The current state not only of our environment, but also of the world population’s general health conditions leave us with no other choice but to try anything that offers even just a glimmer of hope. This means that in five years’ time, half of our current skills will become obsolete. The B.S. programs equip students with skills and ethics to prepare them for the medical field. Sometimes students take the unknown path to get there. Engagement is necessary in order to learn from hypertextual scripts in online learning environments in which individuals may choose the learning path that resonates closely with their particular interests and natural learning processes. All have shown proof of their natural ability to return to their original state if given the chance to re-establish their natural ecological conditions. Vertical farming will provide an alternative agricultural venue, allowing land that has been depleted to take a break and repair itself with natural growths. The city’s sewage sludge will enter a machine called “SlurryCarb”, to break down the sludge into carbon and water. Channeling the city’s wastes into its system which will undergo bioremediation process makes it a feasible integration to the farming technology. 7. Abandoned or unused properties will be used productively.

3. The public will find it hard to reconcile with the idea of using black water for food production. The whole idea may seem too ambitious and there are mixed reactions about the concept of vertical farming and the recycling of black water. Henceforth, the concept of vertical farming will provide the alternative ecosystem for most of the world’s traditional food requirements, in order to give room for most of the agricultural lands to rehabilitate itself. And as technology itself advances on a day to day basis, it is necessary to keep track of the new trends in marketing automation in order for you to have a focused strategy behind your planned, automated activities. The continuous unity of the retail and customer items sectors makes some particularly powerful opportunities to leverage Robotic Process Automation. Enhanced customer satisfaction. Not surprisingly, this is a byproduct of all the previous improvements. 6. Overall wellness because city wastes will be channeled directly into the farm building’s recycling system, hence, less bacteria can find its way in the environment and the atmosphere. 2. Crops will be consumed immediately upon harvest since there is no need to transport them to far-off places. 5. Reduction in vehicular transport is also foreseen; there will be less demand for delivery trucks, garbage trucks and other utilities.

Food production as well as food transport will not be affected. Part of the sludge will be treated with chemicals to kill the bacteria and will undergo heating and drying process that will convert the treated sludge into topsoil. 3. The use of chemicals as pesticides will be eliminated; hence, even vector borne diseases can be prevented. On top of that, other occupations like farming, delivery drivers, garbage collectors and even garbage scavengers will be placed at a disadvantage. Therefore, it requires intensive researches in various fields, like industrial microbiology, hydrobiology, engineering, physics, plant and animal genetics, waste management, public health and urban planning, to name only a few. The researches have to support the concept of addressing food production in a modern city, where urban wastes, like black water will be composted, recycled and used for farming inside a standard tenement-like building. This method of indoor farming will include the production of freshwater fishes, crustaceans, and mollusks, like tilapia, striped bass, trout, shrimps, crayfish and mussels. It’s an open source project so it’s a game that will probably take some time to reach a final stage of completion but I do feel very much like it will be worth the wait in the end.

The remaining slurry will be burned like coal to power steam turbines that will generate electricity. 1. The initial phase will be cost intensive, and certain flaws integrated in the system that may appear during its initial run can still dampen efforts for its full maximization. There is still a long way to go in constructing these vertical farms, since the aim is to generate greater yields for every square foot that the system uses. It cannot be helped that there will be skeptics who will not be easily convinced about the benefits of vertical farming. Safe and efficient methods of recycling organic wastes as well as the recycling of water wastes from sewage systems will be implemented. Hydrophonic methods which denote raising plants using water instead of soil will come into focus. According to scientific calculations, a single vertical farm that will occupy about one square block of a city and elevated up to 30 stories can provide enough food to supply the needs of about 10,000 people. It can also be subjected for further refinement until safe enough to be used as drinking water. Constructing these vertical farm units will develop a closed in system where waste products, air, water and minerals, needed by plants and vegetables to thrive, will be recycled within the building.