Reduction of nitrates dissolved in water over palladium-copper catalysts supported on a strong cationic resin

A fabrication strategy for nanosized zero valent iron (nZVI)–polymeric anion exchanger composites with tunable structure for nitrate reduction

“…Also, how to tune the structure of the nZVI-based composites is still a question to be solved. Recently, Gasparovicova et al [20] examined the catalytic nitrate reduction of bimetallic Pd-Cu supported by polymeric resin and alumina. They found that the bimetallic catalyst composites of non-uniform (peripheral) distribution exhibited relatively higher activity than those of homogeneous distribution.…”

The effect of support porosity on the selectivity of Pd–In/support catalysts in nitrate reduction

“…However, they show high activity in the reduction of nitrites [3][4][5][12][13][14]. Among the studied bimetallic systems, palladium systems promoted with Cu, Sn, Ag or Fe supported on different kinds of oxide carriers [14][15][16][17][18][19][20], polymers [21,22], zeolites [23], active carbons [24][25][26], resin [27][28][29], showed the best catalytic characteristics. The mechanism of these systems has not been explained unequivocally yet.…”

Catalytic Nitrate Reduction in Water over Nanosized TiO2Supported Pd-Cu Catalysts

“…하지만 물리화학적 방법은 처리 후 잔류한 고농도의 담수 를 추가 처리해야 하고, 생물학적 방법 또한 처리수 내 공생 해있는 미생물을 재처리해야 하는 등 공정의 효율성에 대한 단점이 부각되고 있다 [8,9]. 이에 Tacke [10] [17,18]. 촉매의 담체는 알루미 나 [19], 지크로니아 [20], 활성 탄소 [21], 세리아 [22], 실리카 [10], 하이드로탈사이트 [23], 타이타니아 [24] …”