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Converting to Fuel

Circulation of Biomass Energy: to create a resource-recycled society

There are limited resources in fossil fuels (oil, coal, etc), but there are also recyclable natural resources that can be converted into energy: Biomass.

Biomass is the general organic resources such as sawmill residue, thinning woods, forest residues (leaves and branches), sawdust from construction, livestock waste, municipal waste from restaurants, convenience stores, and house kitchens. This biomass has been treated and managed as waste, but to convert this biomass to energy and to use this biomass energy (bioenergy) can progress the world.

Motoyama Shoji, Inc strives to create and contribute to a resource-recycling society, and our new developed machinery will certainly help to create earth friendly environment.

Our machinery, Recycled Energy and Electricity from Sawmill Residue, was approved by the governor of Chiba prefecture for a renovated innovation planning based on gOrganization for Small & Medium Enterprises and Regional Innovation.h The followings are the test results of energy produced by our machinery.

Example of Coal and Petroleum Coke Analysis
Charcoal Category
Lignite
Lignite
Lignite
Sub-bituminous Coal
Bituminous Coal
Bituminous Coal
Bituminous Coal
Bituminous Coal
Anthracite
Petroleum Coke
Coutry
Location
Australia
Yarun
USA
Rochelle
Indonesia
Pasir
Japan
Pacific Ocean
Australia
Ehnbenezer
China
Datong
Australia
Ensham
Australia
Newlands
Vietnam
Hon Gai
USA
Chevron
Total Moisture (wt%)
34.3
25.2
18.5
12
10
8
8
8
8
8.1
Heat Value (kcal/kg)
4,100
5,860
6,200
6,200
6,700
6,810
7,000
6,820
8,050
8.,670
HGI
 
49
448
42
40
50
57
58
31
75

*Analysis is based on the followings. Total Moisture: Based on arrival; Heat Value: Based on air-dried basis

Measurement Test Result of Energy Generated by Our Machinery
Test Item
Unit
Test Result
Test Method
Gross Heat Value
Kcal/kg
7780
JSK 2279
Gross Heat Value
MJ/kg
32.4
JSK 2279 (Unit Conversion)
Total Moisture
%
1.39
Loss on Drying
Moisture
%
1.39
Loss on Drying
Ash Content
%
18
Loss on Drying
Volatile Portions
%
0
Motoyama-Shoji Own Method
Fixed Carbon
%
81
Calculation
Kjeldahl Nitrogen
%
0.32
Kjeldahl Method
Chlorine
%
Less than 1
Titration Method
Dec. 28, 2001
MRC UNITEC CO.,LTD.
1Ban 109Go 3Chome Kouyou Hachido-Shi Aomori-Ken 031-0801

 

Flue Gas Measurements
Location - Motoyama Shoji, Inc. Hachinohe Factory
Measured company - MRC UNITEC CO.,LTD. (Dioxin is measured by MIURA CO., LTD.)

Energy Main Ingredient
Average
Measurement Data
Outcome
Kerosene & Chicken Manure
Measurement of Soot and Dust Concentration
0.30
0.041
Passed
Measurement of Sulfuric Oxide
0.60
0.00
Passed
Measurement of Nitrogen Oxides
350
113
Passed
Measurement of Sulfuric Oxide
641.52
207.12
Passed
Measurement of Nitrogen Oxides
816
264
Passed
Kerosene & Chicken Manure
Measurement of Soot and Dust Concentration
991.22
320.07783
Passed
Measurement of Nitrogen Oxides
1341
433
Passed
Kerosene & Chicken Manure
Measurement of Soot and Dust Concentration
1515.77
489.51633
Passed
Measurement of Sulfuric Oxide
1690.62
546.00
Passed

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© 2004 Motoyama Shoji, Inc. All Rights Reserved.