|
| | |
10,000 hectares of paddy
/rice plantation yield
19,500 metric tons of straw/ by-product. This, mixed with cellulose raw
matrials (waste and recycled paper and cardboard (6,500 metric tons) can
be used to produce 20,000 metric tons of kraft paper. | |
| |
INVESTMENT:
x 1,000.00 US$ |
| 1
| Site
preparation (building, miscellaneous) |
10,000
| |
2
| Equipment
(60% production equipment) |
11,000
| |
3
| Startup
expenses |
1,500
| | 4
| Operational
funds |
2,500
| |
5
| Preliminary
expenses |
1,200
| |
6
| TOTAL
INVESTMENT |
26,200
| For
a total production of 20,000 metric tons
of fluting-kraft-liner-paper at a selling price of US$:
.800 per metric ton
| GROSS
PROFIT: x 1,000.00 US$ |
Gross
profit before financial charges
| 8
| TOTAL
GROSS PROFIT |
10,200
|
| LOCAL
MARKET |
|
It
is important to notice that the production has a ready-market in the member
states of Ecowas
region, which imports yearly 450.000 metric tons of kraft paper. The global total
market for 48 sub-Saharan African countries being estimated to 1,500,000 metric
tons (for year 2000) |
Are
you aware that any
sub-Saharan african country is capable of sustaining double digit annual
economic growth rates for long period of 10 to 30 years running? There
is really no poor African country.
Click here to read
more about the matter
|
Revenues
(in red): US $ x 1,000,000 |
| YEARS
| | |
|
1
|
2
|
3
|
4
|
5
|
6
|
7
|
8
|
9
|
10
| |
Oil
|
a |
75 |
150 |
225 |
300 |
375 |
450 |
525 |
600 |
675 |
750 |
| Animal
breeding |
b |
326 |
652 |
978 |
1.304 |
1.630 |
1.956 |
2.282 |
2.608 |
2.934 |
3.260 |
| Cereals
crops |
c |
474 |
947 |
1.420 |
1.894 |
2.368 |
2.841 |
3.315 |
3.788 |
4.262 |
4.735 |
| Oil
seeds crops |
d |
204 |
408 |
612 |
816 |
1.020 |
1.224 |
1.428 |
1.632 |
1.836 |
2.040 |
| Services
(storage, transport,
insurance; etc.) |
e |
486 |
971 |
1.456 |
1.941 |
2.427 |
2.912 |
3.398 |
3.883 |
4.368 |
4.853 |
| Total
revenues generated by the scheme |
f |
1.565 |
3.128 |
4.691 |
6.255 |
7.820 |
9.383 |
10.948 |
12.511 |
14.075 |
15.638 |
| GNP
without the scheme |
g |
3.000 |
3.150 |
3.308 |
3.473 |
3.647 |
3.829 |
4.020 |
4.221 |
4.432 |
4.654 |
| Global
GNP |
h |
4.565 |
6.278 |
7.999 |
9.728 |
11.467 |
13.212 |
14.968 |
16.732 |
18.507 |
20.292 |
Resulting
annual Growth Rate |
i |
52.16 |
37.52
|
27.41
|
22.62
|
17.87
|
15.21
|
13.29
|
11.78
|
10.60
|
9.64
| | Line
(i) highlights Professor Moses Abramowitz's Catch Up Factor and double-
digit theory as here extensively
exposed. Within a span time of ten years, the initial GNP (year 1 -line g) had
been multiplied by 6.76 - (year 10 -line h) even without considering any increase
of outputs over years. | 
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for Banners Positioning and Pricing
|
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