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Industrial inertia Case Study: Japans Iron and Steel Industry.

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Presentation on theme: "Industrial inertia Case Study: Japans Iron and Steel Industry."— Presentation transcript:


2 Industrial inertia Case Study: Japans Iron and Steel Industry

3 Japans steel ind. - an overview rapid development in the last 30 years increased 10 times from 1960-1990 2 nd largest steel producer in the world leading steel exporter

4 Processes of steel production

5 Pre-war steel centres Kamaishi ( ) Kitakyushu ( ) Muroran ( ) located near coalfields raw-material oriented coastal locations

6 Post-war agglomeration Osaka-Kobe area ( ) Tokyo-Yokohama area ( ) Fukuyama ( ) Nagoya ( ) Manufacturing belt market-oriented coastal location

7 Reasons for industrial agglomeration change from raw-material oriented to market- oriented past – near coalfields but now – near markets attracted by coastal locations And large conurbations due to supply of scrap metal and labour Therefore, they cluster along Manufacturing Belt

8 Reasons for indsutrial relocation integrated steel plants need a lot of flat land (space-demanding) which is available near coastal areas by reclamation

9 Reasons for indsutrial relocation declining supply of local coal and iron ore ports enable import of raw materials

10 Reasons for indsutrial relocation coastal locations have deep water ports and good port facilities bulk carriers can be used to reduce transport cost

11 Iron and Steel Plant in Kyushu

12 Transporting RM in Kyushu

13 Iron and Steel Plant in Kyushu

14 Reasons for indsutrial relocation large local and overseas markets freight rate of products > raw materials therefore, market-orientation is preferable

15 Reasons for indsutrial relocation steel-using industries / industrial linkages found in Manufacturing Belt ship-building/car industries Enjoys agglomeration economies

16 Reasons for indsutrial relocation large cities can provide scrap metal can replace pig iron

17 Will all factories move to new locations? Why? No Some firms or particular groups of industries tend to remain in an existing location (non- optimal sites) after the original factors for their location have weakened or disappeared. Sometimes, the locations were more favourable in the past than they are now. This is called industrial inertia.

18 Why do the firms stay in original locations? They dont move because there are still favourable factors of the present location. Can you list some?

19 Favourable factors of the present location Physical infrastructure, e.g. roads, water and electricity supplies, are present. Ancillary services are available. A pool of skilled labour is available. The firms need to be near to existing market. The firms need to maintain existing linkages with other firms (with long established business relations)

20 Why do the firms stay in original locations? Taking risks to move to new locations Possible problems encountered in new locations Can you list some?

21 Possible problems encountered in the new locations At the new sites, personal ties and linkages with the original industrial network may break down. At the new locations, the cost and time of training new labour are needed. There are risks and uncertainties in the new production environments. Knowledge about new regions is not so perfect. There are diseconomies of disinvestment, e.g. high cost will be involved in moving bulky capital equipment.

22 But what happens to other firms which do not move? 2 possible outcomes: Close down of factories urban decay Industrial inertia re-industrialization

23 How can industrial regions manage to survive? contraction of business downsizing the workforce closure of inefficient plants restructuring by adaptation of existing industries in situ, introducing more efficient production methods developing new industries/new products movement towards specialization of products

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