1. Gasoline, pyrolysis, hydrogenated;

2. Ablativ Fast Pyrolysis; Photovoltaic

3. The adscititious fuel is imported to the pyrolysis furnace when the furnace is started up, and then the heat energy required for pyrolysis is provided by reaction of oxidant and pyrolysis gas.

4. A method of mesothermal rapid pyrolysis and repetitious cracking of carbonaceous solid fuel includes: introducing a carbonaceous solid fuel into a pyrolysis furnace, supplying adscititious fuel and oxidant, pyrolysing to obtain carbon and pyrolysis gas.

5. Glucose, amylose, amylopectin, cellulose, fructose, inulin, saccharose, celluloseacetate and methyl-cellulose were treated by High Frequency Pyrolysis (Curie Point Pyrolysis) at 700° C.

6. The pyrolysis and combustion of sewage sludge are exothermic reactions.

7. Recovery of styrene from pyrolysis gasoline by extractive distillation

8. 5 Much crystalline solid is found in the pyrolysis residue.

9. Commercial test proves that topped oil is an excellent ethylene pyrolysis feedstock.

10. Condenser for condensing gas generated during the pyrolysis of polymer complex waste

11. As pyrolysis products, aromatic hydrocarbons, aliphatic and aromatic nitriles and heterocycles were detected.

12. 3 BA 110 ethane pyrolysis furnace is an important equipment of ethylene plant.

13. 15 Both of endothermic pyrolysis and exothermic oxidation occurred in smoldering material during the heated process.

14. The natures of the pyrolysis processes are discussed and compared with those obtained for the analogous chlorocomplexes.

15. ‘Patented Blunderings’, efficiency awareness, and self-sustainability claims in the pyrolysis energy from waste sector

16. A pyrolysis method which produces activated carbon and high-grade carbon black has been suggested.

17. The pyrolysis section includes a rotary kiln that is divided into the plurality of heating zones.

18. To increase efficiency when retorting oil shale, researchers have proposed and tested several co-pyrolysis processes.

19. After pyrolysis, an intact, dense, crack-free ceramic structure with high purity, strength and durability is obtained.

20. 10 The pyrolysis reaction an endothermic reaction and yields flammable gases, while the fuel oxidation is exothermic.

21. Pyrolysis followed by analysis of the fragments is one more technique for determining the possible structure of the polymer.

22. Quantitative decomposition of aromatic and aliphatic polycarboxylic acids is achieved by using nickel gauze as an additional pyrolysis contact.

23. Multiple carrier (32-44) accumulate in the pyrolysis chamber (14) and move in succession toward the discharge chamber (16).

24. Journal article explores the ‘patented Blunderings’ of pyrolysis admin November 5, 2018 Uncategorized 0 Comments A new journal article examines the poor thermal efficiency and technical challenges associated with the pyrolysis of mixed waste and, by extension, other ‘advanced thermal treatment’ technologies such as gasification.

25. The Adscititious fuel is imported to the pyrolysis furnace when the furnace is started up, and then the heat energy required for pyrolysis is provided by reaction of oxidant and pyrolysis gas.: Le combustible supplémentaire est importé dans le four de pyrolyse lorsque le four est démarré, et ensuite l'énergie thermique requise pour la pyrolyse est fournie par réaction de l'oxydant et du

26. A Backdraft involves deflagration or rapid combustion of hot pyrolysis products and flammable products of combustion upon mixing with air

27. 17 The techniques of converting these wastes to methane are similar to those currently under study in the pyrolysis of biomass.

28. The present invention relates to an internal agitating counter flow pyrolysis gasifier reactor (1) which will enable regular distribution of the fuel in the oxidation and reduction zones (9) during production of various combustible gases from all kinds of fossil sources and other wastes by pyrolysis and gasification methods.

29. Cracking, also referred to as pyrolysis, is the breakdown of a large alkane into smaller, more useful alkanes and an alkene

30. At regular intervals, a decoking of the pyrolysis tubes and the primary quenching exchangers is effected in the presence of air.

31. Anergy design, develop, construct and operate thermal renewable power plants using our High Temperature Pyrolysis technology which is unique in the market place

32. Carboxen ® Adsorbents A carbon molecular sieve (CMS) is the porous carbon skeletal framework that remains after pyrolysis of a polymeric precursor.

33. Analytical pyrolysis of biomass, both in on-line and off-line approach, is well suitable for lignin classification even without previous lignin isolation.

34. During pyrolysis, holocellulose is first depolymerized, and the degraded fragments subsequently undergo ring scission, thereby producing Acetic acid by deacetylation of the fragments.

35. Examples of those three processes (Comminution, pyrolysis, and sol-gel synthesis) include the production of titania nanoparticles for sunscreens from the minerals anatase and …

36. Carbon Molecular Sieve (CMS) Adsorbents A carbon molecular sieve (CMS) is the porous carbon skeletal framework that remains after pyrolysis of a polymeric precursor.

37. 15 The effects of moisture vaporization and organic matter pyrolysis on crown fire spreading are discussed, and the characteristic curves are obtained by numerical calculation.

38. It was found that the amount of vinylcyclohexene in the pyrolysis products and succinic aldehyde in the ozonolysis products characterizes the polybutadiene chain in the sample.

39. The above results suggest that the coexistence of Fe and S has a large synergetic effect on the pyrolysis reaction and the product formation process.

40. The pyrolysis and hydrogenation are conducted in a current of hydrogen containing ammonia, and the ammonium halides formed are collected in an absorption tube attached to the hydrogenation tube.

41. The off-gas produced by pyrolysis mainly consists of water vapor, volatized organics, and acid gases from the decomposition of various plastics and other organics present in the waste drums.

42. Our Ablative Fast Pyrolysis Plant is designed for the thermochemical processing and utilization of biomass and other organic polymeric wastes to produce liquid and organic products as well as fine char.

43. Alkene and reactive free radicals derived from thermal pyrolysis could be oxidized to form acid oxygen-containing compounds (peaks 11, 12, 31, 36, and 43), which lead to increasing acid number

44. 13 The pyrolytic bio-oil produced from cornstalk by flash pyrolysis in a fluidized bed reactor was analyzed. The composition of the bio-oil was determined by GC-MS and FTIR.

45. The waste water, loaded drinking water, refuse dump drainage water or liquid special wastes to be filtered or purified are pumped through the pyrolysis residue until its capacity for physical adsorption is exhausted.

46. Dextrins can be produced from starch using enzymes like amylases, as during digestion in the human body and during malting and mashing, or by applying dry heat under acidic conditions (pyrolysis or roasting).

47. Although the pyrolysis process allows us to create a biochar that is absolutely sterile (no odour, no pathogens) and where all organic molecules have disappeared, it may still contain some remains of heavy metals.

48. Hydrocarbon mixtures comprising butadiene1.3 and Butylenes are obtainable at low cost by the dehydrogenation of butane or butylene and by the pyrolysis of other organic starting materials such as petroleum fractions, coal tar distillate, etc

49. 3,4-Benzpyrene is primarily found in gasoline and diesel exhaust, cigarette smoke, coal tar and coal tar pitch, charcoal-broiled foods and certain other foods, amino acids, fatty acids and carbohydrate pyrolysis products, soot smoke

50. Biochar is defined as a carbon-rich material produced during pyrolysis process that is a thermochemical decomposition of biomass with a temperature about ≤700°C in the absence or limited supply of oxygen [124].

51. More loosely, outside the field of petroleum chemistry, the term "cracking" is used to describe any type of splitting of molecules under the influence of heat, catalysts and solvents, such as in processes of destructive distillation or pyrolysis.

52. The research revealed that a temperature increase, from about 650 to about 1,300 degrees F in the oxygen-free pyrolysis process used to convert the agricultural waste materials to biochars, resulted in a greatly enhanced capacity to Adsorb the pharmaceutical compounds.

53. Acetylene definition, a colorless gas, C2H2, having an etherlike odor, produced usually by the action of water on calcium carbide or by pyrolysis of natural gas: used especially in metal cutting and welding, as an illuminant, and in organic synthesis

54. Biochar is the charcoal-like byproduct of the process of pyrolysis, or the anaerobic (meaning without oxygen) thermal decomposition of organic materials (generally plant-based residues) to produce fuels in the form of bio-oils and/or syngas used to produce heat or electricity, or both.

55. A comprehensive treatment of comet-asteroid interaction with the atmosphere, surface impact, and resulting organic pyrolysis demonstrates that organics will not survive impacts at velocities greater than about 10 kilometers per second and that even comets and asteroids as small as 100 meters in radius cannot be Aerobraked to below this velocity

56. Apparatus/installations for natural gas, petroleum and carbon chemistry, process/reaction ovens, pyrolysis ovens, cracking ovens, other reactors, in particular thermal and catalytic reactors, crackers and cracking installations, tube furnaces, bubble columns, olefin-generating installations, in particular ethylene installations, apparatus/reactors for processing aromatic compounds and naphthenes, natural gas liquefiers, steam reformers, synthetic gas generators, hydrogen and ammonia generators

57. According to the present invention, a graphene-carbon nanotube composite is prepared by the following steps: adding graphene and a metal catalyst to a solvent to prepare a catalyst precursor solution; spraying the catalyst precursor solution at a reaction furnace using an aerosol generator; and synthesizing a graphene-carbon nanotube composite through pyrolysis while the sprayed aerosol goes through the reaction furnace.