Design Guidelines for High Performance Industrial Furnaces - High Temperature Air Combustion: From Energy Conservation to Pollution Reduction - page 329

Government (MITI)

Fixed amount subsidy to NEDO

NEDO (1/3 subsidy)

Joint Research Contract Joint Research Contract Joint Research Contract

Joint Researcher Joint Researcher Joint Researcher

[Ratio of the burden of costs shouldered by joint researchers: 2/3]
(Note) The assets of research and development under the joint research project are shared.

[Scope of Items to be subsidized]

[Category of Furnaces to be subsidized]

Design and engineering fee

Heating furnaces, heat treatment furnaces
and melting furnaces are qualified for the
high performance industrial furnace field
demonstration project

Equipment procurement cost

Installation cost

Data collection fee

Miscellaneous fee

FIGURE 5.80 Field test demonstration execution scheme.

TABLE 5.27
Schedule of Field Test

Schedule

1998 1999 2000 2001 2002 2003 2004 2005

High Performance
Industrial Furnace
Field Test
Demonstration Project

Installation/Data collection Long-term running data collection

The case analysis for 1998 on the basis of industry types is shown in Figure
5.82 . The introduction of high performance industrial furnaces in the iron and steel
industries accounted for 50% (29 cases), followed by the metallic machine manu-
facture industry at 31% (18 cases). Breaking down the percentage for the iron and