Earth Month is the perfect time to embrace small yet impactful changes that contribute to both local and global sustainability. Here are five accessible actions to help build a more eco-conscious future—because even small shifts make a difference. Personally, I’ve enjoyed switching to bamboo toilet paper—it’s soft, sustainable, and a meaningful choice. Composting has alsoContinue reading “5 Ways To Make A Positive Eco Impact At Home”
Tag Archives: recycling
A 4 Quadrant Solution For Waste Management & Plastics
With a high level systems thinking or systems engineering approach, even the most complex situations can be sifted into manageable categories and then simplified into the approachable, actionable steps. The above infographic simplifies the global waste management, and plastics and microplastics quandary into quadrants of solution. A quadrant is an instrument used for surveying, soContinue reading “A 4 Quadrant Solution For Waste Management & Plastics”
§ Research Notes: A Morphing Photocatalytic Reactor & Point Of Convergence
With continued testing at home, the UV+ reactor experiments have to achieve safety and very low to no potentially harmful emissions. The shape of the most recent iteration, of what will be a waste to water receptacle, is influenced by geometric optical lens diagrams — Classic science for new quantum-informed concepts. That’s a point ofContinue reading “§ Research Notes: A Morphing Photocatalytic Reactor & Point Of Convergence”
From Plastic To Water With Data: Charting A Course Of Light
In designing a photocatalytic plastic waste to water receptacle, the light array for the inside is the crucial component, and to determine what lights, in addition to ultraviolet, may be effective and complementary in expediently transmuting PET, for example. The included data table compares the nanometer equivalencies of ionization potentials (in eV) for Hydrogen, Carbon,Continue reading “From Plastic To Water With Data: Charting A Course Of Light”
Design Of Experiment & Data Collection: Ionization Levels & Electron Affinity Of Water
Purpose: Seeking to ascertain the energetic differences between Hydrogen, Carbon and Oxygen and the state of liquid water — specifically, the ionization levels of the outer valence electrons. That is, what synergetic light wavelength stimulus could it take to move these elements, that also comprise the basic polymeric makeup of plastics, into a new butContinue reading “Design Of Experiment & Data Collection: Ionization Levels & Electron Affinity Of Water”
DoE Research Notes: Sourcing Sustainable Metallurgy For Photocatalytic Waste-To-Water Receptacles
”You never change things by fighting the existing reality. To change something, build a new model that makes the existing model obsolete.” ~ Buckminster Fuller In continuing to post the Design of Experiment series, I document the process of realizing a photocatalytic trash can that can convert waste such as plastics into water and possibly other useful byproduct. TheContinue reading “DoE Research Notes: Sourcing Sustainable Metallurgy For Photocatalytic Waste-To-Water Receptacles”
Studio Shangri-La Research Notes: Pathways From Plastic To Water
In constructing a process and device that uses a photochemistry to break down or rather transform plastics into useful byproducts such as water and hydrogen, it becomes necessary to delve into of course photonics, chemistry, physics, earth science and of course experimentation, application of the concepts in a learn-by-doing style. Climate action is of courseContinue reading “Studio Shangri-La Research Notes: Pathways From Plastic To Water”
Eco + Tech: Flash Biodegradability Pt. 1 — Concept Adaptation & Development
The concept of Flash Biodegradability is directly inspired by the above achievement of James Tour and team at Rice University, making “flash graphene” out of trash, a carbon byproduct. Flash Biodegradability would ideally leave no tangible byproduct, such as trace elements or light — or create a useful byproduct such as water. Its successful realizationContinue reading “Eco + Tech: Flash Biodegradability Pt. 1 — Concept Adaptation & Development”