Agenda
Evaporative cooling for buildings and other structures
Progress:
- Investigation of the literature to some extent. I think it has deserved an update already.
- As a team of researchers, we have conducted a series of experiments on the properties of clay brick considered as a component of an evaporative cooling unit.
- We have published the results of our first stage experiments (special thanks to my colleagues)
Ikiz, N. N., & Caputcu, M. (2020). An Investigation of Optimal Clay Brick Properties for Evaporative Cooling. In Sustainable Environment and Infrastructure (pp. 173-200). Springer, Cham.
Next:
- Conduct experiments on the efficiency of a proposed cooling unit under varying conditions.
- Compute the amount of water needed to cool.
- Evaluate the potential for use widely.
- Try to predict the impacts on the local climate and the earth's atmosphere.
- Quantify the amount of carbon emissions avoided by means of the proposed method.
- Alternate the design to meet the needs of different structures (adaptation to different geometric designs and purposes of use).
- Find a business partner to start working on R & D.
- Take care of the intellectual property issues.
- Start marketing and implementing the technology.
- Continue to share knowledge with the global community of "natural energy cyclers".
- Enjoy the natural power!... Altogether!
Architectural design of "an ultimate house"
Transmission of light with optical fiber applications
Progress:
- Intuitive conclusions based on personal observations driven by curiosity.
- Assumptions on a number of techniques and a variety of systems (that they would work).
- Some notes and photographs taken.
Next:
- Find a business partner to start working on R & D.
- Take care of the intellectual property issues.
- (Assuming it works...) Start marketing and implementing the technology.
Dissemination
- Share ideas, scientific findings, useful designs, etc. as they are available.
- Organize social campaigns for a cleaner earth.
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