Our Key Features
Modernization of waste management through instrumentation and remote monitoring for state of the art collection, processing and distribution.
Divert waste from landfill to develop compost that will be used as household plant nutrition or large scale farms. The effort will include analyzing the contents of landfill volume and categorizing waste to develope solutions for disposal. Build disposal models and make business proposals to regions in need. Similar models shall be built for livestock based waste management.
Support the circular economy by inovative engineering design logistics and construction.
Engage with government agencies to gain approval and permiting of specific products and facilities.
As always, all waste recycled byproducts require the blessing of the local governing body prior to market distribution. We shall engage in the local and international standardization process to gain official approval for market distribution.
Current key project tasks and near future targets
1-Analyze chemistry of waste
Determine urine nutrition content. The objective is to develop NPK fertilizer. Determine Nitrogen, posphorus and potasium content. Determine volume that can be extracted and necessary chemicals.
2-Analyze and compare with synthetic production and application
Compare urine nutrition content with that of synthetic urea. Develop goals to reach nutrition content and agricultural demand. Develop automated none labor intensive application methods and instruments used to apply NPK fertilizer at the farm level.
3-Design and develop waste collection systems.
Design and construct waste collecting urinals that are aesthetically adaptable to the environment. Design urinals that are intended both for male and female separate and separate from solid waste. Design and develop separate collection systems for complex building structures separate from solid waste.
4-Design and and develop infrastructure required to process waste
Design facilities used to process and pack processed waste (NPK fertilizer from urine). Initially design pilot facilities that will serve as model for larger facility. Develop logistics for collection, processing and distribution. This applies to both NPK fertilizer and compost generated from organic waste diverted from landfill.
Contribution QR code
Contribution page link
Collaboration for Change
Our project has potential to transform communities, countries and the envionment. Since it is a startup, it requires project funding. We have active fundraising engagement until the project gains full traction. If you wish to support please kindly scan the Qr code or use the link to reach our fund raising portal and contribute. In return, we offer the cultural gifts shown below based on the contribution level. Thanks for your support. Don't forget to leave your mailing address, email address and any additional comment in the remarks section of donation page so that we can mail your gift. This information may be redundant as the processing bank will request the information but cannot share the information and that is why we request the address information again.
The title for our fund raising page is "Sahara to Savana".
Our gifts for your support
Thanks for your kind support
With contribution of $150.00 or more
14 cm * 14 cm 0.15 kg(0.37 Lbs)
Itme basket
With contribution of $250.00 or more
Ebony wood,16cm * 17cm, 0.3 kg(.7lbs)
Wild life small sculpture
With contribution of $550.00 or more
Olive wood, 32cm*20cm, 2kg(4.4lbs)
