Miljövänlig , Låg Kostnad, Mindre Känd Vatten Teknik för Framtiden (Sammanfattning på Svenska) / Environmentally Friendly, Low Cost, Less Well Known Water Technology for The Future

• 8‘Aeration, Aerobic Bacteria, Anaerobic Digestion
continued 10: Anaerobic Digestion(AD) 4
• -->>cont: WM Accepted effects: J(waste water cleaning)/P(sludge reduction)/
C2(plant growth promote matter generating)/G2(energy fuel production):
• SMALL SIZE APPLICATION: In some other parts of world it is little used while
rapidly increasing deployment in others. Septic tank can be converted to be
methane recovery system(BiogasPro Agama+). Movable house gas making device
suitable for Western environment(HomeBiogas+),
• ■ Unlisted effect: Recovery of Phosphorus from waste water before or during
cleaning process to increase treatment efficiency or AD process itself, often
recovered as struvite, some methods might combine with conventional recovery
method of adding chemical magnesium/calcium for crystallization or pH adjustment
NaOH(HydroItalia-Colsen ANPHOS, Rephosmaster, Ostara, Swing-w, CNP
AirPrex, Herning Vand - Aarhus Vand Phosphor+), Bacteria(Polyphosphoric acid)
use might be more cost effective?(Organo, Kurita+) or Algea use?(Claras Water
Recovery+). Also non water related process or recoverable-reuseable chemical
use(ie still cleantech) from wastewater sludge ash(REMONDIS TetraPhos+) or
pyrolysis based treatment(Hitachi Zosen+) seems to be lower cost
linkedin.com/in/newnatureparadigm - Ben Rusuisiak: Specialty Cleantech Analysis, Vancouver, Canada
40