13) Environmental engineering
13-e. Recycling technology
Most recent update: 2020-09-26 15:59:01
![]() in this topics code. | Keywords | Number | |
---|---|---|---|
Coal fly ash | 1 | ![]() | |
polyurethane | 1 | ![]() | |
depolymerization | 1 | ![]() | |
basic aqueous solution | 1 | ![]() | |
hydrothermal | 1 | ![]() | |
Environment | 1 | ![]() | |
sludge | 1 | ![]() | |
geopolymer | 1 | ![]() | |
phosphate ion | 1 | ![]() | |
aqueous basic solution | 1 | ![]() | |
grinding | 1 | ![]() | |
mechanical activation | 1 | ![]() | |
dephosphorization slag | 1 | ![]() | |
poly(L-lactic acid) | 1 | ![]() | |
acid treatment | 1 | ![]() | |
phosphorus recovery | 1 | ![]() | |
Life Cycle Assessment | 1 | ![]() | |
Recycling | 1 | ![]() |
ACKN No. | Title/Author(s) | Keywords | Style |
---|---|---|---|
13 | Concentration of phosphorus from dephosphorization slag by various acids | dephosphorization slag phosphorus recovery acid treatment | P |
92 | Effect of grinding method on particle size and phosphate ion elution behavior of sludge | sludge phosphate ion grinding | P |
668 | Effect of mechanical activation on geopolymerization of coal fly ash | geopolymer mechanical activation Coal fly ash | O |
677 | Effects of reaction temperature and pH on lactic acid yield on poly(L-lactic acid) depolymerization | poly(L-lactic acid) depolymerization basic aqueous solution | P |
733 | Effects of operation factors on product yields from polyurethane depolymerization under basic hydrothermal conditions | hydrothermal polyurethane aqueous basic solution | P |
768 | Life cycle assessment of a recycling process applying advanced electrical pulse fragmentation: A case study on photovoltaic panels and Lithium-ion batteries | Life Cycle Assessment Recycling Environment | P |
List of received applications (By topics code)
List of received applications
SCEJ 85th Annual Meeting (2020)
IChES 2020