| There are several projects destined for Northern Uganda among which BOREHOLES FOR WATER
Every few miles so clean water can be available all the time The Process of getting a borehole-drilling Rig is on the way instead of what the organization has been using in areas like Bugerere where manual labor is used and welding is done on the top. |

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| -A FISH processing plant and Commercial Fish Ponds (Aquaculture) |

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Disease control and distribution of Microbicides |
Literacy Education for Young adults and the Teen Aged Youth. A program we called MAGIC PEN. |  |
Irrigation and crop rotation as a tool to settle nomadic migration due to lack of water and grass.
A consultancy firm owned by Charlie King offered to do the Irrigation research system design and put together a portfolio that can help manage the entire irrigation program: This will create projects for Rice, Cocoa, Corn, Sim Sim the major cash crop for Northern Uganda and much more.
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| *A carefully planned irrigation design can lower maintenance, increase crop production, reduce earthworks and ultimately save MONEY
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Water Management:
Using the latest in water management technology, modeling the water systems across your property and provide recommendations on the most suitable water control and diversion strategies to minimize environmental and financial losses. |
Water Reliability : If you know the status of water supply to your property you can make informed decisions regarding water supply and use. Using computer models that simulate the long-term performance of your enterprise (irrigation, intensive animal production, etc) rational decisions on the reliability of water supply can be made. The models use historical rainfall, evaporation, runoff and stream flow records. Water sources include river flood harvesting, overland flow harvesting, bores, gully dams and irrigation allocation. The models can be adapted to any configuration of water storages, pumps, sumps and irrigation programs.
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Surface Irrigation : Using Irrigate surface irrigation measuring equipment and computer simulation models. We will measure the amount of water applied during a surface irrigation event. The irrigation can then be optimized. Various parameters can be changed to see how they affect the amount of water applied to the crop and therefore, which changes will give the greatest efficiency gains. These parameters can be either management parameters (flow rate, cut off time) or infrastructure parameters (run length, slope).
*Water trading per regional needs.
Reservoirs can be used for Fish Rearing and as well emergency water transfer to areas that are too dry.
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