Natural water treatment with bluegoldworks.com? There are nine different Moringa tree species in Southern Africa, north-eastern Africa, Madagascar and India. However, the only endemic Southern African Moringa species is the Moringa ovalifolia. This tree naturally grows in Namibia. It extends from the escarpment mountains northwest of Keetmanshoop to the Kaokoveld in the north. Even as far as in southern Angola. It often grows alongside the Baobab tree, and its habitat consists mainly of the desert or arid savannah vegetation. These trees can grow up to 7m tall, with soft whitish bark, oval leaves and long triangular seed pods. Here at The Growcery Camp, we have been able to cultivate this specific species of Moringa from seed. The seeds of our Moringa Trees are the Moringa waterhole at Halali in Etosha National Park, Namibia.
Blue Gold Works’ prototype water filters have cleaned over 72,000 liters of polluted water in 3 communities in Africa to standards exceeding United States EPA requirements. The filter is made from Moringa seed powder, a byproduct of pressing Moringa seeds for the high value Moringa oil. Combined with functionalized sand, the filter can produce each day clean, safe drinking water for a family of 6 without electricity. Using several of the simple to use, effective Blue Gold Works water filters, our waterpreneurs can provide affordable, convenient drinking water for neighbors. Revenues earned by the waterpreneuers allows them to afford education and clean water in the community reduces water borne illnesses. Find even more information on Moringa flower honey.
When I became a mother, I had an epiphany. Now and forever, I am linked in a chain of humanity responsible for creating a safer, healthier planet for the next generation. That is our legacy. Where, I asked myself, should I focus my efforts for the greatest impact? The provision of clean, safe, drinking water is today’s most complicated, most intractable global problem. Two billion people on our planet don’t have ready access to safe drinking water. In the developing world, sixty percent of deaths of children under the age of five are from waterborne illnesses. Girls endanger themselves walking hours every day fetching water, giving up their chance for education and diminishing their future earning power. Billions of dollars in International Aid has utterly failed to sustainably build and maintain water treatment plants or dig wells. Nations are already in conflict over diminishing water supplies. Poor health, little education, grinding poverty, strife. The cycle repeats.
Andrew Cromarty is Chair of BGW’s Board of Advisors. Dr. Cromarty has a proven track record in management & operations, product and service delivery, new technology creation, intellectual property evaluation, business model refinement, and team building and leadership. His professional experience includes product/service design, definition, development, and delivery; R&D and IT management; project, line, and corporate management; and corporate strategic partnering, staff management, public relations, technology transfer, and intellectual property management. He has managed development of a wide range of systems from research prototypes through commercial products and services. Dr. Cromarty has served as board member and chief officer of companies ranging in size from technology startup through billion-dollar publicly-traded corporation spanning broadband, satellite / wireless, entertainment services, corporate venture capital investment, and investment banking. Presently he is Chairman and President/CEO of Heath Company (Heathkit®), a century-old electronics manufacturing firm.
The seeds can even be crushed and added to murky water to purify it, as it acts as a natural binder. This Binder either moves the undesired particles to the bottom or allows them to float to the surface. On the surface, it is easy to remove. It is only about 2 to 3 seeds per litre of water. The San people used the Moringa tree as a supply for water, especially in the desert regions of Southern Africa. They would make a small hole in the bottom of the tree trunk. Just big enough to fit in a piece of reed. After a while, the tree sap would start to flow. The san collected the watery liquid, in ostrich shells, it is quite bitter, but in time of no to very little water available, this was good enough to keep them going! They would then reseal the hole with a piece of clay made from the tree sap and some soil which prevents the tree from rotting and move on to their next destination. See additional information on https://www.bluegoldworks.com/.