+ All Categories
Home > Documents > ...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials...

...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials...

Date post: 04-Sep-2020
Category:
Upload: others
View: 0 times
Download: 0 times
Share this document with a friend
17
www.alfalaval.com
Transcript
Page 1: ...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials Impact •Health & safety •Quality & lead time •Cost efficiency Advanced robotics

www.alfalaval.com

Page 2: ...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials Impact •Health & safety •Quality & lead time •Cost efficiency Advanced robotics

www.alfalaval.com06/12/2019 | © Alfa Laval 2 |

The footprint program & Industry 4.0

− Operations

Mikael Tydén

Head of Operations

Alfa Laval Group

Page 3: ...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials Impact •Health & safety •Quality & lead time •Cost efficiency Advanced robotics

www.alfalaval.com

Alfa Laval footprint program− For increased competitiveness and an outstanding customer experience

06/12/2019 | © Alfa Laval 3 |

• A top-class end-to-end supply chain with

smart manufacturing

• Supports growth and profitability

• Drives the consolidation of our footprint

• Enables an outstanding customer

experience

Page 4: ...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials Impact •Health & safety •Quality & lead time •Cost efficiency Advanced robotics

www.alfalaval.com

The footprint program− For increased competitiveness and an outstanding customer experience

06/12/2019 | © Alfa Laval 4 |

• Cost efficiency and sustainable supply chain

Reduction of Cost & Complexity

• Delivery performance improvement

Lead time & Presence

• Capacity increase / optimization to meet future demands

Growth

• Divestment of “the Greenhouse” / selected product groups

Impact & Opportunities

Page 5: ...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials Impact •Health & safety •Quality & lead time •Cost efficiency Advanced robotics

www.alfalaval.com06/12/2019 | © Alfa Laval

Starting point of the footprint program− Alfa Laval sites world wide Q4 2016

Presence:

• 60 main sites

• A number of smaller

sales offices and

service centres

Page 6: ...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials Impact •Health & safety •Quality & lead time •Cost efficiency Advanced robotics

www.alfalaval.com

− Major projects

Progress of footprint program 2017-2021

06/12/2019 | © Alfa Laval 6 |

Footprint ClosedClosureQ4 2019

ClosureQ2 2021

Site reduction

Consolidation USA 2

Spiral heat exchanger supply chain 1

The Greenhouse, selected product groups 4

Consolidation China 1

Gasketed plate heat exchanger supply chain -

Decanter supply chain -

Consolidation India 3

Brazed and fusion bonded heat exchanger supply chain -

Kolding hygienic fluid handling centre 1

Total 12

Wave 1 Wave 2

Page 7: ...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials Impact •Health & safety •Quality & lead time •Cost efficiency Advanced robotics

www.alfalaval.com

Benefits of footprint program− 2017-2021

06/12/2019 | © Alfa Laval 7 |

• 20% reduction of main sites from 60 to 48

• Payback 5 years

• Considerable upgrade of real estate assets

• Increased growth capabilities

• Critical mass for advanced automation &

digitalization, talent attraction & retention

• Direct savings by:

− Moving to low cost countries

− Cost avoidance by less duplications

− Lower running cost

(internal services and real estate maintenance)Qingdao, China

Page 8: ...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials Impact •Health & safety •Quality & lead time •Cost efficiency Advanced robotics

www.alfalaval.com

Example of a footprint project− Consolidation Krakow

06/12/2019 | © Alfa Laval 8 |

• Existing footprint facility

• Lower cost country

Page 9: ...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials Impact •Health & safety •Quality & lead time •Cost efficiency Advanced robotics

www.alfalaval.com| © Alfa Laval 9 |06/12/2019

Taking Alfa Laval into the future− Industry 4.0 and Smart manufacturing

Smart

technology

Workforce

empowerment

Sustainable

customer value

Page 10: ...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials Impact •Health & safety •Quality & lead time •Cost efficiency Advanced robotics

www.alfalaval.com06/12/2019 | © Alfa Laval 10 |

Smart manufacturing− In collaboration with external partners

Page 11: ...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials Impact •Health & safety •Quality & lead time •Cost efficiency Advanced robotics

www.alfalaval.com06/12/2019 | © Alfa Laval 11 |

Use-case

• Digital twin of the production

• Scenario analysis

• Process optimization

Impact

• Health & safety

• Quality & lead time

• Capacity & cost efficiency

Plant simulation− Gasketed plate heat exchangers, Lund, Sweden

Page 12: ...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials Impact •Health & safety •Quality & lead time •Cost efficiency Advanced robotics

www.alfalaval.com06/12/2019 | © Alfa Laval 12 |

Use-case

• Cloud-connected sensors

• Monitor unplanned stops

• Effective information loop

Impact

• Delivery performance

• Capacity & cost efficiency

Advanced performance tracking− Brazed heat exchangers, Alonte, Italy

+20%Efficiency

Page 13: ...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials Impact •Health & safety •Quality & lead time •Cost efficiency Advanced robotics

www.alfalaval.com06/12/2019 | © Alfa Laval 13 |

Use-case

• Layer-by-layer

• Complexity for free

• Business disruption

Impact

• Lead time

• New design solutions

• Customization & flexibility

Additive manufacturing (AM)− High speed separators, Eskilstuna, Sweden

Page 14: ...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials Impact •Health & safety •Quality & lead time •Cost efficiency Advanced robotics

www.alfalaval.com06/12/2019 | © Alfa Laval 14 |

Use-case

• Industrial alliance

• Advanced sensors & machine learning

• Handling of polymeric materials

Impact

• Health & safety

• Quality & lead time

• Cost efficiency

Advanced robotics− Gasketed plate heat exchangers, Lund, Sweden

Page 15: ...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials Impact •Health & safety •Quality & lead time •Cost efficiency Advanced robotics

www.alfalaval.com

Vision

• Solar panel power

• Connected and digital

• Forklift free environment

Impact

• Health, safety & environment

• Quality & lead time

• Capacity & cost efficiency

− Combining footprint and Industry 4.0 tools

Greenfield factory of the future

06/12/2019 | © Alfa Laval 15 |

San Bonifacio, Italy

Page 16: ...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials Impact •Health & safety •Quality & lead time •Cost efficiency Advanced robotics

www.alfalaval.com06/12/2019 | © Alfa Laval 16 |

Summary

- 20 percent Smart

Page 17: ...•Industrial alliance •Advanced sensors & machine learning •Handling of polymeric materials Impact •Health & safety •Quality & lead time •Cost efficiency Advanced robotics

www.alfalaval.com


Recommended