CarboMat Inc.

Cover Block

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Field	Value
Name	CarboMat Inc.
Tagline	Commercializing low-cost sustainable carbon fibers and anode materials from industrial by-products for composites and battery industries.
Headquarters	Calgary, Alberta, Canada
Founded	2022
Stage	Seed
Business Model	B2B
Industry	Cleantech / Climatetech
Technology Type	Hardware (advanced materials)
Geography	North America
Growth Profile	Venture Scale
Founding Team	Academic Spinout (University of Calgary)
Funding Label	Undisclosed; ~$760,000 disclosed equity-equivalent, plus a CA$1.05M grant

Links

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• Website: https://carbomatinc.com/
• LinkedIn: https://ca.linkedin.com/company/carbomatinc

Executive Summary

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CarboMat Inc. is a 2022 University of Calgary spinout converting low-value oil sands by-products, principally asphaltenes and bitumen residues, into carbon fibers and battery-grade anode materials [CarboMat Inc.] [ZoomInfo]. The company sits at an unusual intersection: it offers Alberta a non-combustion outlet for hydrocarbon by-products while supplying two structurally short markets, automotive-grade carbon fiber and lithium-ion anode material, with a feedstock that competitors do not use. CEO and co-founder Shabab Saad, who holds a B.Sc. in Chemical Engineering from the University of New Mexico and an M.Sc. from the University of Calgary, has built the company's technical thesis around a less GHG-intensive end-to-end process for producing carbon fiber from asphaltenes [CarboMat Inc.]. The company was named a Phase II awardee of Alberta Innovates' Carbon Fibre Grand Challenge and received a CA$1.05 million grant tied to that program [JEC]. CarboMat completed Creative Destruction Lab's CDL-Rockies cohort and was selected as a top-20 finalist for the JEC World 2025 Startup Booster competition, with judges drawn from Airbus, Mercedes-Benz AG, ExxonMobil and SWANCOR [CarboMat Inc.]. In November 2025, Houston- and Calgary-based venture studio 8 Clockwise added CarboMat to its portfolio under a strategic partnership intended to scale carbon fiber and battery materials production [Business Wire, Nov 2025]. Over the next 12 to 18 months, the items worth tracking are conversion of pilot output to a paid offtake, the structure of any priced equity round following the 8 Clockwise partnership, and whether the asphaltene-to-anode pathway clears battery-grade qualification with a named cell maker.

Data Accuracy: GREEN -- Confirmed by company website, JEC Composites, Business Wire and ZoomInfo.

Taxonomy Snapshot

Axis	Value
Stage	Seed
Business Model	B2B materials supply
Industry / Vertical	Cleantech / advanced materials for composites and batteries
Technology Type	Hardware / process chemistry
Geography	North America (Alberta-anchored)
Growth Profile	Venture Scale
Founding Team	Academic Spinout
Funding	Grant-led; ~$760,000 disclosed plus CA$1.05M Alberta Innovates grant [JEC]

Company Overview

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CarboMat was founded in 2022 as a spinout from the University of Calgary, with a thesis built around finding non-combustion uses for Alberta's asphaltenes, the heavy carbon-rich residue left over from upgrading bitumen [ZoomInfo]. The company is headquartered at 3520 Research Way NW in Calgary, on the University Research Centre campus, which is consistent with a wet-lab operation rather than a software-style office footprint [CarboMat Inc.]. The opportunity the founding team identified is structural: Alberta produces large volumes of asphaltenes that are typically combusted or stockpiled, while two downstream markets, automotive-grade carbon fiber and lithium-ion anode material, are both feedstock-constrained and price-sensitive.

The company's public milestone trail begins with co-founder and CEO Shabab Saad receiving the 2022 GRInSTEM Award for early-career research [CarboMat Inc.]. In 2023, CarboMat was admitted to Creative Destruction Lab's CDL-Rockies cohort, which the company described on LinkedIn as occurring within its first year of operation [LinkedIn]. The Phase II award under Alberta Innovates' Carbon Fibre Grand Challenge followed, with the program collectively directing CA$198 million of public and private investment across 18 projects [JEC]. CarboMat's slice of that program is a CA$1.05 million grant tied to its asphaltene-to-carbon-fiber process [JEC]. Most recently, the company was named to the JEC World 2025 Startup Booster top 20 and entered a strategic partnership with venture studio 8 Clockwise in November 2025 to scale both the carbon fiber and battery anode product lines [CarboMat Inc.] [Business Wire, Nov 2025].

Data Accuracy: GREEN -- Confirmed by CarboMat company site, JEC Composites, LinkedIn and Business Wire.

Product and Technology

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CarboMat's product surface, as publicly described, has two pillars built on a common feedstock chemistry. The first is low-cost carbon fiber produced through what the company calls an "end-to-end less GHG-intensive process" starting from oil sands asphaltenes, targeted at composites buyers in automotive, aerospace and sports equipment [CarboMat Inc.] [ZoomInfo]. The second is anode material for lithium-ion batteries derived from the same family of carbon-rich industrial by-products, including bitumen residues [CarboMat Inc.]. The unifying technical claim is that the precursor cost is structurally below petroleum-pitch and polyacrylonitrile (PAN) baselines because the input is presently treated as low-value waste rather than a chemical commodity [CarboMat Inc.].

Alongside the product lines, CarboMat operates a small lab services business, offering on-site materials testing and sample submission against a defined equipment list at its Calgary facility [CarboMat Inc.]. While modest in revenue terms, that capability is consistent with a strategy of qualifying customer specifications in-house before scaling pilot output, which matters in a category where buyers do not switch precursors without extensive validation. The 8 Clockwise partnership announced in November 2025 frames the next stage of work as "scaling" both carbon fiber and battery-grade anode material, though the release does not disclose pilot capacity, planned tonnage, or specific named offtake customers [Business Wire, Nov 2025].

What is not yet public, and what investors should expect to ask for directly, is the pilot line's throughput, the carbon fiber's tensile and modulus grade relative to T700 / T800 benchmarks, and any third-party qualification on the anode side. Public materials describe the process and target applications; they do not disclose lot-level performance data or named cell-maker qualifications.

Data Accuracy: YELLOW -- Product claims confirmed by CarboMat website and Business Wire; performance specs and pilot throughput not publicly disclosed.

Market Research and Opportunity

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The market matters now because two end markets that historically moved on different clocks, automotive-grade carbon fiber and lithium-ion anode material, are simultaneously trying to localize supply chains away from incumbent Asian producers and reduce embodied carbon. CarboMat sits upstream of both.

On the carbon fiber side, Alberta Innovates' Carbon Fibre Grand Challenge is itself a market signal: the program is built around the thesis that Alberta's bitumen can be redirected into "large-scale production of carbon fiber and advanced manufacturing products," and the second phase has mobilized CA$198 million of combined public and private investment across 18 projects [JEC]. That is a concrete, dated commitment of capital to the precursor problem CarboMat is solving, not a generic TAM claim. The company's own public framing ties the addressable demand to composites use in automotive, aerospace and sports equipment [ZoomInfo].

On the battery side, anode material demand is driven by lithium-ion cell production scale-up across North America, and the policy backdrop in both Canada and the United States favors domestic and allied-sourced active materials. The specific niche CarboMat targets, carbon-rich anode precursors derived from hydrocarbon by-products, overlaps technically with petroleum-coke and synthetic-graphite supply chains that today are concentrated outside North America. The company has not published a sized SAM figure, and no third-party report in the cited research assigns a dollar value specifically to asphaltene-derived materials, so any TAM number here would be inferred rather than confirmed.

The most defensible public sizing claim is therefore the program-level capital committed by Alberta Innovates, summarized below.

Sizing claim	Value	Source
Carbon Fibre Grand Challenge Phase II total investment (public + private)	CA$198 million across 18 projects	[JEC]
CarboMat's grant within that program	CA$1.05 million	[JEC]
JEC World 2025 Startup Booster jury participants relevant to demand-side	Airbus, Mercedes-Benz AG, ExxonMobil, SWANCOR	[CarboMat Inc.]

Analyst takeaway: the cited evidence does not give a clean dollar TAM, but it does establish that a named provincial agency has organized roughly CA$198 million of co-investment around the precise feedstock-to-fiber thesis CarboMat is executing, and that brand-name composites and energy buyers are actively scouting startups in this category.

Data Accuracy: YELLOW -- Program-level capital and jury composition confirmed by JEC and company site; specific carbon fiber and anode TAM figures not publicly available.

Competitive Landscape

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No direct competitors are named in the cited sources, so the competitive map below is drawn at the category level rather than the company level.

The relevant competitive set divides into three groups. The first is incumbent carbon fiber producers using PAN or petroleum-pitch precursors, principally Japanese and European chemical majors that dominate aerospace-grade supply today. Their advantage is decades of qualification data and existing aerospace and automotive specifications; their exposure is precursor cost and embodied carbon, both of which CarboMat's asphaltene route is designed to undercut [CarboMat Inc.]. The second group is fellow Carbon Fibre Grand Challenge Phase II awardees, who by definition are pursuing related Alberta-feedstock pathways with comparable provincial backing [JEC]. The third group is the synthetic graphite and petroleum-coke supply chain that currently feeds lithium-ion anode production, which is geographically concentrated outside North America and which any localized anode precursor producer would have to displace on price, performance and qualification timeline.

Where CarboMat appears defensible today is on feedstock economics and place. Asphaltenes in Alberta are abundant and presently low-value, and the company is physically located on a University of Calgary research site with active provincial program support, JEC startup recognition and a venture studio partner in 8 Clockwise [CarboMat Inc.] [JEC] [Business Wire, Nov 2025]. That combination of feedstock proximity, provincial co-funding and external commercial scouting is hard for an out-of-region challenger to assemble quickly. The edge is, however, perishable in two specific ways: a different Phase II awardee could reach pilot scale first and capture the first named offtake, and an incumbent fiber producer could license or develop its own asphaltene route once the chemistry is de-risked.

The area of greatest exposure is qualification time. Aerospace-grade carbon fiber qualification typically runs multi-year and battery-grade anode qualification with a tier-1 cell maker is similarly slow, and CarboMat's public materials do not yet disclose a named qualification partner on either side. A larger competitor with an existing qualified product line can defend market share by extending its current spec sheet faster than a startup can win a new one.

The most plausible 18-month scenario splits along a single fork. Winner if: CarboMat converts the 8 Clockwise partnership and its Alberta Innovates grant into a named pilot offtake with either a North American cell maker or a tier-2 composites buyer within the next 12 months, which would anchor a priced Series A on real revenue. Loser if: a parallel Carbon Fibre Grand Challenge awardee reaches a named offtake first, in which case CarboMat's provincial-program advantage compresses and the company is forced to differentiate on a narrower technical claim.

Data Accuracy: ORANGE -- No named competitors in cited sources; competitive map is inferred from program structure and category dynamics.

Opportunity

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If CarboMat executes, the prize is becoming the default North American supplier of asphaltene-derived carbon fiber and anode precursor, two roles that today have no clear incumbent on this continent.

The headline opportunity. The single largest plausible outcome is that CarboMat becomes the reference producer for a new precursor class, asphaltene-derived carbon, that simultaneously serves composites and battery anode markets from a single feedstock pool. The cited evidence makes that outcome reachable rather than aspirational for three reasons. First, Alberta Innovates has already organized CA$198 million of co-investment across 18 Phase II projects explicitly aimed at converting bitumen into carbon fiber and advanced materials, and CarboMat is one of the named awardees [JEC]. Second, the JEC World 2025 Startup Booster shortlist placed CarboMat in front of buying juries from Airbus, Mercedes-Benz AG, ExxonMobil and SWANCOR, which is the demand-side audience that ultimately writes offtake agreements [CarboMat Inc.]. Third, the November 2025 strategic partnership with 8 Clockwise, a venture studio focused on industrial decarbonization, supplies the scale-up capability that a small academic spinout typically lacks [Business Wire, Nov 2025].

Growth scenarios.

Scenario	What happens	Catalyst	Why it's plausible
Composites first	CarboMat lands a named pilot offtake with a tier-2 automotive or sports composites buyer, anchoring a priced Series A.	A signed pilot supply agreement following JEC World 2025 jury exposure.	Jury includes Mercedes-Benz AG and SWANCOR, both active composites buyers [CarboMat Inc.].
Battery pivot dominates	Anode-grade material clears qualification with a North American cell maker and becomes the larger revenue line.	A named cell-maker qualification within 12 to 18 months.	8 Clockwise partnership explicitly cites scaling "battery-grade anode materials" [Business Wire, Nov 2025].
Provincial champion	CarboMat becomes Alberta's anchor demonstration of non-combustion bitumen use, attracting follow-on provincial and federal capital.	Successful Phase II milestones under Alberta Innovates.	CA$198M program is already structured around exactly this outcome [JEC].

What compounding looks like. The flywheel here is feedstock-locked and qualification-locked. Once an asphaltene-to-fiber or asphaltene-to-anode process is qualified by a named buyer, that qualification is expensive and slow for a competitor to replicate, which means the second contract is materially easier to win than the first. The same precursor chemistry feeds both product lines, so engineering investment in feedstock processing amortizes across two end markets rather than one. Provincial program participation compounds in a separate way: each Phase II milestone unlocks visibility to subsequent funding tranches and to private co-investors organized around the same thesis [JEC].

The size of the win. No directly comparable public market cap is named in the cited sources, and the cited research does not assign a dollar TAM specifically to asphaltene-derived materials, so any valuation translation here would be a scenario rather than a forecast. What is concretely visible is that a CA$198 million program-level investment pool exists around CarboMat's exact thesis, and that brand-name buyers in both composites and energy are already in the room evaluating startups in this niche [JEC] [CarboMat Inc.]. For an early seed-stage company with roughly $760,000 in disclosed equity-equivalent funding plus a CA$1.05 million grant, the asymmetry between current capitalization and addressable program-level capital is the core of the bet.

Data Accuracy: YELLOW -- Scenarios anchored to confirmed program capital, partnership announcement and JEC jury composition; no comparable public market cap available in cited sources.

Sources

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1. [CarboMat Inc.] CarboMat Inc. - High-Value Advanced Materials | https://carbomatinc.com/

2. [CarboMat Inc.] Our Team - CarboMat Inc. | https://carbomatinc.com/our-team/

3. [CarboMat Inc.] Our Vision - CarboMat Inc. | https://carbomatinc.com/vision/

4. [CarboMat Inc.] CarboMat Is Named As One Of The Awardees in Phase II of Alberta Innovates' Carbon Fibre Grand Challenge | https://carbomatinc.com/carbomat-in-alberta-innovates-carbon-fibre-grand-challenge/

5. [CarboMat Inc.] CarboMat Team Among Carbon Fibre Grand Challenge Phase II Finalists | https://carbomatinc.com/carbomat-team-among-carbon-fibre-grand-challenge-finalists/

6. [CarboMat Inc.] News Archives - CarboMat Inc. | https://carbomatinc.com/category/news/

7. [CarboMat Inc.] Lab Services - CarboMat Inc. | https://carbomatinc.com/lab-service/

8. [CarboMat Inc.] Career - CarboMat Inc. | https://carbomatinc.com/career/

9. [CarboMat Inc.] Contact Us - CarboMat Inc. | https://carbomatinc.com/contact-us/

10. [CarboMat Inc.] Congratulations to Shabab Saad for receiving the 2022 GRInSTEM Award | https://carbomatinc.com/shabab-saad-recieved-grinstem-award/

11. [JEC] CarboMat receives a grant of CA$1.05 million | https://www.jeccomposites.com/news/by-jec/carbomat-receives-a-grant-of-ca1-05-million/

12. [Business Wire, Nov 2025] 8 Clockwise Announces Strategic Partnership with CarboMat to Scale Sustainable Carbon Fibers and Battery Materials | https://www.businesswire.com/news/home/20251112148022/en/8-Clockwise-Announces-Strategic-Partnership-with-CarboMat-to-Scale-Sustainable-Carbon-Fibers-and-Battery-Materials

13. [LinkedIn] CarboMat Inc. LinkedIn company page | https://ca.linkedin.com/company/carbomatinc

14. [ZoomInfo] CarboMat - Overview, News & Similar companies | https://www.zoominfo.com/c/carbomat-inc/1313811339

15. [Creative Destruction Lab] Creative Destruction Lab 2023/24 Graduate Companies | https://creativedestructionlab.com/blog/2023-24-graduate-companies/