DEVELOPMENT CHEMICAL PRODUCTION METHODS

Brand	Owner (click to sort)	Address	Description
SUPERFILLER	ATOTECH DEUTSCHLAND GMBH	Erasmusstrasse 20 Berlin 10553 Germany	DEVELOPMENT OF CHEMICAL PRODUCTION METHODS FOR THE TREATMENT OF MATERIALS, PARTICULARLY THE TREATMENT OF METALS, SEMICONDUCTOR MATERIALS AND POLYMERS FOR GALVANOPLATING, GALVANIZING BATHS, GALVANIZING PREPARATIONS, TEMPERING AND SOLDERING PREPARATIONS, ELECTROPLATING AND COPPER PLATING;SUPER FILLER;Color is not claimed as a feature of the mark.;
SUPERFILLING	ATOTECH DEUTSCHLAND GMBH	Erasmusstrasse 20 Berlin 10553 Germany	DEVELOPMENT OF CHEMICAL PRODUCTION METHODS FOR THE TREATMENT OF MATERIALS, PARTICULARLY THE TREATMENT OF METALS, SEMICONDUCTOR MATERIALS AND POLYMERS FOR GALVANOPLATING, GALVANIZING BATHS, GALVANIZING PREPARATIONS, TEMPERING AND SOLDERING PREPARATIONS, ELECTROPLATING AND COPPER PLATING;SUPER FILLING;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

A fluid conditioning system designed to be installed between the well perforation and the intake of a pump used to effect artificial lift is used to filter and chemically treat production fluids. The fluid conditioning system is an apparatus that provides scale inhibitors and/or other chemical treatments into the production stream. In some embodiments, the fluid conditioning system may be a part of the production stream filter wherein the filtering material is comprised of a porous medium that contains and supports the treatment chemical. In other embodiments, the chemical treatment may be accomplished by the gradual dissolution of a solid phase chemical. The treating chemical may be recharged or replenished by various downhole reservoirs or feeding means. In yet other embodiments, the treating chemical may be replenished from the surface by means of a capillary tube. In certain other embodiments, the apparatus may be retrievable from the surface thereby permitting recharge or replenishment of the chemical in the apparatus on an as-needed basis. The filtration apparatus may incorporate a by-pass valve that allows fluid to by-pass the filter as sand or other particulate matter fills up or blocks the filter.