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What is SILO
Technical description
Success story
References
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Team SILO
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What is SILO?

SILO is a system designed to increase efficiency of industrial processes. It uses artificial intelligence
methods to both optimize the process and gather knowledge about it. SILO can be considered as an
additional operator who is constantly gaining knowledge about the process and thus keeps on increasing
the efficiency of his work.
What is SILO?

SILO is a system designed to increase efficiency of industrial processes. It uses artificial intelligence
methods to both optimize the process and gather knowledge about it. SILO can be considered as an
additional operator who is constantly gaining knowledge about the process and thus keeps on increasing
the efficiency of his work.

What is SILO?

SILO is a system designed to increase
efficiency of industrial processes.
It uses artificial intelligence methods to
both optimize the process and gather
knowledge about it.
What is SILO?

SILO is a system designed to increase
efficiency of industrial processes.
It uses artificial intelligence methods to
both optimize the process and gather
knowledge about it.

Technical description

SILO (Stochastical Immunological Layer Optimizer) is an Advanced Control class software solution which
is aimed to perform automatic, on-line optimization of industrial processes - combustion in power boilers in particular.
Technical description

SILO (Stochastical Immunological Layer Optimizer) is an Advanced Control class software solution which
is aimed to perform automatic, on-line optimization of industrial processes - combustion in power boilers in particular.

Technical
description

SILO (Stochastical Immunological Layer
Optimizer) is an Advanced Control class
software solution which is aimed to
perform automatic, on-line
optimization of industrial processes -
combustion in power boilers in
particular.
Technical
description

SILO (Stochastical Immunological Layer
Optimizer) is an Advanced Control class
software solution which is aimed to
perform automatic, on-line
optimization of industrial processes -
combustion in power boilers in
particular.

Success Story

Rybnik Power Station, Unit 4 - 225 MW

0,27%

4380 t/y

1565 t/y

665 t/y

$286 500
per year

Increase of boiler
efficiency

Reduction of CO₂
emission

Reduction of coal
consumption

Reduction of coal
ammonia usage

Total operational
costs reduction
Success Story

Rybnik Power Station, Unit 4 - 225 MW

0,27%

4380 t/y

1565 t/y

665 t/y

$286 500
per year

Increase of boiler
efficiency

Reduction of CO₂
emission

Reduction of coal
consumption

Reduction of coal
ammonia usage

Total operational
costs reduction

Success Story

Rybnik Power Station, Unit 4 - 225 MW

0.27%

4380 t/y

1565 t/y

665 t/y

$286 500
per year

Increase of boiler
efficiency

Reduction of CO₂
emission

Reduction of coal
consumption

Reduction of
ammonia usage

Total operational
costs reduction
Success Story

Rybnik Power Station, Unit 4 - 225 MW

0.27%

4380 t/y

1565 t/y

665 t/y

$286 500
per year

Increase of boiler
efficiency

Reduction of CO₂
emission

Reduction of coal
consumption

Reduction of
ammonia usage

Total operational
costs reduction

References

SILO has been implemented in 50 power units in power plants all over the world.
References

SILO has been implemented in 50 power units in power plants all over the world.

References

SILO has been implemented in 50 power
units in power plants all over the world.
References

SILO has been implemented in 50 power
units in power plants all over the world.

News

Team SILO

Paweł Różacki

Łukasz Śladewski

Marcin Krzyszczak

Contact

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