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OPENYOURMINDLAPPEENRANNANTEKNILLINENYLIOPISTO
RATKAISUKESKEINEN YLIOPISTO
Poltammekokaikenloppuun?
Jätämmeköihmiskunnan kärsimäänpilaamastaan vedestä?
Hautaammekotulevaisuutemmejätteiden mukana?
ETSIMME VASTAUKSIA AVAINKYSYMYKSIIN
Annammeko Euroopantaantua maailmantakapihaksi?
EMME. VAIKUTAMME UUDELLA TAVALLA.
TIETEELLISET RATKAISUT
PUHDAS ENERGIAEnergiamarkkinat ja aurinkotalousEnergian muunto- ja varastointiteknologiatKestävyystutkimus
KIERTOTALOUSVeden puhdistus jauudelleenkäyttöKierrätetyn ja uusiutuvanraaka-aineen käsittelyTuotteet ja elinkaariarviointiKESTÄVÄ LIIKETOIMINTA
JA YRITTÄJYYSInnovointi ja kestävä arvonluontiPK-yritykset ja kansainvälinen yrittäjyysLiiketoiminnan analytiikka ja päätöksentekoYritysten digitalisaatio
POIKKILEIKKAAVAT TEEMATDigitalisaatio ja datatiedeKärkialojen tutkimus Venäjänkontekstissa ja parhaidenvenäläiskumppaneiden kanssa
ARVOMME | ROHKEUS MENESTYÄ. INTOHIMO LUODA UUTTA TIETEEN AVULLA. TAHTO RAKENTAA HYVINVOINTIA.
LUT RATKAISUKESKEISET PLAFORMIT
SAWE - Safewater for all
DIGI-USER –Smart servicesfor digitalinfrastructures
REFLEX – recyclingcarbon in a flexiblecompetitive energysystem
RE-SOURCE-Resource efficientproductionprocesses andvalue chains
SIM – sustainableproduct processesthrough simulation
RED –Revealingemissiondiscrepancies
LUT RE-SOURCEResource efficient production processes and value chains
LUT PLATFORM
Platformin johtaja, Associate Professor Mari [email protected], Tel. +358 40 5939 881
WHY?LUT RE-SOURCE
From LINEAR ECONOMY
to CIRCULAR ECONOMY
From WASTE MANAGEMENT
to RESOURCE MANAGEMENT
SOLUTIONLUT RE-SOURCE
Novel separation and purificationprocesses that achieve new level on
Raw material efficiencyOptimised use of water and energy
and enable the cost-efficient andsustainable use of waste as a resource
Sustainable business models andunderstanding on customer needs andmarket knowledge in the future world
BIOMASS METALS NUTRIENTS
LUT RE-SOURCE platform
DEVELOPMENT OFSUSTAINABLE TECHNOLOGY
BUSINESS & MARKETS
Non-food processes for the replacementof oil-based polymers and chemicalsProcesses for recycling of high-techmetals
Local or centralized?Bottlenecks?Customers & Prices?Changes in the market situation?
Under-utilized harvested biomassBio-based sidestreamsHigh tech metals
IMPACT ON SOCIETYMaterial and energy
cost savings
IMPROVEMENT OFRESOURCE EFFICIENCY
New applicationsfor processes
Increasedrecycling rate
Decreased amountof waste discharges
New jobs in EUDecreasing the risksrelated to prices
No downgradingof materials
Diversifiedproduct portfolio
KNOWLEDGE & DEVELOPMENT IS NEEDED
Politics, laws, rules,regulation
Customer behaviour,development of society
NOVEL TECHNOLOGY(LUT)
BUSINESS DEVELOPMENT(LUT)
Available resources, newmaterial sources
Safety of the novelmaterials and processes
SUSTAINABILITY SCIENCE(LUT)
New businessesand SMEs
Research areasand goals
Docent, Assoc. ProfessorDr Mari KallioinenPlatform Leader
Docent, Assoc. ProfessorDr Jutta Nuortila-JokinenSustainable business throughresource-efficient processes andvalue chains
Dr Anne VuoremaProject manager.Expert in Research Services andLUT Brussels Representative
Dr Ikenna AnugwomBiomass compoundsfor novel applications
Dr Ville LahtelaMechanical recyclingtechnologies
TheTeam
LUT PROJECT
LUT RE-SOURCE platform
Internal way of working
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Materials
Novelprocesses
Modelling &measurements
Markets andbusinessmodels
Sustainability
Research teamsconsist of 19 research groups working in LUT
PROJECT
LUT RE-SOURCE platform
Way of working
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LUT
Other universitiesand researchinstitutes
Companies& stakeholders
RE-SOURCE platform in action
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Urban Infra Revolution- UIR
Urban Infra Revolution (UIR) project is co-financedby the European Regional Development Fundthrough the Urban Innovative Actions Initiative
1.11.2017-31.10.2020
UrbanInfraRevolution
Manufacturingtechnology
Modelling anddesign
Guidingsustainability
Materialdevelopment
Sidestreams andfibres
Durable
LUTFimatec
Total Design
Design reformSaimaa UAS
LUTApila Group
Apila GroupLUT
Outotec
MetsäGroupStoraEnso
UPM
Saimaa UASNordkalk
LUT
Business modeldevelopment
CleanLow-carbon
Quiet
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1.7.2018-31.6.2020COMPETITIVE SUSTAINABLE BUSINESS FROMMETAL RECYCLING - BizMet
BizMet -programme is to promote ecosystemical change intocircular economy, industrial symbiosis as well as newsustainable technology and business model approaches in EUby• accelerating knowledge transfer and adoption between
SMEs and universities/research institutes through active co-operation and learning
• educating MSc and PhD students as well as industrialprofessionals through a dedicated doctoral level course withexperts from both academia and industry
• EIT Raw Material KAVA education project• A 2-year programme, implementation 2018-2019• Programme combines life long education and PhD
education in a novel way• Total budget c. 300 k€
Sustainable and cost-efficient recyclingprocesses for urban miningExample: Different approaches for recovery of Indium from LCD screens
Photo: Tuomo Sainio
Liquid-LiquidExtraction
LCD-screens
Indium
Development of novel DES based fractionationprocess for wood biomass
• Cellulose, hemicellulose and lignin fractions for further use & novelproducts from them (separation matrices)
• Novel Solvents & Waste as a resource• Purity & characteristics of the produced biocompounds• Simple and ”greener” process compared to the traditional ones,
recycling of solvents
Chance in recycling fiber materials – noveltechnologies and business models to enable theirefficient reuse
PURASU – Value from Saw dust for Finland
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3.9.3018-31.12.2020EAKR-fundingDemonstration ofPURASU-process andpreparation ofcommercialization of theprocess in South-Carelia