Feasibility & techno-economics
A manufacturing-feasibility and techno-economic view — whether the process can scale, and whether yield, throughput, and cost work — before any capital is committed.
From validated technology to repeatable production
- Campus
- 170,000 sq ft
- Pilot plant
- 20–1,200 L
- Production
- ≤ 20,000 L
What scale-up covers
Engineering, piloting, and proving a process until it can run at volume — batch after batch.
Process engineering
Turn a laboratory procedure into a controllable, repeatable process — handling, mixing, reaction, forming, and downstream steps.
Pilot production
Run representative batches at pilot scale to prove the process behaves before committing to volume.
Comparability & consistency
Measure the scaled material against the bench benchmark, held to defined parameters and acceptance criteria — so what ships matches what was validated.
Technical transfer
Package the process — operating sequence, batch records, and risk controls — to move it to another team or site.
Manufacturing & supply
For eligible processes: production campaigns, toll manufacturing, or ongoing supply — confirmed per program.
How we scale a process
Six stages, run as one program — starting from whatever already works, and built around repeatability.
- 01Assess
Review the process, materials, equipment, hazards, and target volumes — and whether scale-up is technically and economically feasible.
- 02Define the strategy
Establish the production pathway, the experimental and analytical plan, quality criteria, and milestones.
- 03Engineer the process
Develop the operating sequence, material handling, equipment settings, parameters, and documentation for controlled execution.
- 04Pilot & characterize
Run representative pilot batches, measure process and material behavior, and compare against the bench benchmark.
- 05Demonstrate repeatability
Refine the process, establish operating ranges, confirm the agreed criteria, and document the risks and controls.
- 06Establish the production route
Prepare the agreed transfer, manufacturing, supply, or extended-pilot pathway — not every program reaches production.
From the bench to full production
One campus carries a material from a few grams at the bench to full production runs — the same team and the same building at every scale.
Grams
Material R&D — AI modeling, analytical & design labs
Kilos
Scale-up & process optimization
20–1,200 L
Pilot production — modular pilot plant
1,200–20,000 L
Large-scale production — Supplies Development Center
Sectors we manufacture for
Process development and manufacturing for advanced materials, across the industries that put them to work.
AerospaceAutomotiveHealthcareConsumer electronicsClean techEnergy storageAdvanced filtrationAdvanced coatingsCosmeticsAgriculture
Quality & compliance
Manufacturing runs within Myant's certified management systems, with product-specific regulatory records maintained per program.
- ISO 9001:2015Quality management
- ISO 14001:2015Environmental management
- ISO 45001:2018Occupational health & safety
- Health Canada Establishment Licence #106352Medical devices, Class II
Why scale up with MyantX
Staying repeatable as volume grows is the hard part. MyantX runs material R&D, testing, and the line as one operation — so what ships is what was validated.
The same team, end to end
The team that scales your process works alongside the material R&D and the analytical lab — nothing is handed to a factory that has to relearn it.
Know before you commit
A manufacturing-feasibility and techno-economic assessment shows whether a process can scale — and whether the economics work — so capital goes in only once the numbers hold up.
Honest about the limits
Equipment fit, usable volume, safety, and available capacity are confirmed up front. Not every process is eligible, and we say so.
Frequently asked questions
Not seeing your question? Talk to the team that would run your program.
Discuss a projectCan you tell us whether scaling up is even worth it?
Yes — a program can start with a feasibility and techno-economic assessment, so capital goes into scale-up only once the technical and commercial case holds up.
Can you scale a process developed elsewhere?
Often, yes. We review the formulation or process, its documentation and sample data, hazards, and IP constraints to determine whether a transfer or scale-up program is feasible.
What pilot and production volumes are available?
Modular pilot lines run from 20 to 1,200 L and production up to 20,000 L. The right range for your process is confirmed during scoping, against technical fit and availability.
Do you offer toll manufacturing or ongoing supply?
For suitable processes, yes. The manufacturing model, campaign size, specifications, quality requirements, and commercial terms are all defined during scoping.
Can the process be transferred to another site?
Where included in the engagement, we can prepare an agreed technical-transfer package and support transfer into a client or third-party manufacturing environment.
How are hazards, quality, IP, and timing handled?
Hazards and handling controls are reviewed before work is accepted; quality requirements are agreed up front; and confidentiality, background and new IP, and transfer rights are set in the agreement. Timing depends on the starting process and the pilot iterations it needs.
Take it to volume
Tell us what currently works and what scale you need to reach. The team will help define the pilot, transfer, or manufacturing pathway.