Classroom example Carbonova
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The questionShow your class · 2 of 5
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Ask the classFor you
About CarbonovaFor you
SourcesHow can carbon-containing gases become useful solid materials?
Carbonova · Calgary pilot and demonstration-project evidence; the larger demonstration unit is not described here as commissioned.
Where it fits
Pick your class- Chemistry 20 · Matter conservation and chemical changes
- Science 30 · Chemistry and the environment
How it works
Schematic · not to scale
Track carbon through a process
Supply carbon-containing gases to the process.
Use controlled reaction conditions.
Recover solid carbon material.
Measure its properties and the process inputs and outputs.
The chart is illustrative, not measured results. This is not a balanced reaction diagram. Energy use and other streams matter when evaluating environmental claims.
The lesson, in the real world
Carbon atoms can become part of a different material.
- 1
Carbon-containing feedstocks supply atoms that can become part of a solid product through a sequence of chemical processes.
Our explanation - 2
ERA’s project account describes reforming followed by a carbonization reactor that produces solid carbon material.
Our explanation - 3
The resulting nanofibres can be tested as additives. Compare a material with and without the additive under the same conditions.
Our explanation - 4
Also examine the inputs, energy and remaining outputs. A useful product and a lower overall environmental footprint are related but separate claims.
Our explanation
Who does this work
Roles documented at Carbonova
What each kind of work involves, the job titles to look for, and where to find postings in Calgary.
Process engineering
Turn a useful transformation into a workable sequence of equipment and operating steps. Process engineers consider what enters, what leaves and what conditions the system must maintain.
Classroom connection
Conservation of matter and energy connects classroom calculations to process decisions.Job titles to search
Process engineer · Chemical engineerWork area · Pilot and scale-up work are documented by ERA; role tasks are editorial.Materials research and testing
Investigate whether a material improves a product for a defined purpose. A useful comparison separates the effect of the added material from other changes in the test.
Classroom connection
Stronger, lighter and more conductive are different properties requiring different tests.Job titles to search
Materials scientist · Materials engineer · Research technicianWork area · Customer material assessment and composite testing are supported by project descriptions.Laboratory analysis
Make measurements that other people can trust. A laboratory worker prepares samples, uses a method consistently and records enough detail for someone else to interpret the result.
Classroom connection
A repeatable method and a fair comparison matter as much as a single impressive number.Job titles to search
Laboratory technician · Laboratory technologist · Lab analystWork area · Measurement and testing are connected work areas, not a verified named vacancy.
Cards distinguish work documented at Carbonova from related work at other employers. Dated accounts and postings are not a current staff roster or a promise of a vacancy.
Ways in
For your students
Ways to prepare for this work
Programs that teach skills this work uses. Each is one route in, not a requirement, and no program has endorsed this page.
University of CalgaryBachelor’s degreeCalgary
Chemical Engineering
Study how to transform raw materials and design production processes.
About this route
Check the provider’s current prerequisites and intake availability. This is a related learning route, not a hiring promise or an employer requirement.
Why it connects to the work · our interpretation
Process engineeringSupports process design and scale-up; experience and professional requirements remain separate. Conservation of matter and energy connects classroom calculations to process decisions.
Materials research and testingSupports process design and scale-up; experience and professional requirements remain separate. Stronger, lighter and more conductive are different properties requiring different tests.
SAITDiplomaCalgary
Chemical Laboratory Technology
Practice chemical analysis, sample preparation and analytical instrumentation.
About this route
Check the provider’s current prerequisites and intake availability. This is a related learning route, not a hiring promise or an employer requirement.
Why it connects to the work · our interpretation
Laboratory analysisSupports laboratory testing and reliable measurement. A repeatable method and a fair comparison matter as much as a single impressive number.
Materials research and testingSupports laboratory testing and reliable measurement. Stronger, lighter and more conductive are different properties requiring different tests.
SAITDiplomaCalgary
Mechanical Engineering Technology
Study mechanical systems, design and manufacturing, with specialization options.
About this route
Check the provider’s current prerequisites and intake availability. This is a related learning route, not a hiring promise or an employer requirement.
Why it connects to the work · our interpretation
Materials research and testingSupports component design, prototyping and equipment work. Stronger, lighter and more conductive are different properties requiring different tests.
Ask the class
Use it in class
Ask the class
What would you measure to decide whether a new additive improves both performance and environmental impact?
Provide fictional strength-test results for identical samples with two additive amounts. Ask students to compare variation, identify a control and list the additional evidence required for an environmental claim.
Mindset it shows
A stronger sample alone cannot establish lower lifecycle emissions. No claim is made that these invented values are Carbonova test results.
About Carbonova
Carbon atoms can become part of a different material.
- Headquarters
- Calgary pilot and demonstration-project evidence; the larger demonstration unit is not described here as commissioned.
- Source: Company technology and development status(opens in a new tab); Active Calgary demonstration project(opens in a new tab); Completed CREATE process project(opens in a new tab)
- Local connection
- Calgary pilot and demonstration-project evidence; the larger demonstration unit is not described here as commissioned.
- Source: Company technology and development status(opens in a new tab); Active Calgary demonstration project(opens in a new tab); Completed CREATE process project(opens in a new tab)
- Team size
- Not verified. We have not found a dated, sourced figure.
- The problem
- Can a carbon-containing gas become an additive with useful material properties?
- Source: Company technology and development status(opens in a new tab); Active Calgary demonstration project(opens in a new tab); Completed CREATE process project(opens in a new tab)
- What they do
- Carbon nanofibre technology and material development for applications such as composites and construction materials.
- Source: Company technology and development status(opens in a new tab); Active Calgary demonstration project(opens in a new tab); Completed CREATE process project(opens in a new tab)
- Who uses it
- Material and product developers evaluating additives for a specific performance requirement.
- Source: Company technology and development status(opens in a new tab); Active Calgary demonstration project(opens in a new tab); Completed CREATE process project(opens in a new tab)
Carbonova develops a catalytic process that uses carbon-containing gases to make carbon nanofibres. Emissions Reduction Alberta documents Calgary pilot work and a separate commercial-demonstration project. The example focuses on converting feedstocks and testing a material’s usefulness, rather than assuming that using an emission stream automatically delivers a net climate benefit.
Source: Company technology and development status(opens in a new tab); Active Calgary demonstration project(opens in a new tab); Completed CREATE process project(opens in a new tab)Read each source’s date and scope: a documented role is not proof of a current vacancy or of where every position is based.
Reported as Carbonova states it. Carbonova has not reviewed or endorsed this page.
Sources and course fit
Sources checked 15 Oct 2026
Where it fits
- Chemistry 20 · Matter conservation and chemical changes
- Science 30 · Chemistry and the environment
Editorial mapping to published CBE course topics. Pending educator review. No outcome-code alignment is claimed.
Sources
- Alberta Chemistry 20–30 program of studies (updated 2014)(opens in a new tab)
- SAIT — Chemical Laboratory Technology(opens in a new tab)
- University of Calgary — Chemical Engineering(opens in a new tab)
- SAIT — Mechanical Engineering Technology(opens in a new tab)
- Calgary Board of Education: Science 10/20/30 course topics(opens in a new tab)
- Company technology and development status(opens in a new tab)
- Active Calgary demonstration project(opens in a new tab)
- Completed CREATE process project(opens in a new tab)
Organization claims are reported as the organization states them. Carbonova has not reviewed or endorsed this page.
What we know, and how
| Type | Claim | How we know |
|---|---|---|
| work | Carbonova develops a catalytic process that uses carbon-containing gases to make carbon nanofibres. Emissions Reduction Alberta documents Calgary pilot work and a separate commercial-demonstration project. The example focuses on converting feedstocks and testing a material’s usefulness, rather than assuming that using an emission stream automatically delivers a net climate benefit.Source: Company technology and development status; Active Calgary demonstration project; Completed CREATE process project | Organization-stated |
| local connection | Calgary pilot and demonstration-project evidence; the larger demonstration unit is not described here as commissioned.Source: Company technology and development status; Active Calgary demonstration project; Completed CREATE process project | Organization-stated |
| course fit | Track carbon atoms into new materials and identify missing inputs and outputs. A carbon-containing product alone does not prove a net climate benefit.Source: Alberta Chemistry 20–30 program of studies (updated 2014); Calgary Board of Education: Science 10/20/30 course topics | Editorial connection to verified course topics |
| limits | Do not repeat net-negative, strength-multiplier or energy-superiority claims without the underlying study and comparison boundary. Active project funding is not proof that a commercial plant is operating. Pilot status is attributed to the project source, not a site inspection.Source: Company technology and development status; Active Calgary demonstration project; Completed CREATE process project | Scope of this example |
Solid green: the organization states it. Outlined: seen in a dated source. Dashed: our interpretation, not yet researched, or announced but not yet real.