أقل معروفة، نظيفة، منخفضة التكلفة، وفيرة تكنولوجيات الطاقة التي من شأنها أن تغير العالم.

Energy From Vast Biomass 18, Waste Water by AD
• -->> cont; •3 MAINLY NONWOOD WASTE: ✔ 3a Anaerobic Diges.on(AD):
• iii-WasteWater processing by Anaerobic Diges2on: Biogas from sludge processing,
usually with various pretreatments including hydrolysis, alkaline etc, Some largest
scale is like 100,000 ton+/yr level(Cambi, Veolia Exelys/Biothelys+), Others(Hager +
Elsaesser, WABAG, ADI systems inc, Terax nz, Jeongbong kr, Hydroitalia - Colsen,
Eliquo BV, Paques nl, Anaergia+).
• Methanogenic & Electrogenic microbe based methane & electricity generaHng waste
water cleaning system:(Cambrian Innova.on: works for fermentaHon residue type
wastewater), or wider range process capability Electrogenic Bio Reactor(Emefcy):
Microbial fuel cell mechanics. Note highly effecHve low cost cell wall destrucHon/cell
lysis(in a way similar degree to SCW) by electroporaHon/electric pulse is oNen leN out
from mainstream discussion of enhanced biofuel recovery from wet sludge(Vogelsang,
OpenCEL Trojan+). Microbubble/Nanobubble CO2 infusion might increase gas
producHvity up to 2wice as convenHonal method(Perlemax+). Also see p108 Wet Air
OxidaHon.
• ✔ 3b Plas2c to Oil: ANer recycling, sHll about 130million tons/yr disposed world total,
a fracHon of which(but rapidly increasing) is made into fuel. Even if 90% of all plasHc is
converted with 70% efficiency recovery to fuel (PVC[Polyvinyl chloride] &
PET[Polyethylene terephthalate] is 30-40% range recovery even rest of plasHc can be
90%), it would make up negligible 1-1.5% of world oil consumpHon. -->>con9nued
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linkedin.com/in/newnatureparadigm -Ben Rusuisiak: Specialty Cleantech Analysis, Vancouver, Canada