SCIENCE & TECHNOLOGY

Core Divisions | Heritage + Culture | Science + Technology | Enterprise + Sustainability | Artisanal + Perfumery

Oud Science & Technology Division

Where Ancient Resin Meets Modern Science

Oud is nature’s most complex aromatic mystery—a material shaped by biology, chemistry, time, and stress. Within its dark resin lies a molecular language written by trees, microbes, and ecosystems responding to survival. The Oud Science & Technology Division exists to decode that language.

This division is dedicated to the scientific understanding, technological advancement, and quality standardization of agarwood and oud. We bridge traditional knowledge with modern disciplines—analytical chemistry, microbiology, plant pathology, biotechnology, extraction engineering, digital traceability, and data science—to reveal what truly defines purity, grade, and value.

Through laboratory analysis, field experimentation, and applied research, we investigate resin formation mechanisms, inoculation protocols, microbial symbiosis, and chemical fingerprinting of oud oils and materials. Advanced tools such as GC-MS profiling, sensory–chemical correlation, AI-assisted grading, and blockchain-based provenance systemsensure that every sample is measurable, traceable, and scientifically verifiable.

In a global market challenged by adulteration, misinformation, and unsustainable practices, the Oud Science & Technology Division establishes credibility through evidence. We set benchmarks for ethical induction, extraction efficiency, molecular authenticity, and environmental responsibility—transforming oud from a mystique-driven trade into a transparent, knowledge-driven discipline.

This is where ritual meets research, tradition meets data, and scent becomes science.

The Oud Science & Technology Division serves as the innovation and research hub dedicated to advancing scientific understanding, sustainable cultivation, and technological excellence in Agarwood (Oud) production.
It unites scientists, technologists, and entrepreneurs to pioneer eco-efficient methods in resin induction, oil extraction, biotechnology, and product formulation — ensuring the legacy of Oud thrives through modern science.

Vision

To become the center of excellence for Agarwood research and innovation — merging biotechnology, green chemistry, and digital systems to transform Oud production into a globally sustainable and high-value industry.

Mission

  • To advance scientific research on Aquilaria species and resin formation mechanisms.
  • To develop and optimize technologies for efficient, eco-friendly extraction and processing.
  • To train industry professionals in modern analytical, distillation, and extraction techniques.
  • To bridge academia and industry through collaborative R&D programs and technology transfer.
  • To promote sustainability through biotechnological innovations and renewable resource utilization.

Core Programs & Training Courses

  1. TC l – Agarwood Biotechnological Propagation Methods Course
  2. TC II – Agarwood Resin Induction Science & Technology
    • Study the biology of Aquilaria and Fusarium interactions.
    • Learn induction protocols, microbial inoculation, and advanced wound management.
    • Includes practical training on BarIno FusaTrinity™ dual-action inoculation.
  3. TC IIl – Agarwood Harvesting, Processing & Grading Course
  4. TC IV – Reduced-Energy HydroDistillation Systems
    • Learn energy-saving distillation methods and apparatus design.
    • Focus on maximizing oil purity while minimizing carbon footprint.
  5. TC V – Supercritical Fluid Extraction (SFE) Technology
    • In-depth study of CO₂ extraction systems, parameters, and yield optimization.
    • Comparative analysis with solvent and hydrodistillation methods.
    • Practical session using pilot-scale SFE units.
  6. TC VI – Analytical Chemistry for Oud Quality Assessment
    • GC-MS and FTIR analysis of agarwood oils and chips.
    • Chemical fingerprinting, authentication, and quality grading.
  7. TC VII – Agarwood Product Innovation & Formulation Science
    • Develop perfumery bases, incense blends, and wellness products.
    • Study formulation stability, safety, and sustainability in natural product design.
  8. Agarwood University Forum – For Regional R&D Center Establishment

Research Focus Areas

  • Organogenesis & Micropropagation of Aquilaria spp.
  • Genetic improvement and phytochemical profiling.
  • Microbial biotechnology and enzyme-assisted oil release.
  • Life-cycle assessment (LCA) for Oud products.
  • Circular economy and green manufacturing systems.

Facilities

  • Agarwood Biotechnology Laboratory
  • Supercritical CO₂ Extraction Pilot Plant
  • HydroDistillation Research Unit
  • Analytical Chemistry Lab (GC-MS, FTIR)
  • Digital Innovation & Traceability Lab