# NMG Develops Low-carbon-Footprint Anode Material Coating Process in Collaboration with McGill University Canonical Atlas analysis: https://atlas-staging.minestarters.com/news/nmg-develops-low-carbon-footprint-anode-material-coating-process-in-collaboratio--ac83b92d-f933-4534-9f26-2c87063d1b80 Original source: https://orestocks.com/company/NOU.TO/press-releases/5262034514144290 Publisher: orestocks Original announcement: 2026-10-07T11:00:00.000Z Analysis by Minestarters Atlas Atlas analysis published: 2026-10-07T11:36:06.625Z Atlas analysis updated: 2026-10-07T11:36:06.625Z - Company: Nouveau Monde Graphite Inc. - Ticker: NOU.TO - Exchange: Unavailable - Region: Québec, Canada - Primary commodity: Graphite - Secondary commodities: None reported - Document categories: Metallurgy, Other - Extracted: 2026-10-07 11:36:07 UTC Narrative sentiment: 0.60 · Bullish ## Minestarters Atlas summary Nouveau Monde Graphite \(NMG\) has developed a new green-chemistry coating process for anode materials in collaboration with McGill University. The process aims to reduce the carbon footprint of spherical purified graphite \(CSPG\) production and has demonstrated equivalent electrochemical performance to industry standards at the laboratory scale. Reasoning: The announcement of a new, proprietary, low-carbon coating process for anode materials represents a significant R&D milestone that enhances the company's ESG value proposition and product competitiveness. - Positive factor: Development of a green-chemistry coating process - Positive factor: Potential to reduce Scope 1 CO2e emissions by 130 kg per tonne - Positive factor: Commercial exclusivity secured for the technology - Positive factor: Patent application filed - Positive factor: Demonstrated equivalent electrochemical performance - Negative factor: Results currently limited to laboratory scale - Negative factor: Full life cycle carbon footprint not yet assessed - Negative factor: Industrial-scale validation still required Facts used in scoring: 1 ## Classification and evidence **Free Milling** Polarity: positive Definition: Simple, clean ore amenable to standard processing without oxidation. Why it applies: The technology is designed for the processing of carbon-based materials \(graphite\) and aims to improve the carbon profile of manufacturing. Evidence · text > new green-chemistry coating process for anode materials that offers the potential to improve the carbon profile of manufacturing **Bench Scale Only** Polarity: negative Definition: Only preliminary bench tests completed — no locked-cycle or pilot work. Why it applies: The company explicitly states that results have been achieved at the laboratory scale and industrial-scale validation is a future step. Evidence · text > Given the promising results achieved at the laboratory scale, the next steps toward the industrialization... will include... a validation campaign on industrial-scale equipment. **Single Domain Only** Polarity: negative Definition: Testing limited to one composite or domain — representativeness not established. Why it applies: only one composite was tested ## Extracted facts Stored fact records: 1. Some facts used in scoring do not have a stored record. ## Metallurgical Results (1) ### electrochemical testing [Link to this fact](https://atlas-staging.minestarters.com/news/nmg-develops-low-carbon-footprint-anode-material-coating-process-in-collaboratio--ac83b92d-f933-4534-9f26-2c87063d1b80#fact-metallurgical-facts-0) Matawinie Mine / Bécancour Battery Material Plant · graphite #### Identity - Project: Matawinie Mine / Bécancour Battery Material Plant - Commodity: graphite - Region: canada\_qc - Reported Region: Québec, Canada - Ticker: NOU.TO #### Test Work - Program Status: preliminary - Test Type: electrochemical testing - Processing Route: bio-based coating process - Sample: coated spherical purified graphite \(CSPG\) produced via new bio-based coating process #### Recovery - Recovery Basis: unspecified #### Lab - Consultant: McGill University #### Review - Needs Review: No - Historical: No #### Dates - Event date: 2026-10-07T00:00:00.000Z Reasoning: The process shows significant potential for carbon reduction and maintains performance parity with industry standards. - Positive factor: Reduces Scope 1 CO2e emissions by 130 kg per tonne - Positive factor: Compatible with existing manufacturing equipment - Negative factor: Laboratory scale only - Negative factor: Full life cycle assessment pending Evidence · text > replacing a pitch coating, the industry standard, with a bio-based coating could substantially reduce Scope 1 CO2e emissions by 130 kg per tonne of coated spherical purified graphite \(CSPG\) produced. ## How Atlas produces this analysis Minestarters Atlas uses automated extraction to summarize mining announcements, identify reported measurements, and classify supporting evidence. Sentiment reflects the extracted narrative and classification rules; it is an interpretation, not a reported measurement. Evidence quotes and context are provided where available. Missing data, low-confidence results, and review flags indicate limitations. Check the original publisher announcement before relying on an interpretation.