The Future of Water and Waste

The Future of Water and Waste

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Terrance A. Jennings (+18686209504)?a visionary,?a strategic planner,?a retired CEO,?has decently, without prejudice, listened and learnt,?incorporated numerous ideas,?informed by continuous evolution and futuristic infrastructure,?to improve human survival.

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If water is life, then waste is living.

Unused products in the environment should be considered essential waste.

This must be designed, recycled, and used to contribute to better living conditions.

This planet can repair itself!

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Early in his career, Mr. Jennings listened and learnt about the essentials of water. The collection of rain water, the management of surface water, and the drilling for ground water are all vital.

Grey water is mostly used to transport waste. Cleaning chemicals are added to water.

The distribution and delivery to each and every home.

Industrial and manufacturing processes both require a high level of pure water.

The purification of water to human consumption standards.

The desalination and distilling of water are essential in many processes.

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Gaseous and Liquid Waste was studied in detail by Mr. Jennings and his associates.

Gasses from the biological decay of industrial and manufacturing processes and from other expellant must constantly be adjusted to balance the components of the atmosphere.

Liquid waste, though mainly used to transport solids, continuously break down into water.

All such waste is projected to fuel and contribute to other products.

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It is the traditional water closet and kitchen facility which transports biological solid waste into its sewage system. Such an engineered sewage system is designed to separate and reuse solids liquids and gasses.

Mr. Jennings continues to promote such structures as used in hospitals and cruise ships to constantly improve upon the necessary system.

Water collection, storage, and treatment for human consumption and transportation of waste. Along with biodegradable sewage treatment and incinerated waste, repurposing packaging materials that will normally populate a landfill, this branch of the system turns this waste into usable products. Liquid recycling filters, after transporting solid waste into the sewage system, to re-join the liquid collection and storage systems. While gasses are collected, separated and compressed, from the sewage system, to store flammable gasses for use in heating applications.

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The earth, billions of years old, a large compilation of waste, held together by molten metal and gravity.

The population, three thousand years of fossil related history, fifteen hundred years of moral stories for social guidance, is projected to reach eight billion by 2050.

Natural resources, hunting, farming, mining, and drilling, for nutrients and products to protect life.

The industrial age, the last five hundred years, is responsible for a large increase in the mass production of consumables, and as a result of this is also responsible for the most toxic and deadly planetary waste.

Hence, human survival will depend on the conservation of resources, better processes, and repurposing waste.