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  • (Nov 14) The 69th Hiroshima University Biomass Evening Seminar(The 42nd Hiroshima University ACE Seminar)

(Nov 14) The 69th Hiroshima University Biomass Evening Seminar(The 42nd Hiroshima University ACE Seminar)

Biomass Project Research Center, Hiroshima University, and HOSTY Association are co-organizing the Hiroshima University Biomass Evening Seminar. This seminar covers topics from the fundamentals of biomass to the latest information so that it can contribute the activities on biomass in this district. The 69th seminar will be held as follows. Please join.

Date & Time

​Wednesday, 14 November 2018, 16:20-17:50

Place

Engineering 109 Lecture Room, Higashi-Hiroshima Campus, Hiroshima University

  • For the access to the venue, click here.
  • For the campus map, click here.
  • For the layout of the lecture rooms, click here. (It automatically directs you to a Japanese page.)

Program

Commentary and Chair: Yukihiko MATSUMURA
Professor, Graduate School of Engineering, Hiroshima University

◆Lecture: Rahmat Iman MAINIL
D2 Student, Graduate School of Engineering, Hiroshima University

1. “Reaction Model of Glyceraldehyde Decomposition in Hot Compressed Water”
Glyceraldehyde which is undergo retro aldol condensation had been treated under high temperature (350 – 450 ℃) and high pressure (25 MPa) of water. A reaction network proposed in this study explained relations among decomposition products. Comparison between experimental and model calculation were performed to show characteristics of each reactions. Results indicated that radical reactions predominate in sub and supercritical conditions.

2. “Assesment of Palm Oil Mill Effluent (POME) Gasification in Supercritical Water Gasification for Hydrogen Production”

Nowadays, the expanding of oil palm Industry has given both significant benefit and drawbacks. Besides as a source of national income, production of palm oil obtain a substantial amount of wastes byproducts. One of the most challenging problem is Palm Oil Mill Effluent (POME). In this work, characteristics of Supercritical Water Gasification of POME were investigated in a continous reactor at constant pressure of 25 MPa. The effect of temperature (500-600 ℃) and residence time (5-50 s) on gas yield and composition, carbon gasification efficiency (CGE) were studied. The results showed that a higher reaction temperature and a longer residence time could enhance the carbon gasification efficiency of POME and leading to higher hydrogen yield.

【Workshops】≪Biomass Resources≫
◆Lecture: Yukihiko MATSUMURA
Professor, Graduate School of Engineering, Hiroshima University

While depletion of energy resources is regarded as a problem, biomass resources produced by living organisms by using solar energy are attracting attention as renewable energy along with natural energy such as wind power and sunlight. Biomass resources include various types ranging from dry to wet or from waste to produced. In this seminar, we will introduce these biomass resources in the form of workshops.

We will hold the discussion meeting from 18:00 (800 JPY needed). Join this meeting, too if you are available.

Inquiries:
HOSTY Association (Graduate School of Engineering, Hiroshima University)

E-mail: bprc*hiroshima-u.ac.jp (Please replace * with @)


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