Abstract:
본발명은마그네슘(Mg)-니켈(Ni)-몰리브덴(Mo)이담지된탄소지지체를포함하는바이오원유의화학적품질향상을위한촉매복합체를제공한다. 본발명에따른촉매복합체는마그네슘-니켈-몰리브덴(Mg-Ni-Mo)이탄소지지체에담지되어방향족화합물의수득율및 바이오오일의전환율을증가시켜화학적품질이향상된바이오오일을제조할수 있다.
Abstract:
A sludge injecting apparatus which has a simple structure, and improves the crushing efficiency by intermittently feeding compressed inert gas into a crushing equipment such that sludge is crushed well by an impact of gas applied to the sludge in addition to mechanical crushing of the crushing equipment, and a pyrolysis system having the sludge injecting apparatus are provided. A sludge injecting apparatus comprises: a cylindrical main body(210) including a body consisted of a cylindrical part(212) and a conical tapered part(213), a sludge inflow port(214) and a sludge discharge port(216), and connecting flanges(215,217); an impact generating part(220) which is connected to a lower part of the main body and intermittently generates a gas impact to discharge the gas impact into the main body, the impact generating part including an impact generator(223), a gas inflow pipe(222), and a gas exhaust pipe(227); a first valve(240) which is installed at the sludge inflow port side to control inflow of sludge, and includes a valve plate(241), a traction rack(242), a pinion(243), and a motor(244); and a second valve installed at the sludge discharge port side to control discharge of sludge. The sludge injecting apparatus further comprises an exhaust part(230) including an exhaust pipe(231), a filter part(232), and a sound arrester(235).
Abstract:
A fuel oil refining device and a pyrolysis system having the same are provided to improve the quality of fuel oil by successively passing various impurities and harmful gas included in the fuel oil distilled in a distillation tower through plural refining tanks. In the pyrolysis system, the fuel oil refining device(200) is composed of a first refining tank(10) for receiving fuel oil including impurities and filtering large particles of the fuel oil through an envelop-shaped bag filter; a second refining tank(20) for filtering fine particles of the fuel oil refined in the first refining tank by a first rod-shaped cartridge filter installed inside; a third refining tank(30) for filtering hyperfine particles and moisture of the fuel oil refined in the second refining tank by second and third cartridge filters installed inside; and a fourth refining tank(40) receiving the fuel oil refined in the third refining tank and filtering harmful chemical components by passing the fuel oil through a fourth cartridge filter made of carbons.