Abstract: This invention relates to the preparation of N-(phosphonomethyl)glycine (“glyphosate”) from N-(phosphonomethyl)iminodiacetic acid (“PMIDA”), and more particularly to methods for control of the conversion of PMIDA, for the identification of reaction end points relating to PMIDA conversion and the preparation of glyphosate products having controlled PMIDA content.

Abstract: The invention is an apparatus for loading and unloading pellets into a trailer. Conduits are positioned with at least one opening configured to direct flow toward a central longitudinal axis of the interior region. A blower is connected to an input port, and a suction device is connected to an output port to cause a flow of moving air so that pellets within the interior region are carried with the flow toward the central longitudinal axis, the collector and an output port. A pellet loading pipe has a plurality of spaced openings and deflection plates upstream of each opening. Pellets in the pipe are deflected from the openings until a clog develops downstream, at which time the pellets will exit an opening adjacent the clog until it clogs, and continuing successively until the longitudinal spaced opening proximate the loading port becomes clogged and the interior region is substantially full.

Abstract: A flange protector (P) is adapted for attachment to a machined surface (S) of a flange (F) of the type having an annular ridge (20) and a plurality of bolt holes (14), which bolt holes (14) extend from surface (S) through the flange. A cover (10) of flexible material has one side (10s) shaped substantially conforming to the shape of the machined surface (S) and extends over the bolt holes (14) to engage and protect the machined surface (S). A plurality of fastening means (M) extend from the engaging side (10s) of the cover (10) for frictionally engaging the interior surface (14i) of bolt holes (14) to retain the engaging side (10s) in engagement with surface (S). Each fastening means (M) includes an elongated tubular shank (12) extending from the cover (10) to an open end (12e). Each tubular shank (12) is hollow, having an inner bore (12b) substantially from the cover (10) to the open end (12 e).