Abstract: Described herein is a filtration medium and method for treating a chloramine-containing liquid. The active chloramine removal material comprises carbon, nitrogen, and sulfur, and the sum of the sulfur and nitrogen in the active chloramine removal material is at least 4.0 mass %.

Abstract: Described herein is a method of removing mercury from an aqueous solution comprising: providing an aqueous solution comprising chloramine and mercury; and contacting the aqueous solution with a medium comprising a porous carbon substrate comprising at least 1.5% by mass of sulfur.

Abstract: Described herein is a filtration medium and method for treating a chloramine-containing liquid. The active chloramine removal material comprises carbon, nitrogen, and sulfur, and the sum of the sulfur and nitrogen in the active chloramine removal material is at least 4.0 mass %.

Abstract: Described herein is a method of removing mercury from an aqueous solution comprising: providing an aqueous solution comprising chloramine and mercury; and contacting the aqueous solution with a medium comprising a porous carbon substrate comprising at least 1.5% by mass of sulfur.

Abstract: The present disclosure provides for a chemical reactor which includes elongate chambers defining an arrangement and including first, second, and third elongate chambers adapted to support respective distinct first, second, and third reactor functions associated with respective first, second, and third process feeds, and a distributor arranged in fluidic communication with each of the elongate chambers and for connecting the elongate chambers to at least one fluid source. The distributor is dimensioned to produce a two-dimensional radial distribution of fluidic flow through the first, second, and third elongate chambers with respect to the first, second, and third process feeds. The chemical reactor may further include a monolith catalyst support including an N×M array of channels including the elongated chambers.

Abstract: The present disclosure provides for a chemical reactor which includes elongate chambers defining an arrangement and including first, second, and third elongate chambers adapted to support respective distinct first, second, and third reactor functions associated with respective first, second, and third process feeds, and a distributor arranged in fluidic communication with each of the elongate chambers and for connecting the elongate chambers to at least one fluid source. The distributor is dimensioned to produce a two-dimensional radial distribution of fluidic flow through the first, second, and third elongate chambers with respect to the first, second, and third process feeds. The chemical reactor may further include a monolith catalyst support including an N×M array of channels including the elongated chambers.