Granode Materials, a company providing high-performance, eco-friendly anode technology for lithium-ion batteries. A solution contributing to increased battery efficiency and reduced carbon emissions through graphene-based silicon-graphite composite anode materials. A company committed to leading the advancement of sustainable energy storage technologies.GranodeMaterials,acompanyprovidinghigh-performance,eco-friendlyanodetechnologyforlithium-ionbatteries.Asolutioncontributingtoincreasedbatteryefficiencyandreducedcarbonemissionsthroughgraphene-basedsilicon-graphitecompositeanodematerials.Acompanycommittedtoleadingtheadvancementofsustainableenergystoragetechnologies.
Key Products/TechnologiesKeyProducts/Technologies
Development and supply of silicon-graphene composite anode material for lithium-ion batteries.Developmentandsupplyofsilicon-graphenecompositeanodematerialforlithium-ionbatteries.
Possession of a manufacturing method for graphene-based silicon anode materials.Possessionofamanufacturingmethodforgraphene-basedsiliconanodematerials.
Application of optimal particle shape, size, and mixture processing technology for silicon-graphite.Applicationofoptimalparticleshape,size,andmixtureprocessingtechnologyforsilicon-graphite.
A unique approach to addressing particle pulverization issues in silicon-based anodes.Auniqueapproachtoaddressingparticlepulverizationissuesinsilicon-basedanodes.
Utilization of grafted cage technology imparting mechanical strength, electrical conductivity, and chemical stability to silicon particles.Utilizationofgraftedcagetechnologyimpartingmechanicalstrength,electricalconductivity,andchemicalstabilitytosiliconparticles.
Development of patented methods for silicon nanostructure synthesis, including innovative RF plasma deposition.Developmentofpatentedmethodsforsiliconnanostructuresynthesis,includinginnovativeRFplasmadeposition.
Ongoing pre-piloting and scaling project (CLIMB) for SynerGen silicon-anode technology.Ongoingpre-pilotingandscalingproject(CLIMB)forSynerGensilicon-anodetechnology.
Participation in the 'Waste to Watt' project, converting coffee waste into battery materials.Participationinthe'WastetoWatt'project,convertingcoffeewasteintobatterymaterials.
Core AdvantagesCoreAdvantages
Environmental sustainability with up to 85% reduction in CO2 emissions by largely replacing graphite with silicon.Environmentalsustainabilitywithupto85%reductioninCO2emissionsbylargelyreplacinggraphitewithsilicon.
Enhanced battery efficiency by approximately 30% and energy density by up to 28%, enabling smaller, lighter, and longer-lasting batteries.Enhancedbatteryefficiencybyapproximately30%andenergydensitybyupto28%,enablingsmaller,lighter,andlonger-lastingbatteries.
Cost-effectiveness, offering higher energy and longer cycle life at a lower price point.Cost-effectiveness,offeringhigherenergyandlongercyclelifeatalowerpricepoint.
A strong intellectual property portfolio with 4 granted patents and 3 pending patent applications.Astrongintellectualpropertyportfoliowith4grantedpatentsand3pendingpatentapplications.
Strengthened supply chain security for the European battery industry through reliance on domestic raw materials.StrengthenedsupplychainsecurityfortheEuropeanbatteryindustrythroughrelianceondomesticrawmaterials.
Team capability composed of highly educated and experienced professionals in nanomaterials, including numerous PhD holders.Teamcapabilitycomposedofhighlyeducatedandexperiencedprofessionalsinnanomaterials,includingnumerousPhDholders.
Strong funding and partnerships, including significant strategic grants from organizations like Vinnova and the Swedish Energy Agency.Strongfundingandpartnerships,includingsignificantstrategicgrantsfromorganizationslikeVinnovaandtheSwedishEnergyAgency.
Board composition combining decades of pioneering research experience with extensive global industrial-scale expertise.Boardcompositioncombiningdecadesofpioneeringresearchexperiencewithextensiveglobalindustrial-scaleexpertise.
Target IndustriesTargetIndustries
Battery solutions for the electric vehicles (EVs) industry.Batterysolutionsfortheelectricvehicles(EVs)industry.
Consumer electronics sectors such as mobile phones, vacuum cleaners, scooters, and bicycles.Consumerelectronicssectorssuchasmobilephones,vacuumcleaners,scooters,andbicycles.
Enhancement of efficiency in renewable energy storage systems.Enhancementofefficiencyinrenewableenergystoragesystems.
Efforts to reduce the carbon footprint in transportation and other industrial sectors.Effortstoreducethecarbonfootprintintransportationandotherindustrialsectors.
Major MarketsMajorMarkets
Sweden (headquarters location), Norway (potential production facility location), Finland (potential production facility location), Across Europe (aiming to strengthen battery industry supply chain)Sweden(headquarterslocation),Norway(potentialproductionfacilitylocation),Finland(potentialproductionfacilitylocation),AcrossEurope(aimingtostrengthenbatteryindustrysupplychain)
Certifications/PatentsCertifications/Patents
Four granted patents.Fourgrantedpatents.
Three pending patent applications.Threependingpatentapplications.
US patent application number US20220336798A1: related to silicon-nanographite aerogel-based anodes for batteries (assigned to Granode Materials AB).USpatentapplicationnumberUS20220336798A1:relatedtosilicon-nanographiteaerogel-basedanodesforbatteries(assignedtoGranodeMaterialsAB).
Awarded a major strategic grant of SEK 19.26 million from Vinnova for scaling up pilot production of silicon specialty anodes.AwardedamajorstrategicgrantofSEK19.26millionfromVinnovaforscalinguppilotproductionofsiliconspecialtyanodes.
Received support from the Swedish Energy Agency for the 'Capacitive Silicon Anode Nanomaterials for Lithium-Ion Batteries – CLIMB' project.ReceivedsupportfromtheSwedishEnergyAgencyforthe'CapacitiveSiliconAnodeNanomaterialsforLithium-IonBatteries–CLIMB'project.
Possession of patented methods for silicon nanostructure synthesis, including innovative RF plasma deposition.Possessionofpatentedmethodsforsiliconnanostructuresynthesis,includinginnovativeRFplasmadeposition.
Introduction
Location
Parkeringsplats, Lägerhyddsvägen 1, 752 37 Uppsala, Sweden
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Information
Parkeringsplats, Lägerhyddsvägen 1, 752 37 Uppsala, Sweden