PROCESS TECHNOLOGIES
From Process Innovation to a Cleaner Tomorrow.
Asterm develops and commercializes process technologies for methanol, DME and Sustainable Aviation Fuel, connecting advanced chemistry with scalable industrial pathways.
OUR TECHNOLOGY PLATFORMS
Three Technologies. One Integrated Future.
Our process-technology portfolio is built around methanol as a common platform molecule, connecting multiple downstream opportunities across fuels, chemicals and carbon utilization.
This is directly aligned with the proposal’s positioning of methanol as the common platform connecting the three technologies.
01
Methanol Technology
Syngas / CO₂ + H₂ → Methanol
Process technology for producing methanol from suitable syngas streams and through CO₂ hydrogenation routes, supporting renewable and low-carbon methanol pathways.
02
DME Technology
Methanol → Dimethyl Ether (DME)
Integrated methanol-to-DME process technology combining catalyst, process know-how and engineering support for industrial deployment.
03
Sustainable Aviation Fuel
Methanol-to-Jet (MTJ)
A Methanol-to-Jet pathway under development for converting renewable or low-carbon methanol into jet-range hydrocarbons through downstream conversion and upgrading.
OUR PURPOSE
Technology for a Lower-Carbon Future.
We develop process technologies that connect cleaner fuels, carbon utilization and industrial applications—turning scientific innovation into scalable solutions.
CLEANER FUELS
CARBON UTILIZATION
INDUSTRIAL APPLICATIONS
TECHNOLOGY MULTIPLIER
TECHNOLOGY DEVELOPMENT
Built for Industrial Deployment.
Asterm’s process-technology model combines technology development with catalyst capability, engineering support, licensing and technical services—creating an integrated pathway from innovation to industrial application.
Technology Development
Process routes, catalyst integration and technical know-how.
Engineering Support
Pilot, scale-up and engineering collaboration through the Asterm ecosystem.
Licensing & Technical Services
Technology packages, licensing and ongoing technical support.
This reflects the proposal’s long-term positioning of Process Technology as technology packages, licensing, royalties, process optimization and plant performance support, alongside an engineering ecosystem for POC, pilot, FEED, EPC and commissioning.
OUR APPROACH
From Concept to Commercialization.
Asterm follows a structured pathway to develop, validate and deploy process technologies—from process development and catalyst integration through pilot validation, engineering and commercial deployment.
The proposal describes Asterm’s broader commercialization pathway as moving from science and catalyst development through pilot, engineering and commercial deployment.
Process Development
Developing process routes and defining the technology pathway.
Catalyst Integration
Integrating catalyst performance with process requirements.
Pilot Validation
Generating technical evidence through pilot and demonstration activities.
Engineering & Scale-Up
Translating validated technology into engineering and plant-scale solutions.
Commercial Deployment
Supporting licensing, implementation and industrial deployment.
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- +91 844 06 50950
- astermtechnologies@gmail.com
- traja58@gmail.com
- sivaprasad.only1@gmail.com
- m.manikandan5589@gmail.com
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