Submitted

Last Updated July 13, 2017

Sustainable Urban Communities

HydroFlood

Team Leader

Hashim Osman Musa

Step 2

Our Solution

HydroFlood

Our solution's stage of development:

Pre-Seed

Our solution:

Find a critical solution for rivers flood, passing through three phases start by the Flood Monitoring, Smart Underground Pipelines and install Micro Hydro-power & distributed Excessive Water Treatment.

Our pitch:

https://drive.google.com/file/...

The problem:

One of the biggest issues facing our country "Sudan" for those who are living a near to the bank of rivers is water level rising .It always occurs according to the most common reason which is Rainfall “Floods”.

Floods are caused seasonality but they have a great impact of damages and havoc. Our focus will be specifically on the rivers "flood”. Rivers flood are caused by heavy rainfall that inundated the rivers bank, which doesn’t have a capacity for the excess water.

* The link below

http://floodlist.com/africa/su...

Why our solution will solve the problem:

Design a general hardware and software Internet of things infrastructure and architecture, Install Micro hydro-power and distributed excessive water treatment system applicable to the environmental problem mentioned above.

Who recommended you to Solve - or - how did you find Solve?

opportunity desk website

Step 3

Our target outcomes:

Save a thousands of human life
All the Citizens who are living in rural and urban areas a near to river, will able to use this excessive water and power for their irrigation systems and Consumption houses .

How we will measure our progress:

Water level sensor to detect the level of water , W5500 Ethernet Controller by uploading a tweet as warming status on hydro-flood account on twitter without user interface - Flood Monitoring Provide a remotely monitored water level in real time .

water flow sensor to measure the volume of water passing through it . and servo motor to control open /close of gateway of the pipeline .

Water flow sensor and Servo motor connected with the same Micro-controller . - Smart underground pipeline has ability to passes only the excessive water , and close automatically again .

generate electricity by install a Micro-hydro power .

Followed to that the excessive water can be reuse in:

Consumption houses , Irrigation system and Storage on tank for other usages. - will able to create a multiple benefits from the excessive water that pass through the pipeline:

The populations we will benefit initially:

Lower middle income economies (between $1006 and $3975 GNI)
Low-income economies (< $1005 GNI)
Male
Female
Urban

The regions we will benefit initially:

Sub-Saharan Africa
Middle East and North Africa

Step 4

The technologies we employ:

Civil engineering
Consumer-facing software (mobile applications, cloud services)
Electrical engineering
Environmental engineering
Imaging and sensor technology

Technology-Readiness Level:

4-5 (Prototyping)

Step 5

Our organization:

Not Registered as Any Organization

Where we are located:

Sudan

The factors limiting our success:

* Time

* Fund

* Accepting from community and local government .

How long we have been working on our solution:

Less than 1 year

How long it will take to develop a pilot:

6-12 months

How long it will take to scale beyond our pilot:

12-18 months

Our expected annual budget:

250000

Step 6

We're looking for partners in these fields:

Technology Access
Human+Machine
Water Treatment
Water Sourcing

Solution Team:

Hashim Osman Musa
Ceo &Founder : HydroFlood