SEMANA DE LA BIOENERGÍA BIOENERGY WEEKS...Our parameter 20 Manure 79% Scrap alim. 15% Scrap mills...

OCTUBRE 2018

1

“La experiencia en Argentina”

“The experience in argentina”

SEMANA DE LA BIOENERGÍA

BIOENERGY WEEKS

SCHEDULE

Schedule• Presentation ADECO • Milk Model

• Introduction to the dairy model• Introduction to the energy model• Our Project • Our Results

• Conclusions

3v

About us

A team in South America leader in food production and renewable energy

profitability through efficiency, low cost production and sustainability

8.000 employees

450.000 hectare(55% own)

3 sugar cane mill3 rice mill7 milking cows

4

Company Timeline

5v

Business lines

Crops & Milk

Rice

Sugar &

ethanol

230 K hectare

7.5 K milking cows

682 K tons

50 K hect.

3 mills

242 K tons

170 K hectare

3 mills

1.3 M tons

6

Leche

Milk

Dairy Production SystemTransforming vegetal protein into animal protein

7

clean and dry spaces

Refrigeration system

Sand Beds

The food represents 60% Costs

We achieve 1.45 liters per kg of food

Healthy animals

Produce aprox. 37 liters/cow/day

Quality milk

Traceability and stability

97 millons de liters/year ( +1% country) 8

We build a very efficient model

9

Our system

We generate 160 direct jobs

A professional and consolidated team

10

Leche + Energía

Milk + Energy

Biologycal process!!!!

Chart

Typical project

Fisrt Biogigester

Production of electricity from the Biogas generated from the effluents

Biodigester Chart

29

Caracteristic principal

Calor

POTENCY 1,4MwINJET IN THE

GRID

HEAT10%

REUSEPOTENCIAL

USES

BIOIFERTILIZER300.000

Tn/yearSPREAD

Input Output

COWS MANURE

SCRAP

BIOFERTILIZERBIOGAS

ELECTRICITY

HEATDIGESTOR

ALIMENTATION PIT

Our project is located in the heart of the Humidity Pampa

Christophersen, General López, Santa Fe

Distancias desde Tambos:• Chistophersen

• Venado Tuerto

• Rosario

• Buenos Aires

13

EstanciaCarmen

10.000ha

Dairy1

Dairy2

Dairy3&4

generates stability in the GRID

we are end of line

SADI

Stages of the generation projectB

EG

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AS

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SIG

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18

CO

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8

Hystory Expectation

tod

ay

It was notviable

Construction of the project

JAN- 2017 FEB - 2017

MAR - 2017APR - 2017

JUN - 2017 JUL - 2017

FEB - 2017

We enter the grid before the obligation

16

SEP – 2017Start of generation

NOV – 2017Start whith the conttact

17

Our Generation

18

Biodigester nutrition

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Our Problems

Our parameter

20

Manure79%

Scrap alim.15%

Scrap mills4%

Scrap Ind.2%

Total Nutrition : 40.369 tn

nov-17 dic-17 ene-18 feb-18 mar-18 abr-18 may-18 jun-18 jul-18ago-18(parc)

Generación 521 536 669 730 921 873 822 667 867 683

Objetivo 703 779 779 703 779 754 779 754 779 553

0100200300400500600700800900

1000

MW

H (

tota

l me

s)

Generation Days Geneartion: 293

Total Generation: 7.290

MWh

Contract:

7.360 MWh

600 m3 Biogas (CH4 52/54%) 1MW

1 tn manure 100 m3 biogas

6 tn manure 1MW

1 tn mix alimentation 108 m3 biogas

Design data for a biodigester ...

BIOMASSE

Estiercol de VO

Vacas en ordeñe N° 5

Producción Kg/día 68

Cantidad ton/año 124

% massa % 100,0%

Cantidad Kg/día 340

Sólidos Totales % 10,4%

Sólidos Totales Kg/día 35

Solidos Volátiles % S.S. 80,0%

Solidos Volátiles Kg/día 28

Residuos kg/día 7

BIOMASSE

BIOGAS Potencial m3/dia 11

% Metano te v 55%

METANO m3 6

Horas de producción hrs/yr 8760

TOTALE BIOGAS PRODUCIDO m3/yr 4.130

Energy content CH4 Kcal/m3 8.500

Unit Conversion kcal/kwh 860

Electricity content Kwh/m3 CH4 9,89

% CH4 nel BIOGAS % 54,00%

FUNZIONAMENTO MOTORE hrs/yr 8000

POTENZA INTRODOTTA kW 3

RENDIMENTO ELETTRICO % 41,00%

POTENZA ELETTRICA GENERATA kW 1,1

INPUTS

DIGESTION

BIOMASSE

Restos de Silo

Vacas en ordeñe N°

Producción Kg/día 100%

Cantidad ton/año 20

% massa % 100,0%

Cantidad Kg/día 55

Sólidos Totales % 32,0%

Sólidos Totales Kg/día 18

Solidos Volátiles % S.S. 96,0%

Solidos Volátiles Kg/día 17

Residuos kg/día 1

BIOMASSE

BIOGAS Potencial m3/dia 11

% Metano te v 53%

METANO m3 6

Horas de producción hrs/yr 8760

TOTALE BIOGAS PRODUCIDO m3/yr 3.994

Energy content CH4 Kcal/m3 8.500

Unit Conversion kcal/kwh 860

Electricity content Kwh/m3 CH4 9,89

% CH4 nel BIOGAS % 54,00%

FUNZIONAMENTO MOTORE hrs/yr 8000

POTENZA INTRODOTTA kW 3

RENDIMENTO ELETTRICO % 41,00%

POTENZA ELETTRICA GENERATA kW 1,1

INPUTS

DIGESTION

Does a digester make sense?

• Maturation of the LAW

• Project scale

• Maturation of suppliers

• Project financing

• Return of the project• Social responsability.

• Economic benefit.• Growth Sustainability.

Paradigm shift

Milk

Beef

Milk

Beef

Energy

Biofertilizer

History

Actualy

¡Muchas Gracias!

Thanks!Responsable Proyectos Industriales

Lisandro Ferrer

Email: lferrer@adecoagro.com