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Technology

Engineering the Next Generation of Aviation Fuel.

INDUSAF is developing a technology framework that connects feedstock selection, conversion pathways, fuel quality, scalable production and evidence-led sustainability.

Stainless-steel process piping and instrumentation illustrating aviation fuel conversion systems.

Technology approach

The Entire Fuel System Matters

Advanced aviation fuel technology cannot be evaluated through conversion chemistry alone. Feedstock characteristics, process selection, fuel quality, production scale and supply-chain controls all influence technical and commercial performance.

INDUSAF's approach is intended to consider carbon intensity and traceability alongside aviation-fuel requirements. Detailed technical claims will be published only when supported by approved documentation.

Feedstocks
Eligibility, consistency and provenance
Conversion
Pathway fit and process requirements
Fuel quality
Performance, testing and applicable specifications
Scalability
Repeatable production and commercial context
Carbon intensity
Lifecycle measurement within defined boundaries
Traceability
Documented inputs, processing and handovers
Process-control cabinet, precision instrumentation and a stainless-steel reactor vessel.
Representative process-control context; not an INDUSAF facility.

Production pathways

Established Industry Routes.

These modules describe recognised industry pathway categories. They do not state that INDUSAF has selected, licensed or currently operates any pathway.

Current page labelIndustry PathwayFuture supported labelsUnder Evaluation / Planned / Selected
01

Industry Pathway

HEFA

Conversion of qualifying lipid feedstocks into aviation-fuel components through hydroprocessing and upgrading.

INDUSAF status: not assigned
02

Industry Pathway

Alcohol-to-Jet

Conversion of eligible alcohol intermediates into aviation-fuel components through an approved process route.

INDUSAF status: not assigned
03

Industry Pathway

Co-processing

Processing qualifying renewable inputs alongside conventional refinery streams within applicable limits.

INDUSAF status: not assigned
04

Industry Pathway

Synthetic Fuels

Production routes using suitable hydrogen and carbon inputs to create synthetic aviation-fuel components.

INDUSAF status: not assigned

Process architecture

A Controlled Path to Aviation Fuel.

A production architecture may connect the following stages. The sequence is illustrative and varies by feedstock, selected industry pathway and facility design.

  1. 01Feedstock
  2. 02Pre-treatment
  3. 03Conversion
  4. 04Upgrading
  5. 05Quality Assurance
  6. 06Blending
  7. 07Distribution

Illustrative educational schematic. This is not a proprietary INDUSAF process diagram or operating-facility representation.

Quality by design

Built Around Repeatability

Quality is created through controlled processes rather than inspected into a product at the end. Repeatable operating conditions, defined testing and batch-level controls support consistent outcomes.

Documentation and safety procedures connect process decisions with material identity, test results, handling requirements and each subsequent handover.

Processes
Defined and repeatable operating controls
Testing
Sampling and test requirements
Batch control
Material identity and production records
Documentation
Traceable evidence across the process
Safety
Handling and operating procedures
Illustrative process from feedstock through conversion, quality assurance, blending and distribution.
Educational process architecture; not proprietary INDUSAF technology.
Precision analytical chamber, optical sensor and calibration fixture.
Representative analytical systems; not an INDUSAF laboratory.

R&D and collaboration

Technical Progress Through Collaboration.

The future collaboration architecture is intended to support disciplined research, validation, engineering and scale-up. No institutional or commercial partnership is claimed here.