BCC Visual Storytelling and Dissemination Sampler

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VISUAL STORYTELLING AND DISSEMINATION SAMPLER

copyright of all visual materials belongs to: Boukje.com Consulting BV 2023

SCIENTIFIC IDEAS ARE OFTEN COMPLEX. YET THEIR LOGIC CAN BE MADE VISIBLE AND TANGIBLE THIS REQUIRES NOT JUST TEXT, BUT VISUALS AS WELL THESE VISUALS DEPICT CONCEPTS AND IDEAS IN AN INSPIRING WAY

THIS DOCUMENT IS A SAMPLER OF SOME OF THE MATERIALS WE MADE OVER THE PAST 15 YEARS

ENVIRONMENTAL TOXICOLOGY, POLLUTION, SOCIAL SCIENCE, MICROPLASTICS

PROJECT: PLASTICSEU

YEAR: 2020

TYPE: DIAGRAMS, CONCEPT VISUALS

MACHINING, CRITICAL RAW MATERIALS, INDUSTRIAL PROCESSES, AUTOMOTIVE

PROJECT: TOOLCASE

YEAR: 2020

TYPE: DIAGRAMS, CONCEPT VISUALS

CRITICAL RAW MATERIALS, INDUSTRIAL PROCESSES, PROCESS EFFICIENCY

PROJECT: TANTRA

YEAR: 2016

TYPE: DIAGRAMS, CONCEPT VISUALS, PROJECT LOGO

ENVIRONMENTAL TOXICOLOGY, MEASUREMENTS, MODELLING, BIOCHEMISTRY

PROJECT: ONETOX

YEAR: 2020

TYPE: CONCEPT VISUALS

MEDICAL MATERIALS, IN-VIVO, MATERIAL SCIENCE, MATERIAL DEGRADATION

PROJECT: REMISS

YEAR: 2017

TYPE: DIAGRAMS, CONCEPT VISUALS, PROJECT STRUCTURE

chemistry

heat transfer

endo/exothermal reactions Arrhénius’ law fluid

degradation

density, viscosity convection

structural mechanics

shear stress deformed geometry

flow mechanical
medical

material performance

contribution to medical knowledge correlations devices/complications best practices application guidelines

medical impact

associated medical complications

insertion complications contamination/particle distribution distributed complications

material deterioration

inside/outside interactions biofilm formation chemical reactions mechanical impact

decision support

QoL during treatment limiting treatment time minimizing complications minimizing risk

societal effects more effective treatment avoiding return visits reduced healthcare costs knowledge exchange

patient experience/QoL database of catheters performance and complications modelling and validation decision support system

towards standardization database of materials key performance indicators practice guidelines standards for Europe reduced number of recalls increased patient safety

inside degradation broken and leaking catheter

outside degradation broken and leaking catheter particle distribution

bacterial infection inflammation of the vein thrombosis

SIMULATION INPUT

DEVICE DEFINITION

OPERATIONAL SCENARIO

geometry

virtual patient

INDIVIDUAL INPUTS COMBINATIONS OF INPUTS

KNOWLEDGE TO BE ACQUIRED

CATHETER MODEL

SIMULATION OUTPUT structure positioning material treatment

time evolution of key performance indicators

T>
WP1 material characterization WP2 toxicity/bacterial colonization WP3 in-vitro/in-silico test methods WP4 predictive modelling/ decision support WP7 dissemination WP8 management I II III WP5 clinical effects WP6 influence of body movement 1 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 5 6

MATERIAL SCIENCE, METALLURGY, PROCESS EFFICIENCY, ALUMINIUM

PROJECT: SISAL

YEAR: 2017

TYPE: DIAGRAMS, CONCEPT VISUALS, PROJECT STRUCTURE, PROJECT LOGO

4N-Si

high-purity silicon aluminium

SoG-Si

solar grade silicon

MG-Si

metallurgical grade silicon

AlSi

quartz

Al scrap Al dross Si-containing slag
SiO 2
CaO-SiO 2 slag CaO-Al 2 O 3 slag
3
CaO Al 2 O
Al
2: aluminiothermic reduction silicon refining 1: slag making hydrometallurgy electrolysis (test) 3: separation alloys

Europe: 10-12% China: 66%

MG-Si consumption Europe: 25%

applications 2016 50% alloy additives

silicones 17% PV applications

economy: reduced production costs and new business relations

environment: less negative impacts

yield/flexibility: efficient use of resources

MG-Si
global MG-Si production
25% 10-12% 66% 50% 30% 17%
raw materials business cases business cases SoG-Si MG-Si Al-Si technological/
aluminiothermic reduction hydrometallurgy electrolysis WP2 WP1 WP5 WP6 WP3 WP7 dissemination/communication WP8 clustering WP4
global
MG-Si
30%
environmental performance

MATERIAL SCIENCE, METALLURGY, PROCESS EFFICIENCY, PROCESS CONTROL, MODELLING, RESEARCH NETWORK

PROJECT: FSI APPLICATION

YEAR: 2014

TYPE: DIAGRAMS, CONCEPT VISUALS, PROJECT STRUCTURE

fundamentals and modelling primary metal production

refining and recycling

emissions and environment metallurgy and society

2 3 4 5 1

4 5 3 2 society industry PhD postdoc primaryproductionmetal andrefiningrecycling materials and society fundamentals and modelling emissions and environment 1 P E E E R D D D D R R P P P P P

MACHINING, TOOL MANUFACTURING, SENSOR TECHNOLOGY, DIGITAL REPLICA

PROJECT: TOOLSENSE

DURATION: 2020-2023

TYPE: DIAGRAMS, CONCEPT VISUALS, PROJECT BROCHURE WEBSITE, LOGO

Elementsix UK CA SE NL NRC Rainhouse Accu-Svenska Lund University Purmo SECO K-PRO

RARE EARTH ELEMENTS, MATERIAL SCIENCE, MINING, ELECTRONIC WASTE, RECYCLING

PROJECT: REECOVER

DURATION: 2014-2017

TYPE: DIAGRAMS, PROJECT BOOK WEBSITE, LOGO

hydrometallurgical upgrading/ pre-treatment electrolytic reduction (REO-fluoride) electrolytic reduction (RE-oxycarbide) characterisation (continuous) solvent extraction pyrometallurgical upgrading of dilute REO streams physical separation WEEE/apatite tailings scrap containing REEs mixed REOs single REOs scrap containing REEs mixed REOs single REOs purified REEs solvent extraction input materials PROCESS OUTPUTS 2a 1a 3 4 2b 1 1b 3 4 INPUTS integral value chain development dissemination/ knowledge management European security of REE supply
All these small amounts must be collected first in order to extract them buynew consumer cycle resource cycle replace usage production new primary resources disappearing resources partial recycling discard

SMART APPLIANCES, RENEWABLE ENERGY, ENERGY SHARING, SMART CITY

PROJECT: COSSMIC

DURATION: 2013-2016

TYPE: DIAGRAMS, SEQUENTIAL STORYBOARD WEBSITE, VIDEO, LOGO

technology selection equipment selection overall architectural design software and algorithms problem reports collected data from trials evaluation design results stakeholders preferences business models scenarios conceptual model WP2 WP3 WP4 WP5 WP6 WP7 user-centric concept elaboration req. elicit. and technical arch. design WP1 project management agent design and implementation trials evaluation dissemination and exploitation
CA CA CA CA CA CA CA CA CA CA CA CA CA CA CA CA CA CA CA CA UA COM cluster household individual collective collective public grid collective effects effective use of renewables decreased use of fossil fuels renewable energy input individual adjustments user interfaces mobile access heating battery (storage) control agent communicator car (storage) higher predictability of capacity information information

this is YOU

...because heating and clean dishes are necessary...

...hot water...

however, you WANT also...

...heated rooms...

...and clean dishes

home system

control from mobile devices

cloud

possible control options

energy control

electric vehicle device control system control

water temperature

CoSSMic control device

home temperature

storage control

STRATEGY, RENEWABLE ENERGY, STRATEGIC GOALS, ROADMAP

PROJECT: SFFE REPORT

DURATION: 2013

TYPE: CONCEPT, DIAGRAMS, GRAPHIC DESIGN EDITING

SFFE

Senter For Fornybar Energ i recommendations

our research, competences and technologies on renewable energy in a national, European and global context

SFFE report 1 2 3 4 5 transport wind energy e icient industry heat pumps (pumped storage) hydropower thermo electricity marine power electricity wind power battery technologies storage and distribution primary production resources goals secondary production end use in uential factors hydrogen applications district heating pellets biofuel heat solar power biore nery/ combustion geothermal power chemicals fresh water waterfalls tidal waves salt gradients sun geothermal heat biomass energy e icient buildings smart cities providing exibility sustainable energy systems political frameworks green economy reduced resource use reduced emissions energy e iciency TWh 6ds coalnaturalgas oil biomass/waste nuclear hydro solar wind 4ds 2ds 2009 2050 0 10.000 20.000 30.000 40.000 50.000 60.000

MATERIAL SCIENCE, ULTRAHARD MATERIALS, MACHINING, MINING EQUIPMENT

PROJECT: FLINTSTONE2020

DURATION: 2015-2020

TYPE: DIAGRAMS, PROJECT BROCHURE WEBSITE, LOGO,

STRUCTURE PROPERTIES HARDNESS BINDER TYPES PARTICLE SIZE DISTRIBUTION TOUGHNESS ELASTICITY THERMAL RESISTANCE SHAPE

Binder material embed individual abrasive particles (diamond or cBN)

Initially, abrasive particles reinforce the softer binder, making the material harder, stronger and more durable

During usage, different wear mechanisms attack the abrasive particles, causing volume loss. In turn this cause a change of shape and often results in breakage

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