicating and enhancing natural cycles, water can be returned to its pristine state in a fraction of time and with a minimal amount of outside energy input.  Furthermore, important by-products can also be produced with our system described below:

> Our systems further treat the improved water through the aquaponics cycle.

> Our systems also produce substantial amounts of seafood while processing clean water.

StrongKor recognizes that the first part of our water needs solution is to work with water we already use. 
By replicating and enhancing natural cycles, water can be returned to its pristine state in a fraction of time and with a minimal amount of outside energy input.  Furthermore, important by-products can also be produced with our system described below:

> Our systems approach the final stages of water treatment with proven micro-filtration.

> The final process involves a UV treatment of the water to ensure that no bacteria or viruses contaminate the water.

StrongKor systems are also capable in recovering a wide variety of contaminated water sources. 
Although this process is not intended to be matched with food production, the finished effluent could be input at the beginning of the staged wetland process.  Furthermore, valuable by-products can also be salvaged from the contaminants with our system:

> Our systems take advantage of the structures we build to provide the additional space to process waste water into clean water.

> Our systems take advantage of solar, wind and harvested waste thermal energies to process waste water into clean water.

StrongKor systems are also capable in recovering a wide variety of contaminated water sources. 
Although this process is not intended to be matched with food production, the finished effluent could be input at the beginning of the staged wetland process.  Furthermore, valuable by-products can also be salvaged from the contaminants with our system:

> Our systems begin by settling out waste solids from raw human sewage through centripetal flow.

> Mimicking centripetal flow portal vessels, this system will divide the solids from the liquids efficiently such that these solids could be refined and reused for other purposes.

StrongKor systems are also capable in recovering a wide variety of contaminated water sources. 
Although this process is not intended to be matched with food production, the finished effluent could be input at the beginning of the staged wetland process.  Furthermore, valuable by-products can also be salvaged from the contaminants with our system:

> Our systems now move the effluent to chambers where microbes, such as Pseudomonas Putida, are used to digest the remaining contamination.

> The by-products of these microbes, such as pure water and carbon dioxide, is collected separately and re-purposed elsewhere in the process.

StrongKor systems are also capable in recovering a wide variety of contaminated water sources. 
Although this process is not intended to be matched with food production, the finished effluent could be input at the beginning of the staged wetland process.  Furthermore, valuable by-products can also be salvaged from the contaminants with our system:

> Our systems approach the final stages of water treatment with proven micro-filtration.

> The final process involves a UV treatment of the water to ensure that no bacteria or viruses contaminate the water.

StrongKor methods are designed to work above and below the water line of existing bodies of water to help control water pollution while enhancing the ability of the marine and littoral environments, both in salt and fresh water, to support a wide array of beneficial natural ecologies: > Our systems work with the natural environment to help maintain the quality of the water. > Our systems are designed to enhance, establish or re-establish vital economies with industries such as fish and shellfish farming, fishing and tourism.   

StrongKor systems are designed to mimic nature by using larger surface areas and lower amounts of input energy to transfer salt and other minerals out of seawater to produce fresh, clean and safe drinking water where required.  The by-product brine is often harvested or combined with other molecules to create a wide range of marketable  products.  

Features of our systems include: > Our systems take advantage of the structures we build to provide the additional space to process seawater into clean water. > Our systems use solar, wind and harvested waste thermal energies to process seawater.   

StrongKor technologies have been developed to minimize waste and energy usage.  All of our product line is anticipated to have an extraordinarily long service life, with future proofed systems built in.  In most cases, the most economic solution will be to upgrade a StrongKor system than to replace it outright.  When you consider this with factors that allow StrongKor ships to be ultra-efficient, the sustainable solution is StrongKor.   For inquiries, please contact: Ken King (403) 383-0330  strongkor@gmail.com