Fevereiro 2020

Summary – Description

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PROJECT:

• Ethanol plant (corn) construction and implantation in Juscimeira - Mato Grosso;

• alcohol plant (sugar cane) acquisition in Canitar São Paulo and adaptation to potatoes;

• Juscimeira plant daily capacity of 600 thousand liters per day, and 272 million of liters per year;

• Canitar Plant daily capacity of 600 thousand liters per day, and 168 million of liters per year.

Description

Executive Summary: ABI – Amazônia Bioenergia

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Ethanol production unit implant:

• Ethanol production in Mato Grosso (Juscimeira) will use corn, exploiting the high productivity

and low input price in the region, in addition to municipal tax benefits (10 years, renewable for

another 10 years) for such implementation.

• Ethanol production in São Paulo (Canitar) will start with sugar cane; the plant will be ready to

work in 6 months. Investments will be made to replace the old mills with big potato crushers . A

large nursery will also be developed for industrial potato seedlings and, in parallel, the leasing of

land, aiming its cultivation in the region. Our aim is the application of a new technology that is

absolutely sustainable and can be a new alternative of energy in our country.

Matriz Energética do Etanol no Brasil

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Sugar cane

The main Brazilian energy matrix in ethanol production has been sugar cane for over 30 years,

with more than a hundred of units all around the country. However, new alternatives, such as

corn, are on the rise. Mato Grosso has led this race. Its great productivity and potential for corn

culture puts Mato Grosso at the forefront for this technology of ethanol production. Sugar cane

has a low cost for ethanol production, yet the machinery needed is too big and heavy.

Corn

Corn, unlike sugarcane, has a high value, however, its structure is very light and simplified, and

its productivity can easily reach 350 days a year. In addition to the ethanol production, the unit

also produces a significant amount of corn oil, DDG and energy.

Executive Summary: ABI – Amazônia Bioenergia

Corn based ethanol main benefits:

Increased production capacity, up to 340 days per year;

lower water consumption when compared with sugar cane;

the production is highly mechanized, implying less manpower needed;

lower environmental impact ;

cultivation turnover, which provides soil improvement and lesser use of chemical fertilizers;

lower production cost when compared to sugar cane;

ever growing demand.

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Executive Summary: ABI – Amazônia Bioenergia

Potato based ethanol main benefits:

Increased production capacity, up to 350 days per year;

lower water consumption (50%) when compared with sugar cane;

the production is highly mechanized, implying less manpower needed;

lower environmental impact ;

cultivation turnover, which provides soil improvement and lesser use of chemical fertilizers;

lower production costs when compared to sugar cane;

big productivity.

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Executive Summary: ABI – Amazônia Bioenergia

Potato based ethanol main benefits:

Significant reduction in production loss, as it is possible to wait for the best moment for

planting and harvesting;

can be stored for two months after harvested;

when left on soil for extended periods can increase production;

a great culture option for family farming;

low production cost;

machinery investment isn’t needed;

ever growing demand.

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Executive Summary: ABI – Amazônia Bioenergia

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Energy Matrix of Ethanol in Brazil

INDUSTRIAL SWEETPOTATO

The cultivation of industrial sweet potatoes for ethanol production is already known in other

countries. It presents fantastic cases and may revolutionize the Brazilian production of ethanol.

Some of the features of this culture are: low production cost, highly productive, almost null risk

of crop loss, lesser use of pesticides and chemical fertilizers, and is also a great option for

cultivation turnover.

There are many positive features about this culture that may establish a turning point on

Brazilian ethanol production in a short amount of time. The DDG from the ethanol production

process can also be used for the production of animal food, just like corn DDG, resulting in a

new business.

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Largest global corn producers

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The growth of corn in Brazil

“The Food and Agriculture Organization of the United Nations report published yesterday, in Rome, shows that Brazil has consolidated its fast rise in corn production becoming the second biggest corn exporter. Ten years ago the country had only 1% of the global market, being now responsible for 25% of the world sale totals.

One of the reasons for this increase on the Brazilian production of corn is its use in ethanol manufacture. According to data recently presented by the National Supply Company (Conab), from the total of 30,3 billions of liters of ethanol during this harvest, 1,4 billion will be corn based.

This information is on the 1º Harvest Survey 2019/2020 on sugar cane by Coab, which presents data about ethanol produced from sugar cane and corn. Even thou it still represent a small percentage in comparison with the total (4 ,62%) the ethanol extraction from corn is well seen because of its potential…”

See more at https://economia.uol.com.br/noticias/redacao/2019/05/10/brasil-ja-e-o-segundo-maior-exportador-mundial-de-milho.htm?cmpid=copiaecola

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Sugar cane – Ethanol

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Brasil – Caeté - Alagoas

Fonte: Master Cana

Bunge and BP form sugar and ethanol business in Brazil

FONT: Click .Petróleo e gás.

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Mato Grosso will have 5 new corn based

ethanol plants by 2021

FONT:Brasil agro 2019

Corn – Ethanol

Brazilian ethanol market - Evolution

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Brazilian ethanol market - Imports

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Global ethanol market - Evolution

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Global ethanol market

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Regarding world ethanol production, the United States and Brazil are the main producers and are

responsible for 70% of the global supply. Worldwide, the ethanol production totaled 46 billion of

liters in 2005.

ABI - Amazônia Bioenergia - Products

Ethanol

Corn oil

Especial alcohol

DDGs

Power generation

ABI – Amazônia Bioenergia

Planta industrial MT

Etanol de milho

Planta industrial SP

Etanol de cana-batata

Schedule for installation x production

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Installation schedule

Canitar plant starts the production in one year using sugar cane, and by the end of the second

year will already be producing from industrial sweet potato, increasing the production from 600

to 800 thousands of liters per day;

Juscimeira plant starts the productions in two years using corn, with the capacity to generate

800 thousands of liters per day.

Production

1º year Canitar: 84 millions of liters;

2 º year Canitar: 168 millions of liters;

3 º year Canitar (expanded) and Juscimeira: 552 millions of liters;

4 º year onward: 552 millions of liters.