Title(Kor) 열수가압탄화 공정에 의한 음식물폐기물로부터의 Bio Solid Reuse Fuel (Bio-SRF) 연료제조에 관한 실증연구
Title(Eng) A Study on the Manufacture of Bio-SRF from the Food Waste by Hydrothermal Carbonization (HTC) Process
Keyword Hydrothermal carbonization(열수가압탄화), Biochar(바이오차), Food waste(음식물폐기물), Bio SRF(바이오 고형연료), HTC process(열수가 압탄화공정)
Author(Kor) 한단비1⋅염규인1⋅박성규2⋅조욱상1⋅백영순1,†
Author(Eng) DANBEE HAN1, KYUIN YEOM1, SUNGKYU PARK2, WOOKSANG CHO1, YOUNGSOON BAEK1,†
Date 2017-08
Attach file 14-17-08-03(백영순)426.pdf
Page Page. 426~432
Abstract(Kor)
Abstract(Eng)
Hydrothermal carbonization (HTC) is an effective and environment friendly technique; it possesses extensive potential towards producing high-energy density solid fuels. it is a carbonization method of thermochemical process at a relatively low temperature (180-250℃). It is reacted by water containing raw material. However, the production and quality of solid fuels from HTC depends upon several parameters; temperature, residence time, and pressure. This study investigates the influence of operating parameters on solid fuel production during HTC. Especially, when food waste was reacted for 2 hours, 4 hours, and 8 hours at 200℃ and 2.0-2.5 MPa, Data including heating value, proximate analysis and water content was consequently collected and analyzed. It was found that reaction temperature, residence time are the primary factors that influence the HTC process.



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