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IESASP
IESASP Logo
IESASP
III
Power Layer
Power Layer

chaos / entropia

Phosphorus (P)Nitrogen (N)

Energy Systems Policy

Policy Framework

  1. National Environment Agency (NEA) Waste-to-Energy Systems: “Waste-to-Energy (WTE)” incineration reduces waste volume by approx. 90%, converting it into electricity.
  2. Semakau Landfill Policy: “Offshore Landfill” acts as the final ash disposal site; reduction through incineration significantly extends the landfill’s capacity.
  3. National Solid Waste Management Strategy: “Integrated Solid Waste Management System” workflow: Collection → Incineration → Landfilling.
  4. Resource Sustainability Policy: “3Rs: Reduce, Reuse, Recycle” target; national recycling rates historically at approx. 50-60%, diverting most waste from disposal streams.
  5. Resource Sustainability Act (Ministry of Sustainability and the Environment): “Extended Producer Responsibility (EPR)” mandates the recycling of specific waste (e.g., e-waste) → Improving material recovery rates.
  6. Housing & Development Board (HDB): “Pneumatic Waste Collection System (PCS)” transports waste through sealed pipes, improving collection efficiency and hygiene while reducing land use.
  7. Tuas Nexus: “Integrated Waste Management Facility (IWMF)” co-locates waste and water treatment; “Co-digestion” of food waste and sludge increases biogas production.
  8. Waste-to-Energy (WTE) Power Plants: “Waste Energy Recovery” contributes approx. 2-3% of the national electricity supply.
  9. Zero Waste Blueprint: “Reduce waste-to-landfill per capita per day by 30% by 2030,” quantifying reduction targets to lower long-term landfill demand.

Empirical Evidence

Project Cases (2)

1

Empirical Case

Guangdong Dongbian River: Water Environment Restoration and Operations & Maintenance (2019)

Derived Standard: Phosphorus (P), Nitrogen (N)

① (P) Primal Perception: UAV remote sensing and GIS-based sensing

② (A) Analogy: Establish a spatiotemporal correlation knowledge base and information database associated with Dongbian River, integrated with EAVC (Energy Anchored Value Consensus)

③ (D) Derivative: Water environment remediation based on value consensus

④ Integration based on D:

  • a) Algae specialists
  • b) Chemistry specialists
  • c) Business management professionals
  • d) Radio/wireless communication specialists
  • e) Certified testing laboratories (with statutory qualifications)
  • f) Manufacturing team
2

Empirical Case

Beijing Future Living Project (Post-Industrial City Prototype)

Derived Standard: Phosphorus (P), Nitrogen (N)

① P — Primal Perception:

  • a) Spatial sensing of “Future Living” (air, wind, water, soil, plants, animals, nutrients)
  • b) Aerial remote sensing to acquire GIS features

② A — Analogy: Establish a spatiotemporal correlation knowledge base and information database for “Future Living,” integrated with EAVC (Energy Anchored Value Consensus)

③ D — Derivative: Framework for the “Future Living” solution

④ Integration based on D:

  • a) Energy systems specialists
  • b) Architectural design specialists
  • c) Materials specialists
  • d) Electronics and information specialists
  • e) Microbial cultivation specialists
  • f) Certified testing laboratories (with statutory qualifications)

Layer System

Power Layer — chaos / entropia

Power Layer