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›Waste management›Industrial waste processing

Browse 576 solutions in industrial waste processing on the Halo network

Updated Sept 27, 2026

Industrial waste processing covers what a plant does with its solid waste stream. On Halo, the solutions cover identifying and sorting scrap, residues converted thermochemically, waste plastic into a product, and recovering from a process stream. Sign up to search the full network and post your specific need.

Identifying and sorting scrap

NK

UHV Technologies

Automated AI-driven scrap identification and sorting system

AI-driven identification and sorting, running on the scrap line itself.

In marketSupplier
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VM

University of Belgrade

AI-driven reverse engineering for optimal scrap sorting

Reverse engineering the alloy so scrap can be sorted to the right grade.

In developmentUniversity
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Fraunhofer USA

AI-assisted sensor-based XRF sorting to separate non-magnetic high-alloy ferrous steels from non-ferrous metals

Sensor-based XRF separating non-magnetic high-alloy ferrous fractions.

In development
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PS

ZORTENET PC

Hybrid LIBS Spectroscopy for Automated Scrap Identification and Quality Control

Laser-induced breakdown spectroscopy identifying scrap and grading it.

In developmentSupplier
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APJ Abdul Kalam Technological University

Advanced deep learning for automated ferrous sorting in steel recycling

Deep learning applied to automated ferrous sorting in steel recycling.

In developmentUniversity
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University of Wisconsin, Milwaukee

SoundSort: Acoustic-ML system for metal scrap sorting

Acoustics and machine learning sorting metal scrap by the sound it makes.

In developmentUniversity
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TF

Rapta, Inc.

AI-enabled multi-sensor adaptive smart separation system

Several sensors adapting together in one separation system.

In developmentSupplier
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Residues converted thermochemically

Monash University, Melbourne

Valorisation of Hydrothermal Side-Streams into Bio-Based Furfural and Cellulose-Rich Fibre

A water-based biorefinery route to furfural, keeping the cellulose too.

Sponsored researchIn developmentUniversity
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Universidade NOVA de Lisboa

Microbial biorefinery platform converting pectin side streams into biodegradable polyhydroxyalkanoates

Fermentable sugars feed microbes that make biodegradable PHA polymers.

In developmentUniversity
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i-Foria Italia

Integrated Fractionation and Cellulose Upgrading of Pectin Side-Streams

DMSO extraction and supercritical CO2 recover several streams at once.

Sponsored researchIn developmentStartup
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Colorado State University

Upcycling Pectin Spent Peel into High-Value Fatty Acids via Arrested Anaerobic Digestion

Arrested anaerobic digestion at low pH yields butyric and caproic acids.

Sponsored researchIn developmentUniversity
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JK

University of Illinois, Urbana-Champaign

Conversion of Pectin Side Streams into Hydrogen- and Methane-Rich Fuel Gas

Catalytic hydrothermal processing straight to hydrogen and methane-rich gas.

Sponsored researchIn developmentUniversity
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ER

University of Louisiana, Lafayette

Acid-Based Fractionation of Pectin Waste Into Cellulose and Fermentable Sugars

Uses the waste's own acidity to split it into cellulose and fermentable sugars.

Sponsored researchIn developmentUniversity
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Who is working on industrial waste processing

Organizations in industrial waste processing

Universities, startups, and suppliers with solutions in industrial waste processing.

Industrial waste organizations

Innovators in industrial waste processing

Researchers and inventors advancing industrial waste solutions.

Industrial waste experts

About industrial waste processing

Sorting is the mechanized half of the work on Halo, using XRF, laser breakdown spectroscopy, acoustics and deep learning to identify a scrap alloy on a moving belt. The other half is chemistry: pectin residues converted thermochemically, and waste plastic turned into wax, biochemicals or aromatics. On Halo it spans five groups, including identifying and sorting scrap, residues converted thermochemically, and waste plastic into a product.

Stage of development. Work on industrial waste processing on Halo comes mostly from university programs. 41% of the solutions are in market. Sponsored research and co-development are the usual partnering routes, and about 38% of the solutions that state terms offer licensing.

Three trends in industrial waste solutions on Halo

Six ways to read a piece of scrap. XRF sensing for non-magnetic high-alloy ferrous, laser-induced breakdown spectroscopy, acoustics with machine learning, deep learning on imagery, reverse engineering the alloy composition, and a multi-sensor system that adapts. Scrap is worth what it can be certified as, and every one of these is really a grading instrument.

Four catalytic routes from HDPE to wax. Pyrolysis with catalytic cracking, temperature gradient thermolysis, catalytic oxidative decomposition, and advanced catalytic pyrolysis. Four groups, four chemistries, one product. A fifth uses microbes to make a biochemical from the same feedstock and a sixth degrades it with tunable nanocomposites.

Wet waste goes to a reactor, dry waste goes to a sorter. The split is almost clean. Fourteen entries process wet agricultural residue thermochemically, avoiding the drying step every one of them names. Seven identify and separate dry scrap, where the difficulty is recognition and not moisture. Nothing on the page bridges the two.

543organizations
576solutions listed
63%from university labs
41%in market

Frequently asked questions

What are industrial waste solutions?

Industrial waste processing covers what a plant does with its solid waste stream. It spans automated scrap identification and sorting, conversion of agricultural and food residues into chemicals and fuel, chemical routes that turn waste plastic into a saleable product, recovery of material from other process streams, and the traceability around it. Industrial operators, recyclers and processors are the buyers.

What are examples of industrial waste solutions?

Five examples of industrial waste solutions on Halo include:

  • AI-driven identification and sorting, running on the scrap line itself. (UHV Technologies)
  • A water-based biorefinery route to furfural, keeping the cellulose too. (Monash University, Melbourne)
  • Pyrolysis with catalytic cracking, turning recycled HDPE into wax. (Certech)
  • Hydrothermal liquefaction of recycling screen rejects into bio-oil and biochar. (Queen's University)
  • Waste traceability as software, for circularity and ESG reporting. (Arará Consultoría Ambiental)

What are the latest industrial waste innovations?

The most recently updated industrial waste solutions on Halo include:

  • Recycled content with seal strength, stiffness and optics preserved. (Dow)
  • Waste traceability as software, for circularity and ESG reporting. (Arará Consultoría Ambiental)

Which companies and suppliers are developing industrial waste solutions?

There are 543 organizations with industrial waste solutions on Halo, 100 of them universities and research institutions. Among them are UHV Technologies, University of Belgrade, and Fraunhofer USA. Most offer sponsored research or co-development. Sign up to see every organization working in the area and to send them your specific need.

How do I find industrial waste research partners?

Browsing industrial waste 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.

Related waste management research areas

Plastic recycling technologyWaste-to-energy conversionCircular economy solutionsElectronic waste recoveryBiological waste treatmentBrowse all waste management solutions
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