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    • 8. 发明公开
    • FUEL ENRICHMENT PROCESS
    • KRAFTSTOFFANREICHERUNGSVERFAHREN
    • EP2994438A2
    • 2016-03-16
    • EP14732285.3
    • 2014-05-12
    • International Innovative Technologies Limited
    • DAOOD, SyedNIMMO, William
    • C04B7/12C04B18/08C10L9/10
    • F23J15/022C04B7/243C04B18/084C04B28/02C10L9/10C10L10/02C10L2200/0254C10L2230/04C10L2230/22C10L2250/06F23K2201/505Y02P40/145Y02W30/92
    • A process for breaking hydrocarbon bonds during the combustion or heating of a particulate hydrocarbon containing fuel bound carbon and fuel bound nitrogen comprises the steps of: heating the particulate hydrocarbon with a fuel improver in a burner, the fuel improver comprising predominantly iron oxide and silicon dioxide. The proportion of fuel improver to fuel is up to 33% by weight of particulate hydrocarbon. The particulate hydrocarbon has a particle size distribution and the fuel improver has a particle size distribution, and particles of hydrocarbon at the 90th percentile of its particle size distribution are larger than the particles of the fuel improver at the 90th percentile of its particle size distribution, and wherein the particles of fuel improver at the 10th percentile of its particle size distribution are an order of magnitude smaller than the hydrocarbon particles at the 90th percentile its particle size distribution.
    • 在燃烧或加热包含燃料结合碳和燃料结合氮的颗粒烃的过程中,破坏烃键的方法包括以下步骤:在燃烧器中用燃料改进剂加热颗粒烃,燃料改进剂主要包含氧化铁和二氧化硅 。 燃料改进剂对燃料的比例高达33%,以颗粒碳氢化合物的重量计。 颗粒烃具有粒度分布,燃料改进剂具有粒度分布,并且其粒度分布的第90百分位数的烃颗粒大于其粒度分布的第90百分位数处的燃料改进剂的颗粒, 并且其中在其粒度分布的第10百分位数处的燃料改进剂颗粒比其颗粒尺寸分布的第90百分位数处的烃颗粒小一个数量级。
    • 9. 发明公开
    • METHOD OF PRODUCING INORGANIC HYDRAULIC BINDERS
    • 用于生产无机水硬性粘合剂
    • EP2291248A2
    • 2011-03-09
    • EP09749475.1
    • 2009-05-25
    • Dastit Management Spol. S.r.o.
    • FALTUS, Milos
    • B09B3/00B01J19/08C04B18/02
    • B09B3/0025C04B7/153C04B7/243C04B7/38C04B28/00C04B28/021Y02P40/121Y02P40/143Y02P40/145Y02W30/58C04B40/0007C04B40/0067
    • Method of producing binders for building and building products cosisting in that a material of man-made and/or natural origin from a set comprising solid products produced by burning of solid fuels, metallurgical slag, ground fire products, products from burnt out mining deep stock piles after mining of fossil fuels, glass production waste, ceramic production waste, brick and concrete construction waste, heat-activated clays, low-crystalline pyroclastic rocks, sedimentary laterite, bauxite, opalolite, allophanolite, diatomite rocks, limestones and claystones and clays, is subjected to physical treatment consisting in action of a power pulse, during which mechanical energy E
      tk is passed on to the particles of the material treated by acting of a force of the size from 50 to 3.10
      5 N, related to 1 g of the treated material, during a very short time in the range from 1.10
      -6 to 1.10
      -2 s or more subsequent pulses that cause passing on of mechanical energy E
      tk to grains of the material treated and/or passing on of magnetic energy E
      tm to its grains together with passing on of mechanical energy and/or after it by means of alternate and/or variable magnetic field having frequency from 15.10
      1 to 15.10
      6 Hz and intensity from 10
      -2 to 10
      3 T, which acts on particles of the ferromagnetic substances if they are present in the treated material and/or on charges in defects of grains of the material, which defects were produced as a result of passing on of mechanical energy, what is having as consequence that the internal energy of the material treated is increasing, the particles of which are becoming more fine at least to 200 micrometers, and simultaneously re-aggregation of its particles is prevented, and chemical reactivity of the material treated is increased to obtain dry binder and/or dry building material and/or water is added in the quantity from 8.20 to 420% by weight, based on weight of the material treated to obtain formable wet binder and/or formable wet material, which can be formed to the desired form of products and/or hardened by autoclaving and/or dry warming up.