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Research:
Policy Impact


My research portfolio's policy footprint demonstrates how scientific and engineering research can be successfully translated into tangible public policy impact. In identifying emerging problems to architecting multi-faceted solutions, the research teams that I am part of produce science with tangible outcomes for policy makers. The research papers I have contributed to act in a dual role of "problem identifiers" as well as "solution providers", and the work I have been engaged in has captured the attention of policymakers the world over. By providing detailed actionable solutions, as well as engaging in translational activity to communicate this research to policy user groups, we aim to deliver a long-term, coherent research program focused on the central industrial and environmental challenges of our time: resource security and the transition to a sustainable, circular economy.

The various roadmaps and strategic reports do not simply describe the challenge; they outline specific technological, economic, and regulatory pathways forward. This solution-oriented approach is highly valuable to policymakers who, once convinced of a problem, require a viable and evidence-based path forward.

The reports and organisations referencing the research work I have been involved in demonstrate a clear legacy of impact, visible in the legislative briefings of regional assemblies, the policy recommendations of state environmental agencies, the strategic thinking of national governments and the foresight and planning of international organisations. The work has served as a key part of the evidence base upon which the industrial and environmental policies for a sustainable and circular economy are being built.
Some of the organisations that have quoted research papers that I have contributed to in their Policy Reports:

Location of Organisations Citing Our Research In Policy Documents


Policy Reports that Reference Research Papers That I Have Contributed To.


10-must-knows-aus-der-biodiversit-tsforschung-2024
10-must-knows-from-biodiversity-science-2024
365-days-on-a-warming-planet-klimatyczna-baza-wied
AFreshwaterFutureWithoutBlueThereIsNoGreenEconomy-WEF-RecyclingLithiumIonBatteriesFromElectricVehicles
AnInventoryofInnovationinRecyclingWasteStreamsWithSubstancesofConcern-RijksinstituutviirVolkszondheid-RecyclingLithiumIonBatteriesFromElectricVehicles
Analasisdelasredesglobalesdeproducciondebatarias-UNECLAC-RecyclingLithiumIonBatteriesFromElectricVehicles
AnalysisofnovelEVBatteryTechnologiesWithAFocusOnTechTransferAndCommercialisation-ThePublicationsOfficeoftheEuropeanUnion-TheImportanceofDesigninLithiumIonBatteryRecyclingACriticalReview
CaliforniaEPA
ChallengesfortheGrowthoftheElectricVehicleMarket-UNEP-RecyclingLithiumIonBatteriesFromElectricVehicles
DrivingDemandAssessingtheImpactsandOpportunitiesoftheEVRevolutiononCobaltandLithiumRawMaterialProductionandTrade-IISD-RecyclingLithiumIonBatteriesFromElectricVehicles
EnvironmentalChallengesThroughTheLifeCycleOfBatteryElectricVehicles-PublicationsOfficeoftheEuropeanUnion-RiskManagementovertheLifeCycleofElectricVehicles
ExhaustedHowCanWeStopLithiumMiningFromDepletingWaterResources-NRDC-RecyclingLithiumIonBatteriesFromElectricVehicles
FutureProofingInfrastructuretoAddresstheClimateBiodiversityandPollutionCrises-UnitedNationsEnvironmentProgramme-BeyondTheEventHorizon
GestationIntegraldelasBaterias-UNECLAC-RecyclingLithiumIonBatteriesFromElectricVehicles
GlobalEvOutlook2020-OECD-RecyclingLithiumIonBatteriesFromElectricVehicles
HumanDevelopmentReport20212022-UnitedNationsHumanDevelopmentOffice-RecyclingLithiumIonBatteriesFromElectricVehicles
NREL
NorthernIrelandAssembly
PoweringChangePrinciplesforBusiness-AmnestyInternational-RecyclingLithiumIonBatteriesFromElectricVehicles
PoweringTheFutureOvercomingBatterySupplyChainChallengeswithCircularity-WorldEconomicForum-TheImportanceofDesigninLithiumIonBatteryRecyclingACriticalReview
ReuseandRecycling-WorldBank-RecyclingLithiumIonBatteriesFromElectricVehicles
ScienceResearchandInnovationPerformanceoftheEU-OECD-RecyclingLithiumIonBatteriesFromElectricVehicles
TheEUEnvironmentalForesightSystemFORENV-PublicationsOfficeoftheEU-RecyclingLithiumIonBatteriesFromElectricVehicles
TheFutureisCircularCircularEconomyandCriticalMineralsfortheGreenTransition-SINTEF-TheImportanceofDesigninLithiumIonBatteryRecyclingACriticalReview
TheRoleofCriticalMineralsinCleanEnergyTransitions-OECD-RecyclingLithiumIonBatteriesFromElectricVehicles
UitgebreideProductcenten-CPBEconomicPolicyAnalysis-RecyclingLithiumIonBatteriesFromElectricVehicles
WorldEnergyInvestment2022-OECD-RecyclingLithiumIonBatteriesFromElectricVehicles
a-circular-economy-for-lithium-ion-batteries-used-
a-freshwater-future-without-blue-there-is-no-green
a-novel-integrated-hydro-economic-model-based-on-t
a-smooth-ride-electric-buses-and-the-route-to-a-fa
a-synthesis-of-research-gaps
american-fuel-petrochemical-manufacturers
an-analysis-of-lithium-ion-battery-fires-in-waste-
an-lisis-de-las-redes-globales-de-producci-n-de-ba
analysis-of-novel-ev-battery-technologies-with-a-f
applying-levelized-cost-of-storage-methodology-to-
ar6-climate-change-2021-mitigation-of-climate-chan
australia-s-circular-economy-unlocking-the-opportu
background-document-extended-producer-responsibili
barriers-and-policy-challenges-in-developing-circu
bat0025-role-of-batteries-and-fuel-cells-in-achiev
bat0037-role-of-batteries-and-fuel-cells-in-achiev
batteries-for-electric-cars-fact-check-and-need-fo
batteries-vs-oil-a-comparison-of-raw-material-need
begleitforschung-des-expertenkreises-transformatio
bev0015-technological-innovations-and-climate-chan
cadenas-de-valor-sustentables-oportunidades-y-desa
capitalising-on-the-lithium-ion-waste-resource-cha
carbon-neutral-european-battery-cell-production-wi
case-studies-on-batteries-end-of-life-vehicles-and
catalysing-and
cero-emisiones-netas-en-los-andes-descarbonizaci-n
challenges-for-the-growth-of-the-electric-vehicle-
cies-annual-report-2020
circular-economy-as-a-climate-strategy-current-kno
climate-change-2022-impacts-adaptation-and-vulnera
climate-change-2022-mitigation-of-climate-change-k
climate-change-2022-mitigation-of-climate-change-w
climate-change-and-everyday-work-a-survey-of-the-v
climate-change-and-land-klimatyczna-baza-wiedzy
closing-the-implementation-and-coordination-gaps-i
compliance-with-the-eu-s-carbon-footprint-requirem
critical-minerals-and-the-clean-energy-transition-
d2-2-assessing-needs-for-model-applications-wp2-un
developments-in-delegations-on-the-safety-of-manuf
dezinformacja-wok-klimatu-i-polityki-klimatycznej-
eae-ko-hondakinak-prebenitu-eta-kudeatzeko-2030eko
el-peso-de-las-ciudades-en-am-rica-latina-y-el-car
electric-vehicle-lithium-ion-batteries-in-lower-an
electric-vehicle-lithium-ion-battery-life-cycle-ma
electric-vehicle-waste
enabling-climate-science-use-to-better-support-res
end-of-life-ev-battery-policy-simulator-a-dynamic-
energy-technology-perspectives-2023-analysis
energy-technology-perspectives-2023
enfoques-transformadores-e-inclusivos-basados-en-a
engaging-stakeholders-in-r-i-for-the-green-transit
enhancing-shift-towards-sustainable-freight-transp
environment-of-peace-security-in-a-new-era-of-risk
environmental-challenges-through-the-life-cycle-of
environmental-impacts-pollution-sources-and-pathwa
estudo-de-defini-o-de-estrat-gia-para-o-tratamento
european-climate-risk-assessment
exhausted-how-we-can-stop-lithium-mining-from-depl
extended-producer-responsibility
fc-markup-hr-443-hr-1029-hr-1503-hr-1505-hr-1506-h
foresight-study-on-the-circular-economy-and-its-ef
gesti-n-integral-de-las-bater-as-fuera-de-uso-de-v
global-ev-outlook-2020-analysis
global-ev-outlook-2020
global-ev-outlook-2022-analysis
global-ev-outlook-2022
global-science-policy-interfaces-related-to-agrifo
global-supply-chains-of-ev-batteries-analysis
global-warming-of-1-5-c
green-growth-and-electric-vehicles-the-role-of-rec
greenhouse-gas-emissions-standards-for-heavy-duty-
guidance-on-strengthening-national-science-policy-
guiding-principles-for-ev-battery-recycling-policy
how-hydrogen-can-fuel-a-transport-revolution
how-technology-recycling-and-policy-can-mitigate-s
human-development-report-2021-2022-uncertain-times
human-development-report-2021-22
ilmastonmuutos-ty-n-arjessa-kyselytutkimus-suomala
implementing-responsible-research-and-innovation-f
interconnection-of-critical-raw-materials-and-circ
interlinkages-between-leverage-points-for-strength
ipbes-nexus-assessment-chapter-1-introducing-the-n
ipbes-nexus-assessment-chapter-4-policy-and-sociop
ipbes-nexus-assessment-chapter-7-summary-and-synth
ipbes-transformative-change-assessment-chapter-2-d
ireland-s-climate-change-assessment-volume-4
joining-forces-staying-unique-adapting-rri-to-diff
klimat-polski-2021-klimatyczna-baza-wiedzy
klimatyczne-abc-interdyscyplinarne-podstawy-wsp-cz
knowledge-for-action-empowering-the-transition-to-
kologische-finanzreform-produktbezogene-anreize-al
large-scale-electricity-storage
letter-from-the-secretary-of-state-follow-up-to-24
lithium-ion-battery-s-life-cycle-safety-risks-and-
mat-riaux-critiques-pour-la-transition-risques-fin
multi-level-exchange-platforms-for-biodiversity-co
net-zero-industry-options-for-plastics-textiles-au
new-but-used-the-electric-vehicle-transition-and-t
new-but-used
norges-batteristrategi
nts-bulletin-september-2020
oportunidades-y-desaf-os-para-am-rica-latina-y-el-
orientaci-n-sobre-el-fortalecimiento-de-las-interf
orientations-sur-le-renforcement-au-niveau-nationa
plan-de-trabajo-elaboraci-n-de-una-hoja-de-ruta-pa
position-paper-for-2020-hlpf-accelerated-action-an
powering-change-principles-for-businesses-and-gove
public-perceptions-of-net-zero-technologies-social
rebuilding-a-resilient-britain-summary-report
references-future-proofing-infrastructure-to-addre
report-for-consultations-stakeholder-perspectives-
research-for-tran-committee-environmental-challeng
research-to-identify-and-address-gaps-relevant-to-
review-of-the-future-resource-risks-faced-by-uk-bu
rooted-in-place-regional-innovation-natural-assets
safety-of-second-life-batteries-in-battery-energy-
scaling-up-reuse-and-recycling-of-electric-vehicle
science-research-and-innovation-performance-of-the
scoping-study-for-photovoltaic-panel-and-battery-s
secondary-raw-materials-for-primary-processing-d2-
skutki-zmiany-klimatu-klimatyczna-baza-wiedzy
social-impacts-of-mining-critical-raw-materials
social-science-in-the-natural-environment-ssine-mo
sondergutachten-des-sachverst-ndigenrates-f-r-umwe
srip-report-by-chapter-2022
state-of-the-art-on-alternative-fuels-transport-sy
strategic-foresight-for-water-and-natural-resource
strengthening-clean-energy-supply-chains-for-decar
studie-av-potensialet-for-verdiskaping-og-sysselse
sustainability-and-participation-in-the-bioeconomy
sustainable-value-chains-opportunities-and-challen
synthesis-of-the-transformations-to-sustainability
systemic-change-for-sustainable-futures
ten-essentials-for-research-that-responds-to-the-c
the-case-for-public-participation-in-sustainabilit
the-electric-vehicle-revolution
the-eu-ceap-impacts-on-developing-countries-an-ana
the-eu-environmental-foresight-system-forenv-final
the-eu-environmental-foresight-system-forenv
the-future-is-circular-circular-economy-and-critic
the-future-of-electric-vehicles-and-material-resou
the-ocean-and-cryosphere-in-a-changing-climate-kli
the-role-of-critical-minerals-in-clean-energy-tran
the-stumbling-block-in-the-race-of-our-lives-trans
trade-policies-to-promote-the-circular-economy-a-c
transdisciplinary-sustainability-research-in-real-
understanding-investment-trade-and-battery-waste-m
unep-workshop-on-green-and-sustainable-chemistry-i
united-in-science-2022-a-multi-organization-high-l
unleashing-science
voices-leading-the-next-generation-on-the-global-c
wd-8-100-21-einzelfragen-zum-recycling-von-elektro
zmiana-klimatu-2021-podstawy-fizyczne-podsumowanie
zmiany-temperatury-i-opadu-na-obszarze-polski-w-wa
zwi-kszone-ryzyko-dla-ludzi-wynikaj-ce-z-ekstremal

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