@conference {3236,
	title = {COMPARISON OF CADMIUM BINDING BY HUMIC AND FULVIC ACIDS EXTRACTED FROM TWO COMPOSTS OF DIFFERENT ORIGIN},
	journal = {WASTES: Solutions, Treatments and Opportunities 5th International Conference September 4th {\textendash} 6th, 2019},
	year = {2019},
	note = {



Silva,\ A.C.;\ Rocha,\ P.;\ Antelo,\ J.;\ Bento,\ F.;\ Bettencourt,\ P.;\ Fiol,\ S.;\ Geraldo, D.;\ L{\'o}pez,\ , R.;\ Mac{\'\i}as,\ F.;\ Pinheiro,\ J.P.;\ Proen{\c c}a,\ M.F.;\ Ram{\'\i}sio,\ P. (2019). COMPARISON OF CADMIUM BINDING BY HUMIC AND FULVIC ACIDS EXTRACTED FROM TWO COMPOSTS OF DIFFERENT ORIGIN.\ WASTES: Solutions, Treatments and Opportunities 5th International Conference. Costa da caparica, September 4th {\textendash} 6th, 2019


},
	month = {2019-09-04 00:00:00},
	address = {Costa da Caparica, Portugal },
	abstract = {






Composting has been proven to be an environmentally friendly process for urban organic waste, that can represent an opportunity for new uses under the circular economy framework. The binding of cadmium to fulvic-like and humic-like acids extracted from compost of algae and urban residues were evaluated, and the results show significant differences. The fulvic and humic acids from algae compost bind cadmium more efficiently than those from urban residues compost. Furthermore, data from humic acids from both composts display significantly higher ability to bind to cadmium than both their corresponding fulvic acids and the generic soil extracted humic matter.



\ 


},
	keywords = {Composting, Humic matter, Metal binding},
	author = {Silva, A. C. and Rocha, P. and Antelo, J. and Bento, F. and Fiol, S. and Geraldo, D. and L{\'o}pez, R. and Mac{\'\i}as, F. and Pinheiro, J. P. and Proen{\c c}a, M. F. and Ram{\'\i}sio, P. J.}
}