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    • 7. 发明申请
    • METHOD TO TRANSFORM BULK MATERIAL
    • 改变大块材料的方法
    • US20110167715A1
    • 2011-07-14
    • US13046448
    • 2011-03-11
    • Robert R. FrenchRobert A. Reeves
    • Robert R. FrenchRobert A. Reeves
    • C10L5/00C10L5/02C10L1/04B02C19/00B02C21/00
    • B30B9/02B02C23/00B03B9/005B30B3/04B30B9/20C10L5/08C10L5/24C10L9/00
    • The invention provides low-cost, non-thermal methods to transform and beneficiate bulk materials, including low rank coals such as peat, lignite, brown coal, subbituminous coal, other carbonaceous solids or derived feedstock. High pressure compaction and comminution processes are linked to transform the solid materials by eliminating interstitial, capillary, pores, or other voids that are present in the materials and that may contain liquid, air or gases that are detrimental to the quality and performance of the bulk materials, thereby beneficiating the bulk products to provide premium feedstock for industrial or commercial uses, such as electric power generation, gasification, liquefaction, and carbon activation. The handling characteristics, dust mitigation aspects and combustion emissions of the products may also be improved.
    • 本发明提供了低成本,非热的方法来转化和选择散装材料,包括低等级煤如泥煤,褐煤,褐煤,次烟煤,其他碳质固体或衍生原料。 高压压实和粉碎过程相互联系,通过消除材料中存在的间隙,毛细管,孔或其他空隙来转化固体材料,并且可能含有不利于散装质量和性能的液体,空气或气体 材料,从而有益于散装产品,以提供工业或商业用途的优质原料,例如发电,气化,液化和碳活化。 产品的处理特性,减尘方面和燃烧排放也可能得到改善。
    • 9. 发明授权
    • Method of forming chemically bonded agglomerates
    • 形成化学结合的附聚物的方法
    • US6001143A
    • 1999-12-14
    • US973698
    • 1997-12-08
    • Geraint ReesAlan J. LeitchRonald J. Steward
    • Geraint ReesAlan J. LeitchRonald J. Steward
    • C10L5/02C10L5/20C10L5/40C10L5/42B29C67/02B29C67/24
    • C10L5/20C10L5/40Y02E50/10Y02E50/30
    • Thermally shock-resistant chemically bonded agglomerates suitable for use as a combustible fuel or in a gasification process are produced by:(a) mixing particulate organic material comprising particulate carbonaceous fuel and/or animal excrement (such as dewatered comminuted sewage sludge) with a lignosulfonate, in the presence of water, with application of heat sufficient to maintain the lignosulfonate in fluid form, so as to deposit a film of lignosulfonate over the surface of the particulate material;(b) oxidatively conditioning the lignosulfonate coated particulate material under conditions permitting escape of water present in the mixed particulate material, the conditioning either being in the presence of calcium ions or being followed by mixing the conditioned particulate material with lime; and(c) shaping the resulting free-flowing plastic mixture under pressure, to form the thermally shock-resistant agglomerates.
    • PCT No.PCT / GB96 / 01446 Sec。 371 1997年12月8日第 102(e)日期1997年12月8日PCT PCT 1996年6月18日PCT公布。 公开号WO97 / 00307 日期1997年1月3日通过以下方法制备适用于可燃燃料或气化过程的耐冲击化学粘合团块:(a)混合颗粒状碳质燃料和/或动物粪便(如脱水粉碎污水 污泥)与木质素磺酸盐在水的存在下,施加足以将木质素磺酸盐保持为流体形式的热量,以便在颗粒材料的表面上沉积木质素磺酸盐膜; (b)在允许混合颗粒材料中存在的水逸出的条件下氧化调节木质素磺酸盐涂覆的颗粒材料,该调理是在钙离子的存在下或随后将调理的颗粒材料与石灰混合; 和(c)在压力下使所得到的自由流动的塑料混合物成形,以形成耐热冲击的附聚物。