REFINING OR CONVERSION ANY

Brand Owner Address Description
C-NXT CENFUEL FPU LTD 1018 Kanawha Boulevard East #901 Charleston WV 25301 Refining and/or conversion of any and all varieties of coal and/or carbon and/or carbonaceous ores and/or lignites and/or coal wastes; production of refined carbon and/or any and all varieties of coal and/or carbonaceous ores and/or lignites and/or coal waste ; production of by-products from processing carbon and/or any and all varieties of coal and/or coal waste and/or carbonaceous ore and/or lignites; processing of any and all varieties of coal and/or carbon and/or carbonaceous ore and/or lignites and/or coal wastes for the production of energy; research and development activities for the prospective production of products from processing carbon, and/or any and all varieties of coal, and/or coal waste and/or carbonaceous ore and/or lignites;Carbon; carbon materials; carbon structural materials; carbon composites; graphite composites; processed coal; treated coal; recovered/recycled carbon from coal waste; carbon waste and carbonaceous ore; processed carbon; treated carbon; activated carbon; carbon black; granular carbon; carbon fines; carbon powder; carbon flakes; micronized carbon; metallurgical carbon and coking material; carbon foam; synthetic graphite; carbon, coal and coke by-products; pitch; coal tar; anodes; electrodes; and carbon feed stocks;
 

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

    
Technical Examples
  1. A refining surface for a refiner intended for defibrating lignocellulose-containing materials, the refiner having at least two refining surfaces arranged coaxially relative to each other, at least one of which rotates around a shaft, and between which the material to be defibrated is fed. The refining surfaces define grooves and between them ridges, at least part of the refining surface ridges being formed of at least two different ridge parts connected to each other in such a way that one ridge part is farther ahead in the rotation direction of the refining surface than the other ridge part. Further, at least in some ridge parts, the front wall in the rotation direction of the refining surface is over at least part of its length substantially inclined.