INTEGRATED BOILER CONTROL SYSTEMS CONSISTING

Brand Owner (click to sort) Address Description
BOILER MANAGER Innovative Combustion Technologies, Inc. 925 Stanford Avenue Oakland CA 94608 Integrated boiler control systems consisting of electronic flame safeguard and modulating controls;
LAMTEC Lamtec America, Inc. 1807 Market Blvd, Suite 200 Hastings MN 55033 Integrated boiler control systems consisting of electronic flame safeguard and modulating controls;
OUR OPPORTUNITIES ARE ALWAYS GROWING DETROIT STOKER COMPANY 1510 E 1st Street Monroe MI 48161 Integrated boiler control systems consisting of electronic flame safeguard and modulating controls;Stokers for steam generating systems and industrial boilers; combustion equipment for fossil and waste fuels, namely, ash handling apparatuses, namely, ash receivers; parts for and components of power generation equipment for burning of fossil and waste fuels, namely, reclaim hopper grating, boiler tube shields that are used in association with boiler tube sections of coal-fired energy generating apparatuses, tube alignment castings, tube spacers, crusher hammers; combustion equipment, namely, mechanical discharging hoppers for use in conveying material to industrial and commercial boilers, bearings as parts of machines, sprocket and roller chain drives, mechanical seals, biofuel-generation machines; biomass combustion equipment and parts therefor and components thereof, namely, industrial burners for combusting oil, gas and other fuel with air or oxygen, ash receivers, conveyors for conveying ash, refuse, and the like; clinker grinders; chain conveying apparatuses for distributing fuel evenly across a stoker bed; ash collectors as composite parts of pneumatic and hydraulic conveying systems for ash and refuse;Color is not claimed as a feature of the mark.;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A robotic apparatus for the cleaning and maintenance of coal fired boilers, which is designed to operate in the high temperature environment of the combustion gasses to effectively clean and remove slag deposits of the boiler heat transfer surfaces by use of a precision directed, low pressure, low flow rate water stream. The robotic cleaning apparatus is comprised of lightweight carbon fiber structural elements, attached to the exterior of the boiler, and cooled by annular pressurized water sheaths impingent on a thin metal skin covering the lightweight structural elements. Multiple articulated joints allow for complete access to the heat transfer surfaces of the boiler. A variety of payloads can be delivered to specific points within the boiler, including imaging systems, cutting, and welding apparatuses. A mathematical state space control matrix allows for optimal positioning and feedback control of motions.