Southwest Research Institute
Individual microcosms, so a substrate meets the microbial community it will face.
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Corrosion prevention covers stopping a material being eaten, and predicting when it will be. On Halo, the solutions cover test methods for microbial corrosion, predicting and monitoring microbial corrosion, protective coatings, and antimicrobial surfaces. Sign up to search the full network and post your specific need.
Southwest Research Institute
Individual microcosms, so a substrate meets the microbial community it will face.
Lambton College
A framework for testing whether a coating will fail microbially.
Stevens Institute of Technology
A chamber varying several parameters at once during a corrosion test.
SP
An optical microbiology platform scoring a coating's resistance.

North Carolina State University
A metabolic barrier assay paired with a genome-scale model.
University of Texas, Arlington
Hybrid assays for how biofilms deteriorate concrete specifically.
University of Wollongong
A systematic prediction method for microbial corrosion under a coating.
Universidade do Porto
A multiple-cylinder biofilm reactor built to predict the corrosion rate.
Drexel University
A four-point probe reading what the biofilm is doing electrically.
HC
Texas A&M University, College Station
AC impedance used as the predictive measurement.
Burge Environmental, Inc
Real-time monitoring of microbial corrosion as it happens on an asset.
New Mexico Institute of Mining and Technology
Electrochemical fluctuation analysis used as the predictor.
CE
Dalhousie University
Predictive testing aimed at coated materials in particular.
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Universities, startups, and suppliers with solutions in corrosion prevention.
Corrosion prevention organizationsResearchers and inventors advancing corrosion prevention solutions.
Corrosion prevention expertsOne mechanism accounts for most of the work on Halo. Fourteen entries address microbially induced corrosion, and almost all of them predict or measure it; hardly any prevent it. Protective coatings and antimicrobial surfaces make up the remainder. On Halo it spans five groups, including test methods for microbial corrosion, predicting and monitoring microbial corrosion, and protective coatings.
Stage of development. Work on corrosion prevention on Halo comes mostly from university programs. 46% of the solutions are in market. Co-development and sponsored research are the usual partnering routes, and about 36% of the solutions that state terms offer licensing.
Fourteen entries on one mechanism. Microbially induced corrosion drew six test methods and eight prediction or monitoring approaches, using AC impedance, electrochemical fluctuation analysis, a four-point probe, biofilm reactors, metabolic assays with genome models, and trained models on the resulting data. Thirteen of the fourteen are universities. A single industrial request has clearly seeded the whole cluster.
Prediction, not prevention. Almost nothing in the microbial corrosion set actually stops corrosion. They measure it, simulate it in a microcosm, monitor it on an asset, or predict which coating will fail. The commercial problem is inspection scheduling on buried and submerged assets, and that is a measurement question before it is a materials one.
The coatings are a separate, smaller field. Five protective coatings sit beside the fourteen: a sol-gel release liner two microns thick, 2D heterostructures for ultra-low friction, halloysite nanotubes doing insulation and corrosion resistance together, and anti-stick chemistry for drilling. They share the page with the prediction work and almost no vocabulary with it.
Corrosion prevention covers stopping a material from being eaten, and predicting when it will be. It spans test methods and monitoring for microbially induced corrosion, protective and low-friction coatings, antimicrobial surfaces that stop a biofilm forming, and the specific product problems corrosion creates. Asset owners, coatings manufacturers and industrial operators are the buyers.
Five examples of corrosion prevention solutions on Halo include:
The most recently updated corrosion prevention solutions on Halo include:
There are 349 organizations with corrosion prevention solutions on Halo, 81 of them universities and research institutions. Among them are Southwest Research Institute, Lambton College, and Stevens Institute of Technology. Most offer co-development or sponsored research. Sign up to see every organization working in the area and to send them your specific need.
Browsing corrosion prevention solutions on Halo is free. Sign up to search the full network and save the ones you want. Post your specific need to get exact matches. Organizations reply directly on the platform.
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