| Title | De-carbonized energy initiative with bio-cell-distributed stations using GIS geodesic tools towards circular economy |
|---|---|
| ID_Doc | 28065 |
| Authors | Allam, SZ |
| Title | De-carbonized energy initiative with bio-cell-distributed stations using GIS geodesic tools towards circular economy |
| Year | 2022 |
| Published | Energy & Environment, 33.0, 3 |
| Abstract | De-carbonized energy implementation involves experts to integrate inter-connected strategic objectives. Pragmatic sustainable development requires substitution of fossil-fuel energy with cleaner energy. Simultaneously, demonstrating circular economy through waste-to-energy concept is another perspective to foster renewable energy resources. Biomass energy has the highest share in the renewable energy plan of most countries. UNDP (United Nation Development Program) has established a project to provide rural areas with bio cells that intake only animal waste. In the light of rural sustainable development, as part of this research proposal, bio cells can be upgraded by local manufacturers to be fuelled with crop residue, which will reduce crop residue burn. Instead of crop residue burn in open areas, polluting the Cairo skies with a black cloud or smog and endangering urban environmental health through escalating urban heat island phenomenon, agriculture waste can be utilized as an energy source of biofuels, bio-power or even bio-by-products to substitute liquefied petroleum gas or integrated within UNDP project upgrade. The novelty of this research is demonstrating bio cells in distributed stations at fire-hotspot location to supply decarbonized energy resources for communities rehabilitated within the GIS geodesic buffer. These distributed stations support LEED-ND rating system criteria of on-site energy generation. Such demonstration at fire spots through developing brownfield zones is a sustainable opportunity for misused zones. Numerical calibration of Orduz energy potential equation developed in 2011 shows that the generated bioenergy is 531.59 PJ, equivalent to 1.48E + 11 kWh annually. Such feasible sustainable development strategy through energy resources convergence promotes self-sufficient clusters. |
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