Knowledge Base

University Research Programs & Contacts

Draft Medium Reference 887 words Created Mar 3, 2026

University & Academic Research on the GPGP

Active University Research Programs

Scripps Institution of Oceanography (UC San Diego)

  • SEAPLEX Expedition (2009): Graduate student-led. 1,700 miles through the patch, 100 consecutive samples — all contained plastic. Found plastic in stomachs of 9% of fish collected.
  • Research vessel New Horizon used for field surveys
  • Ongoing plastic distribution surveys, floating plastic investigations, sea life impact assessments
  • Contact potential: HIGH — leading oceanographic institution, proven GPGP research history
  • https://scripps.ucsd.edu/news/journey-pacific-ocean-garbage-patch

Hawaii Pacific University — Center for Marine Debris Research (CMDR)

  • State's first marine debris Plastic Recycling Research Facility (PRRF)
  • Pioneering conversion of ocean plastic waste into long-life infrastructure products
  • Since June 2024: processed 227,000+ pounds of marine debris at Kalihi warehouse facility
  • State-of-the-art lab for plastic debris separation and identification
  • International fellows studying marine plastic debris
  • Contact potential: VERY HIGH — actively processing ocean plastic, exactly aligned with The Claw's mission
  • https://www.hpu.edu/cncs/cmdr/

University of Hawaii at Manoa (SOEST)

  • School of Ocean and Earth Science and Technology
  • Co-authored PLOS Biology study: GPGP as gathering place for floating sea creatures
  • Nature Communications: coastal species growing on trash hundreds of miles at sea
  • Predicted plastic garbage patch in Atlantic Ocean (parallel gyre system)
  • Collaborated with Sea Education Association + Woods Hole
  • Contact potential: HIGH — local to the Pacific, strong ocean science program
  • https://www.hawaii.edu/news/2023/05/04/pacific-garbage-patch/

Woods Hole Oceanographic Institution (WHOI)

  • First discovered accumulating plastic debris in 1972 (Sargasso Sea, North Atlantic)
  • Participated in 2012 Algalita/5 Gyres Asia Pacific Expedition
  • Collaborated with UH Manoa on North Atlantic plastic study (Science Express)
  • One of the world's premier ocean research institutions
  • Contact potential: HIGH — historical authority on ocean plastic, multidisciplinary
  • https://www.whoi.edu/

University of Michigan

  • Developed method to map microplastic concentration globally using satellite data
  • Uses NASA CYGNSS (Cyclone Global Navigation Satellite System) — 8 microsatellites
  • Data published at NASA PO.DAAC
  • Contact potential: MEDIUM — remote sensing expertise, less hands-on ocean work
  • (via NASA Earthdata)

Stanford University

  • Collaborative role on Ocean Cleanup scientific publications
  • California Marine Sanctuary Foundation partnership
  • Contact potential: MEDIUM — engineering + environmental science intersection

Georgetown University

Yale University

University of Hawaii at Hilo

University of Nebraska-Lincoln

Utah State University

  • Small Satellite Conference paper: "Observing and Tracking the Great Pacific Garbage Patch"
  • Satellite/remote sensing approach
  • Contact potential: LOW-MEDIUM — niche satellite tracking angle

CSIR — Central Mechanical Engineering Research Institute (Durgapur, India)

  • Built and tested 20 kg/hr plasma arc pyrolyser for plastic waste
  • Working prototype with performance data
  • Contact potential: MEDIUM — international, but has operational plasma gasification hardware

Key Academic Papers (Peer-Reviewed)

PaperJournalYearKey Finding
Evidence that GPGP is rapidly accumulating plasticNature Scientific Reports20181.8T pieces, 79K tonnes, exponential growth
Scales of Spatial Heterogeneity of Plastic DebrisPLOS One2013Dispersion patterns in NE Pacific
Pelagic Microplastics in N. Pacific GyrePMC2023334 particles/m³, depth distribution
Sustainable Plasma Gasification of Plastic WasteACS Omega202481% efficiency, economic analysis
Plasma Gasification Life Cycle AssessmentSpringer2025Emissions, economics, feasibility
CO2 Plasma Gasification of PlasticMDPI Sustainability2025Syngas from medical plastic waste
Evaluating Environmental Impact of Cleaning GPGPNature Scientific Reports2025Impact assessment of cleanup operations
GPGP as Gathering Place for LifePLOS Biology2023Ecosystem forming on debris
Coastal Species on Oceanic TrashNature Communications2022Life hundreds of miles at sea
Fishnet-Harvesting Buoy ConceptScienceDirect2024Passive ghost net collection system
Floating Nuclear Power Regulatory ChallengesMDPI Sustainability2023Environmental risks, legal framework
Marine-Based SMR DesignsIAEA2023Comprehensive floating nuclear overview

Research Institutions — Non-University

OrganizationFocusRelevance
The Ocean Cleanup (Netherlands)Collection technology, GPGP mappingDirect precedent, potential collaborator
NOAA (USA)Monitoring, data, policyFederal data source
NASA (PO.DAAC)Satellite microplastic mappingRemote sensing data
5 Gyres InstituteAll 5 ocean gyres researchBroader context
Algalita Marine Research FoundationField sampling, educationEarly GPGP research
Sea Education Association (SEA)At-sea education + researchField expedition partner
Healthy SeasGhost net removal + recyclingNet-to-yarn pipeline
WWF / GhostNetZeroAI detection of ghost netsTechnology partner
Idaho National Lab (NRIC)Maritime nuclear energySMR technology

NOT YET RESEARCHED (Priority)

  • [ ] TU Delft (Netherlands) — Boyan Slat studied there, The Ocean Cleanup originated there
  • [ ] JAMSTEC (Japan) — Japan Agency for Marine-Earth Science and Technology
  • [ ] Tokyo University — ocean engineering programs
  • [ ] European maritime engineering programs (Norwegian, Danish, Dutch)
  • [ ] Specific thesis/dissertation searches on ocean waste processing