www.rumpelbumpel.de   Gameserver Mapping and more  Counterstrike Source   home of the afterSource Project  
Main
RumpelBumpel Clan
CS:aftersource
Online
offline0 User

offlineselinofell197
offlinemahiiraa
offlinebrusmitt
offlineHower69
offlinevapormowu

online8 Gäste

Gesamt: 1139601
Heute: 279
Gestern: 635
Gbook einträge: 446
Forum Posts: 27506
Forum Threads: 18611
Registrierte User: 2257
Online: 23
... mehr
Geburtstag
HuNtA hat am 28.04.2021 Geburtstag
 
LylaOkaty116 hat am 04.05.2021 Geburtstag
 
cashapp83381 hat am 04.05.2021 Geburtstag
Technik-Tutorials
Umfrage und Ergebnisse
FunBox
Shoutbox
Bitte erst Einloggen


Load
ARCHIV
» مك&...
von mahiiraa
» Air Jordan 1 So...
von Hower69
» Nike LeBron Che...
von Hower69
» Pandora Rings R...
von Hower69
» Pandora Rings S...
von Hower69

» Alle afterSource Maps

» CS:S-Conquest

» HL2EP2.ttf buttons_32.vbf

» de_rumpel_dust2

» aequitas
» neue Server ip´s
» Trialzeit bestanden und ein Trialmember
» Neue Trialmember für ESL
» Trialzeit bestanden
» afterSource Homepage online


    Regist
» Forum » Gameserver » Wünsche Anregungen und Probleme » Substrate development with activated ca

Substrate development with activated ca
dingxinda

Private Nachricht an den User senden E-Mail an den User senden Hompage des Users besuchen User in ICQ Liste hinzufuegen


Nachwuchsspammer
Posts:
Posts: 30


Dabei seit: 04. Feb 2021


# 04.03.2021 - 07:11:14
    zitieren



Functional green wall development for increasing air pollutant phytoremediation: Substrate development with coconut coir and activated carbon

dxdcarbon.comFunctional green walls are gaining attention due to their air cleaning abilities, however the air cleaning capacity of these systems may be improved through substrate modification. This experiment investigated the capacity of several green wall media to filter a range of air pollutants. Media, consisting of differently sized coconut husk-based substrates, and with different ratios of activated carbon were evaluated through the use of scaled down model ‘cassettes’. Tests were conducted assessing each substrate’s ability to filter particulate matter, benzene, ethyl acetate and ambient total VOCs. While the particle size of coconut husk did not influence removal efficiency, the addition of activated carbon to coconut husk media improved the removal efficiency for all gaseous pollutants. Activated carbon as a medium component, however, inhibited the removal efficiency of particulate matter. Once the substrate concentration of activated carbon approached ∼50%, its gas remediation capacity became asymptotic, suggesting that a 50:50 composite medium provided the best VOC removal. In full-scale botanical biofilter modules, activated carbon-based substrates increased benzene removal, yet decreased particulate matter removal despite the addition of plants. The findings suggest that medium design should be target pollutant dependent, while further work is needed to establish plant viability in activated carbon-based media.activated carbon price in usa
offline

 

 

CS:GO
Ballerbude Dawn-Server.de
de_dust2
Spieler: 0 / 12


 
Server Fun und War
EU/Royal ARK PVP/15x ALL/Mods/Active Admins - (v268.255)
TheIsland
Spieler: 0 / 40
RumpelBumpel Server
Suche



erweiterte Suche

Links
Counterstrike afterSource
Play with skill
www.ilch.de
Electronic Sports League
Teamspeak
SourceMod Admin Plugin
Steambans
Notepad++