The Waters Engineering Development Project for Information of Canada.

Civil Engineering for rural development will shine the light from previous organizations/bodies pioneering their rural work, for e. g., in the continent of Africa for settlements/resettlements with UN Peacekeeping Forces and their deployment for other emergencies on occasion we predict in future.

And it may be that such a move will be crucial to further world peace efforts and even the next Nobel Peace Prize for the winner's contribution to settlements and modernity with this vital life support afforded by and the stability it provides for the larger picture of peace the developing world over.

Highly allied for development projects are for food sustainability, health services for rural sectors, for humanitarian relief, especially in natural disasters, and during times of strife or conflict. Thus, H2O can play a key role is sustaining life in all these cases. 

It should be kept in mind as to the major cost inputs using standing infrastructural considerations versus ongoing operational costs with technically advanced materials for applications, with the former being more affordable in an economic sense in the long term but the latter requiring coastal marine sources for reverse osmotic filtration and/or piped safely from the coastal areas for a country.

We present here a 7-Point Approach to Establishing Village Centres Complete with Residential Units and Commercial Outlets Using H2O in Rural Settings:

1) Village Pumps. Deep well village pumps have been known to us to have already been sank in multiple locations for international projects including Africa, itself, saving millions of lives from their life-giving source of safe, potable drinking water for domestic use in village units surrounding these so-called "town pump(s)" made from their natural springs or aquifers.

2) Sanitary Water Closets Using Running Water for Each Unit in Each Residence. There is a need for precipitation (viz. rain) catchment storage for running water and in addition communal electric pumped water in gravimetric pressured tank towers for storage from their natural aquifers below.

3) Farming for Field Irrigation Systems and Sustainability. As a model or e. g., even semi-treated, semi-silted waterways down rows for irrigation can stand to be constructed with a semi-automated hydraulic or water-borne delivery system down rows of vegetables and field crops, as one arrangement for village food supplied from produce.

 4) Sewage Treatment and Processing for Bio-reclamation for Hydro Thermal Liquifaction (HTL) to Biofuels (e. g. transport, rail, automotive and aeronautical travel), Organic Biosolids for Land Reclamation, Landscaping in Municipalities and Farming Tillage, H2O back to the municipal H2O supply or to the rivers and Oceans and the rest to sand or gravel residual.

5) Water Supply Generation. E. g. reverse osmotic pumps at the seacoast lines for water filtration with sustainable recyclability and including domestic treatment and sanitation utilizing more advanced engineering. When considered for large populations at a time, e. g. coastal populations in desertified areas like the Sahel near the Sahara in north Africa, mega projects like reverse osmostic plants for millions of people can cost in the several hundred million dollars at a time, perhaps towards which their oil money in their economies can be funneled for future survivability.

We know that conventional water treatment and waste treatment/disposal utility systems also can cost in the realm of the same.

Perhaps the former poses a more realizable alternative between the two.

6) Animal Waste Handling & Treatment for Intensive Rural Areas. This applied where intensified farming practices present problems of waste pollution. Closer to home on the Vancouver Island scene, it is proposed that for Italian-bred water buffalo ranching for dairy white cheese manufacturing (e.g.s. ricotta, mozarella, brie, pastille, all for local sale or export) can help bring white cheese prices to more affordable levels for the consumer. Everything from white dessert cheeses, to spreads, and other creamed products will be affected based on their ready supply with demand. Given the elevated prices of goat cheese and brie at this time, this is viewed as a solution in countries that can ranch at higher animal densities with fodders from farm agricultural residues (FAR) or farm wastes from harvest, grass-fed fodders like so-called developed 'XL-Grow' tufted marine seagrasses raised through vertical farmed hydroponics and so-called field-grown intensive "giant" grasses with subtropical/tropical varieties, even on the Island.

7) Distillation for Water Purification and Sanitation. We will employ here municipal planning for infrastructural and regulatory control over public health issues with water supply in agri-food including hotel-resort-tourism (e. g. the restaurant industry) with innovative approaches to validate water quality through water distillation, e. g., a still with a fitted pre-filter with installed heating using a gas propane burner, in a so-called native run eatery for drinking and cooking particularly and then turning to pumped aquifer H2O, even piped in, not just from a "Town Pump" type of supply, and will be used for soaped handwashing, kitchen washing for cooking pots, dishes and utensils and even a clothes washer with a propane-heated dryer for developing countries like the Philippines.

It strikes us that nobody to this day has tried out mass-produced non-electrical (note, there can be brown outs) distillation apparatus and tested for most power efficiency and also dependably running over years of use, for sale in any of the developing countries we know of.

Mind you, there are gas and electrical water heaters already on the market but not these appliances we are referring to for water supply that have been already marketable nation-wide.

(c) 2024-2059. D. A. Flores. Skye Blue SB Internet. Port Coquitlam BC Canada V3B 1G3.