Keyphrases
Steam
100%
Water Purification
100%
Biochar Adsorbent
100%
Microplastics Removal
100%
Biochar
66%
Bark
66%
Activated Biochar
66%
Spruce
33%
Scots pine
33%
Aqueous Media
33%
Economic Feasibility
33%
Slow Pyrolysis
33%
Pine Bark
33%
Chemical Species
33%
Spruce Bark
33%
Stormwater
33%
Adsorbent
33%
Analytical Procedures
33%
Pinus
33%
Refining Industry
33%
Biosorbent
33%
Picea
33%
Cation Exchange Capacity
33%
Wastewater Purification
33%
Low Surface Area
33%
Adsorbent Production
33%
Microplastics Retention
33%
Steam Activation
33%
Storm Waste Water
33%
Residual Organics
33%
Ultra-high Porosity
33%
Porous Biochar
33%
Wood Refining
33%
INIS
cost
100%
water
100%
removal
100%
purification
100%
steam
100%
adsorbents
100%
microplastics
100%
bark
75%
pines
50%
spruces
50%
wood
25%
economics
25%
performance
25%
production
25%
refining
25%
industry
25%
retention
25%
pyrolysis
25%
surface area
25%
porous materials
25%
porosity
25%
waste water
25%
storms
25%
cations
25%
phenol
25%
cation exchange capacity
25%
Chemical Engineering
Water Purification
100%
Biochar
100%
Pyrolysis
16%
Phenol
16%