Advanced thermal process engineering
Turning complex
feedstocks into
engineered value.
Thermatubes develops complete pyrolysis solutions—from first laboratory question to a commissioned, commercially focused facility.
CORE
// HOW WE WORK
Evidence before scale.
Integration before steel.
We convert uncertainty into defined design criteria, bankable engineering packages and measurable performance targets.
DISCOVER
Feedstock, objectives & constraints
VALIDATE
Lab work, analytics & balances
ENGINEER
Process, equipment & facility
DELIVER
Manufacture, integrate & install
PROVE
Commission, test & optimize
// BUILT FOR THE HARD PROBLEMS
Beyond equipment.
Complete process certainty.
Pyrolysis projects succeed when chemistry, thermal design, equipment and operations are developed together. Thermatubes brings those disciplines into one coordinated engineering path.
Our network of PhD specialists, chemical and thermal engineers, professional engineers, laboratory experts and manufacturing partners scales to meet each project—from targeted research to full commercial development.
// END-TO-END CAPABILITIES
From question to
operating asset.
One technical partner across the entire development cycle reduces interface risk, preserves design intent and accelerates learning.
Research & feedstock studies
Characterization, literature review, bench programs and test matrices built around the real variability of your material.
↗Process design & validation
Process selection, laboratory procedures, mass and energy balances, thermal design, product recovery and analytical validation.
↗Equipment engineering
Reactors, condensers, gas cleaning, heat recovery and solids handling engineered as one integrated process.
↗Manufacturing & assembly
Detailed equipment design, fabrication coordination, assembly, inspection and delivery from pilot to commercial scale.
↗Facility & EPC support
Plot plans, utility integration, PFDs, equipment specifications and practical support through construction.
↗Commissioning & optimization
Start-up planning, performance testing, operator support, troubleshooting and continuous process improvement.
↗// TECHNOLOGY-AGNOSTIC BY DESIGN
The right thermal pathway.
Not a predetermined answer.
Rotary & legacy systems
Proven thermal conversion platforms, modernized through better heat integration, controls and product recovery.
Plasma-assisted pyrolysis
Electrically assisted processes for controlled reaction environments and demanding feedstocks.
Microwave pyrolysis
Volumetric heating concepts evaluated where feedstock properties and process objectives justify the approach.
Heat-pipe systems
High-temperature sodium heat pipes and alternative working fluids for exchangers, economizers and thermal recovery.
// APPLICATIONS
Different materials.
One disciplined method.
// HOW WE WORK
Evidence before scale.
Integration before steel.
We convert uncertainty into defined design criteria, bankable engineering packages and measurable performance targets.
DISCOVER
Feedstock, objectives & constraints
VALIDATE
Lab work, analytics & balances
ENGINEER
Process, equipment & facility
DELIVER
Manufacture, integrate & install
PROVE
Commission, test & optimize
// DEEP EXPERTISE. FLEXIBLE TEAM.
Specialists assembled
around your challenge.
Every feedstock and project stage requires a different concentration of expertise. We build the team around the work—not the other way around.