FINOCAS Activity Report 2020-2021

Page 194

Flanders Metals Valley, climate-neutral and circular metallurgical cluster in Flanders

With the Paris agreement, industry has to become climateneutral by 2050, and show large reductions by 2030. Many processes in steel and non-ferrous production are using fossil products, be it for thermal or chemical application. Technologies will have to be adapted or innovated. Europe has launched the Green Deal, a program that will make European society (including industry) climate-neutral. Green technologies are part of the solution to get there. Metals play an important role in solar and wind energy, as well as in battery technology. Europe including Flanders has limited resources for these metals, compared to other world regions. The circular economy will maximise re-utilisation and decrease dependency on metals import. This demands a circular metals industry.

Today, metallurgical companies in Flanders/ Belgium already excel in recycling metals from secondary sources, with high recovery rates and low energy usage. Metallurgical plants not only recycle consumer goods, but also intermediate products from other plants. By refining each other’s intermediates, these companies achieve higher recovery rates than they would on their own. This (economydriven) ecosystem of companies acting together leads to world-class overall recovery rates. The whole value chain around metal recycling and production is present in Belgium/Flanders: from scrap collection to product manufacturing and by-product valorisation. The existing network of companies is well-positioned to transition into a fully circular industry. This industrial competence has always been supported by a strong educational and research effort from universities and research centres. Therefore, a group of companies, universities and research institutions set up Flanders Metals Valley as an organisation to unite the stakeholders of the closed loop of metals. It was launched March 31st 2021, and organised its first workshop on June 23rd 2021. (FIN)OCAS strongly supports the Flanders Metals Valley initiative, is represented in its steering committee and workgroups and participates in events. With the courtesy of Flanders Metals Valley


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Flanders Metals Valley, climate-neutral and circular metallurgical cluster in Flanders

1min
pages 194-195

List of publications 2020-2021

7min
pages 196-204

Knowledge building

3min
pages 188-189

The strength of combining instruments

1min
pages 180-181

Accurate precipitate analysis made easy

3min
pages 176-179

Microscopy service centre: our analytical tools

3min
pages 168-171

Solution-driven operators using an industry-oriented approach

1min
pages 172-173

Virtual manufacturing at the customers’ service

3min
pages 160-163

Correlative APT-TEM analysis of precipitates

2min
pages 174-175

Extend your lab with the OCAS microscopy centre

2min
pages 164-167

How image digitalisation and data mining help to improve the surface quality of hot rolled steel

2min
pages 156-159

HSLAi: When HSLA meets AI

1min
pages 154-155

Machine learning takes microstructure-based material design to the next level

3min
pages 150-153

Introduction

2min
pages 148-149

Preparing future metallic coatings with IMpACT

1min
pages 134-135

Going beyond steel: Exploring the processing of ever more complex and higher melting temperature alloys

2min
pages 138-141

Lab synthesis of customised materials: continuous extension of our offer

2min
pages 146-147

Using combinatorial methodology to get a better understanding of the intermetallic precipitation strengthening

2min
pages 136-137

Assessment thermo-mechanically control rolled-plate capability

1min
pages 132-133

Cold-rolled high-strength steels offer keeps growing

2min
pages 129-131

Hot-rolled high-strength steels brought to the next level

3min
pages 126-128

Decarbonisation of steelmaking: the challenge

2min
pages 120-121

XCarb™ green steel offer

2min
pages 122-123

Preparing hot-rolled steels for the future

2min
pages 124-125

Serving as technical support lab to production plants

4min
pages 114-117

Introduction

2min
pages 118-119

Durable technical support

1min
pages 112-113

Magnificent Magnelis®

1min
pages 106-107

Corrosion prediction models

3min
pages 108-111

Wear testing: experimental and numerical approach

7min
pages 94-97

Keeping tight connections

3min
pages 102-105

Cryogenic tests with CO2 in the Tubular Testing System

2min
pages 100-101

Fast response prevents failure

1min
pages 90-91

Structural health monitoring renders industrial assets smart

1min
pages 88-89

Challenging design criteria for improved fatigue performance

2min
pages 92-93

OCAS delivers accelerated fatigue testing equipment

1min
pages 85-87

Better understanding of fatigue performance

3min
pages 82-84

Electrical steels to power vehicle electrification

1min
pages 70-71

Bonding varnish, a universal solution

2min
pages 74-75

Fatcor: corrosion fatigue for offshore applications

1min
pages 80-81

High strength meets high protection for solar

1min
pages 68-69

Introduction

2min
pages 78-79

Identification of electrical steel market needs through market intelligence analysis

3min
pages 72-73

Spray technology for more sustainable offshore wind towers

1min
pages 66-67

In-house welding wire development for the new saline-resistant weathering steel

1min
page 65

New saline weathering grade to reduce maintenance costs of offshore structures

2min
pages 62-64

Steel solutions for liquified natural gas

1min
pages 60-61

Automated fracture surface analysis

2min
pages 58-59

Introduction

5min
pages 38-41

Avoiding long-running cracks in natural gas pipelines

4min
pages 54-57

Sustainable steel solutions for CO2 transport and storage

2min
pages 50-52

Modelling brings toughness improvement to welded natural gas transmission pipelines

1min
page 53

Where failure analysis and electrochemistry meet

1min
pages 32-33

Steel for the hydrogen economy

6min
pages 42-49

Lifetime prediction of subsea bolts in natural seawater

1min
pages 34-35

Introduction

2min
pages 36-37

Inspection of coatings on bridges and risk analysis for repair

1min
page 31

Investment porfolio

1min
page 12

Burning ambition to prevent microbiologically influenced corrosion in fire extinguish pipe systems

2min
pages 28-30

IMSystems

1min
pages 18-19

An ocean of opportunities

1min
pages 26-27

WIZATA

1min
page 13

Value the future, upgrade the past

5min
pages 20-23

Ensuring sustainable endurance by research

2min
pages 24-25

KEYSTONE

1min
pages 16-17
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