Services offered by Pilon Engineering Pvt. Ltd. include SAF Pilot Plant Manufacturing & Process Engineering in UAE, which includes sustainable aviation fuels technology development and feedstock evaluation and scale-up in Abu Dhabi, Dubai, Sharjah, Ajman, Umm Al Quwain, Ras Al Khaimah and Fujairah. We can build custom pilot plants for process development of SAF including feedstock processing, catalysis, conversion, separation, purification and product recovery.
Pilot plants can be configured according to the selected technology, feedstock characteristics, throughput, operating temperature and pressure, equipment requirements, and research objectives. These systems can support research institutions, universities, technology developers, aviation companies, energy organizations, refineries, and industrial companies throughout the UAE in validating SAF technologies before moving toward demonstration or commercial-scale production.
Pilon Engineering provides customized SAF pilot plants in Abu Dhabi for sustainable fuel research, feedstock testing, and process development. Systems can be designed for reaction, separation, purification and scale-up studies.
Pilon Engineering offers SAF pilot plant solutions in Dubai for companies, research organizations, and technology developers. Pilot systems can be customized for different SAF processes, feedstocks, capacities and operating conditions.
Pilon Engineering manufactures SAF pilot plants for projects in Sharjah, supporting process testing and renewable fuel research. Customized systems help evaluate feedstocks, reactions, product recovery and process performance.
For SAF projects in Ajman, Pilon Engineering provides pilot-scale systems for process development and technology validation. Plants can be configured according to specific feedstock, capacity, temperature, and pressure requirements.
Pilon Engineering supports SAF pilot plant projects in Umm Al Quwain with customized equipment for sustainable fuel research and process optimization. Pilot systems can help evaluate renewable and waste-based feedstocks and conversion processes.
Pilon Engineering provides SAF pilot plant solutions in Ras Al Khaimah for research, process testing, and scale-up studies. Systems can integrate reaction, separation, purification, instrumentation, and process control equipment.
Pilon Engineering offers customized SAF pilot plants in Fujairah for sustainable aviation fuel research and process development. Pilot-scale systems can support feedstock evaluation, conversion studies, process optimization, and scale-up.
An SAF Pilot Plant is a modular, small‑scale production facility designed to:
Validate SAF production technologies
Optimize reaction conditions
Test new feedstocks (biomass, waste oils, COâ‚‚, syngas, ethanol, etc.)
Generate data for scale‑up to commercial plants
Produce certification‑grade SAF samples
HEFA (Hydroprocessed Esters & Fatty Acids)
FT‑SAF (Fischer–Tropsch)
Alcohol‑to‑Jet (ATJ)
Gasification + FT
Power‑to‑Liquid (PtL) / e‑SAF
Pyrolysis‑based SAF
Airlines and regulators are mandating SAF blending targets, creating massive demand for scalable SAF technologies.
Pilot plants help evaluate:
Waste oils
Biomass
CO₂‑derived intermediates
Renewable hydrogen
Alcohols & syngas
Pilot‑scale data is essential for designing commercial SAF plants.
SAF must meet ASTM D7566 standards—pilot plants generate certification‑grade samples.
Pilon Engineering designs and manufactures custom SAF pilot plants with:
✔ High‑Pressure Reactor Systems
For hydrogenation, hydrocracking and catalytic upgrading.
✔ Fischer–Tropsch (FT) Reactors
Fixed‑bed, slurry‑phase, or microchannel FT reactors.
✔ Gasification & Syngas Conditioning Units
For biomass, MSW, and waste‑derived feedstocks.
✔ Alcohol‑to‑Jet (ATJ) Reactors
Dehydration, oligomerization, hydrogenation, and distillation modules.
✔ HEFA Processing Units
Pre‑treatment
Hydro‑deoxygenation
Isomerization
Fractionation
✔ Distillation & Fractionation Systems
For jet‑range hydrocarbon separation.
✔ Hydrogen Generation & Integration
Electrolyzer integration or external Hâ‚‚ supply.
✔ Modular Skid‑Mounted Construction
Easy installation, relocation, and scale‑up.
✔ PLC/SCADA Automation
Real‑time monitoring
Data logging
Safety interlocks
Remote operation
High‑pressure, high‑temperature reactors
Corrosion‑resistant materials (SS316L, Hastelloy, Inconel)
Multi‑stage hydrogenation & hydrocracking
Gas–liquid–solid catalytic systems
Advanced distillation & separation units
Explosion‑proof instrumentation
Inline analytics (GC, MS, FTIR optional)
GMP‑compliant fabrication
Plug‑and‑run modular skids
Faster technology validation
Lower R&D and scale‑up costs
Safer handling of hazardous chemistries
High‑quality, certification‑ready SAF samples
Flexible feedstock testing
Easy transition to demonstration scale
Reliable, repeatable process data
Expertise in reactor design, hydrogenation, flow chemistry, and pilot plants
Proven capability in high‑pressure, high‑temperature systems
Strong engineering across process, mechanical, electrical & automation
End‑to‑end delivery: Design → Fabrication → FAT/SAT → Commissioning
Trusted by leading chemical, energy and sustainability innovators
1. What is an SAF pilot plant?
An SAF pilot plant is a small-scale process facility used to test, validate, and optimize Sustainable Aviation Fuel production technologies before progressing to demonstration or commercial-scale facilities.
The United Arab Emirates is also looking to establish its own SAF production capacity by producing up to 700 million liters per year by 2030. Pilot plants will be useful for testing feedstocks, technologies, catalysts and operating conditions prior to building full plant.
Pilon Engineering can provide SAF pilot plant engineering and manufacturing solutions for projects in Abu Dhabi, Dubai, Sharjah, Ajman, Umm Al Quwain, Ras Al Khaimah, and Fujairah, depending on the project’s technical and commercial requirements.
Yes. Pilot plants can be customized according to the selected process, feedstock, capacity, operating conditions, equipment configuration, automation requirements, and scale-up objectives.
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