India exported 42,000+ tons of sandalwood in 2019-20, giving hard evidence of large international supply volumes. Forecasts place sandalwood oil at US$255.2 million by 2032 and the global sandalwood market at US$1.2 billion by 2033. CITES Appendix II adds permit-based controls for key species, while oil quality benchmarks often target 10% to 25% β-santalol and plantation harvest readiness can take 10 to 15 years or more.
Key Takeaways
- 42,000+ tons of sandalwood exported from India in 2019-20, according to India’s commerce data, indicating major international supply volumes
- US$ 255.2 million market value for sandalwood oil by 2032 (forecast), reflecting the future revenue potential for sandalwood-derived inputs
- US$ 1.2 billion projected global market size for sandalwood (wood + derivatives) by 2033 (forecast), indicating an overall product-category expansion outlook
- CITES-listed trade controls require permits for international movement of key sandalwood species, and CITES documentation reports show this framework is actively used in cross-border trade
- Santalum album (Indian sandalwood) is listed in CITES Appendix II, indicating that exports require permits and trade is regulated
- CITES Appendix II listing for Santalum album means trade is monitored via permits/quotas, affecting how firms structure sourcing and export compliance
- 10%–25% β-santalol content reported for sandalwood oil (quality benchmark), indicating the proportion of a second key stereoisomer
- Sandalwood essential oil composition (α-santalol, β-santalol, etc.) is commonly measured by GC-MS in quality labs, supporting an evidence-based quality-control market
- GC-MS method validation studies report detection/quantification capabilities suitable for profiling key santalols in commercial sandalwood oil (analytical performance metrics)
- Up to 10–15 years or more may be required for harvest readiness of plantation-grown sandalwood in multiple agroforestry guides, affecting capital lock-up periods
- Dried sandalwood chips are often produced with particle sizes commonly in the few-millimeter to centimeter range for oil extraction, affecting extraction throughput (industrial processing guidance)
- Sandalwood farming involves parasitic dependence on host trees; host selection is a major cost and risk driver in agroforestry economics (reported in cultivation manuals)
- REACH includes 27,000+ registered substances (as of the latest ECHA reporting), meaning sandalwood-derived fragrance chemicals used in consumer products typically fall under extensive substance compliance checks
- Under CITES, listed species require a CITES permit/documentation for international trade; in CITES trade data, thousands of permit records are issued annually for Appendix-II taxa (permit system operates at global scale)
- Australia’s sandalwood (Santalum spicatum) is listed in CITES Appendix II, requiring export permits for international trade (listed taxa—permit-based trade control)
India exported 42,000+ tons in 2019–20, while CITES permits and soaring forecasts signal growing regulated demand.
Related reading
01 · Category
Market Size4 stats
01
42,000+ tons of sandalwood exported from India in 2019-20, according to India’s commerce data, indicating major international supply volumes
02
US$ 255.2 million market value for sandalwood oil by 2032 (forecast), reflecting the future revenue potential for sandalwood-derived inputs
03
US$ 1.2 billion projected global market size for sandalwood (wood + derivatives) by 2033 (forecast), indicating an overall product-category expansion outlook
04
Sandalwood is a high-value commodity with global market demand for oil and wood; commodity market sizing is summarized in industry research with explicit numeric estimates
Interpretation
Market Size Interpretation
With India exporting 42,000+ tons of sandalwood in 2019 to 20 and forecasts projecting the sandalwood oil market to reach US$255.2 million by 2032 and the overall sandalwood market to hit US$1.2 billion by 2033, the market size outlook shows strong scale today and sizable growth potential for this high value commodity category.
02 · Category
Industry Trends9 stats
01
CITES-listed trade controls require permits for international movement of key sandalwood species, and CITES documentation reports show this framework is actively used in cross-border trade
02
Santalum album (Indian sandalwood) is listed in CITES Appendix II, indicating that exports require permits and trade is regulated
03
CITES Appendix II listing for Santalum album means trade is monitored via permits/quotas, affecting how firms structure sourcing and export compliance
04
CITES Appendix II listing for Santalum spicatum (Australian sandalwood) indicates regulated international trade for that species as well
05
CITES Appendix II listing for Santalum spicatum results in permit-based trade controls, impacting global supply chains and pricing
06
Sandalwood is a CITES-regulated forestry product, and CITES Annual Reports document enforcement actions connected to listed taxa over time
07
CITES reports provide evidence that enforcement and compliance are ongoing for regulated sandalwood species, reflecting continued policy impact
08
Sandalwood oil is used in perfumery; α-santalol is a major odorant contributor and is explicitly quantified in perfumery/odor studies at the chemical composition level
09
Sandalwood-derived fragrance ingredients are used in cosmetics and personal care; ingredient compliance in EU/US relies on REACH/IFRA frameworks that reference chemical constituents (regulatory framework documentation)
Interpretation
Industry Trends Interpretation
Industry trends in sandalwood are being shaped by CITES, where Santalum album and Santalum spicatum are both listed in Appendix II and require permit based international trade, meaning firms must design sourcing and export around the tighter regulatory controls tracked in CITES annual reports.
03 · Category
Performance Metrics3 stats
01
10%–25% β-santalol content reported for sandalwood oil (quality benchmark), indicating the proportion of a second key stereoisomer
02
Sandalwood essential oil composition (α-santalol, β-santalol, etc.) is commonly measured by GC-MS in quality labs, supporting an evidence-based quality-control market
03
GC-MS method validation studies report detection/quantification capabilities suitable for profiling key santalols in commercial sandalwood oil (analytical performance metrics)
Interpretation
Performance Metrics Interpretation
Performance metrics show that sandalwood oil quality is closely tied to β santalol levels, with reported content of 10% to 25% serving as a benchmark while GC MS profiling and validated detection methods consistently quantify key santalols in commercial samples.
04 · Category
Cost Analysis7 stats
01
Up to 10–15 years or more may be required for harvest readiness of plantation-grown sandalwood in multiple agroforestry guides, affecting capital lock-up periods
02
Dried sandalwood chips are often produced with particle sizes commonly in the few-millimeter to centimeter range for oil extraction, affecting extraction throughput (industrial processing guidance)
03
Sandalwood farming involves parasitic dependence on host trees; host selection is a major cost and risk driver in agroforestry economics (reported in cultivation manuals)
04
Sandalwood oil is commonly produced by steam distillation from wood/chips; steam distillation is the dominant extraction method reported in technical references (process standardization impacts energy/opex)
05
CITES permit requirements add compliance costs and administrative lead times for exporters of listed sandalwood species (CITES trade rules documentation)
06
Sandalwood is often adulterated; industry testing and verification frameworks exist because chemical profiling is used to detect substitution, affecting quality assurance costs (peer-reviewed analytical methods)
07
Up to 30+ years of legal/biological value discussion is common in sandalwood investment analyses due to long rotation cycles (investment period reported in forestry economics guides)
Interpretation
Cost Analysis Interpretation
Cost pressures in the sandalwood industry are shaped by long timelines and compliance burdens, since plantation harvest readiness can take 10 to 15 years or more and CITES permit requirements can add administrative lead times and costs for exporters.
05 · Category
Regulatory Environment3 stats
01
REACH includes 27,000+ registered substances (as of the latest ECHA reporting), meaning sandalwood-derived fragrance chemicals used in consumer products typically fall under extensive substance compliance checks
02
Under CITES, listed species require a CITES permit/documentation for international trade; in CITES trade data, thousands of permit records are issued annually for Appendix-II taxa (permit system operates at global scale)
03
Australia’s sandalwood (Santalum spicatum) is listed in CITES Appendix II, requiring export permits for international trade (listed taxa—permit-based trade control)
Interpretation
Regulatory Environment Interpretation
From a regulatory environment standpoint, the sandalwood value chain has to navigate strict controls at multiple levels, ranging from REACH’s 27,000+ registered substances to CITES requiring thousands of permit records, with Australia’s Santalum spicatum further triggering export permits under CITES Appendix II.
More related reading
06 · Category
Processing & Yields3 stats
01
Steam distillation is used for essential oil extraction from plant material and typically yields oil at distillation completion; the European Pharmacopoeia describes steam distillation as the standard method for obtaining essential oils (method standardization enabling consistent supply)
02
In essential oil production, typical lab-scale steam distillation runs for several hours (often 2–5 hours) to complete volatilization and separation, directly affecting throughput and energy use in sandalwood oil extraction
03
Field trials report that host-tree species choice measurably affects growth and survival of sandalwood seedlings; survival percentages vary by host treatment (a measurable outcome reported as percent survival across treatments)
Interpretation
Processing & Yields Interpretation
In the Processing & Yields stage, sandalwood essential oil extraction typically relies on steam distillation running about 2 to 5 hours to reach completion, producing the oil at the end of distillation, so yield timing hinges on processing duration while real-world survival outcomes for seedlings can vary widely depending on the host tree species.
07 · Category
Quality & Composition1 stats
01
Sandalwood essential oils contain multiple odorant constituents; alpha-santalol is one of the dominant stereoisomers measured in perfumery evaluations as a key contributor among quantified constituents (measured in composition panels)
Interpretation
Quality & Composition Interpretation
Sandalwood essential oils are rich in multiple odorant constituents, with alpha santalol emerging as one of the dominant stereoisomers measured in perfumery, which underscores the quality and composition advantage of its specific molecular profile.
08 · Category
Demand & Pricing4 stats
01
Global oil perfumery market size is estimated at US$20B+ (recent industry forecasts) indicating large upstream demand for sandalwood-derived aroma molecules
02
The global essential oils market is estimated at ~US$20B in 2023 (industry forecast series), supporting demand-side pull for sandalwood oil as a premium essential oil
03
Premium essential oil price dispersion: benzoin/perfume woods and sandalwood are categorized as high-priced oil types; price benchmarks in commodity and fragrance analytics show sandalwood oil trading materially above commodity essential oils (measurable price spread reported in market commentary)
04
Asia accounts for the largest share of sandalwood and fragrance markets by consumption (region share reported in global market mapping studies at >50%), indicating concentration of downstream demand
Interpretation
Demand & Pricing Interpretation
With the global oil perfumery market estimated at over US$20B and the essential oils market also around US$20B in 2023, sandalwood is benefiting from strong demand pull while commanding premium pricing as shown by its placement among high price essential oils, with Asia driving the largest share of consumption.
09 · Category
Trade Flows2 stats
01
In global trade statistics, sandalwood products are reported under HS code family covering sandalwood oil (HS 3301.29) and sandalwood wood; HS 3301.29 shows recurring annual import flows across Europe, North America, and Asia (measurable recurring trade records)
02
UN Comtrade records show that HS 3301.29 has thousands of reporting trade rows per year globally (measurable coverage), reflecting continuous cross-border movement of sandalwood oil-related products
Interpretation
Trade Flows Interpretation
Trade flow data show that sandalwood activity is tracked through HS 3301.29, which generates thousands of global reporting rows each year in UN Comtrade, indicating consistently high and continuously measured international movement within the trade flows category.
10 · Category
Production Volumes2 stats
01
In plantation forestry economics, a 20–30 year rotation is a commonly cited range for Santalum-based systems (rotation cycle metric), shaping supply timing and price expectations in markets
02
In agroforestry guidance, sandalwood establishment costs and host-tree management are modeled as multi-year commitments (plantation operating period in years), contributing to multi-year capitalization of supply
Interpretation
Production Volumes Interpretation
For the Production Volumes category, the commonly cited 20 to 30 year rotation cycle for Santalum-based systems suggests sandalwood supply is built through long-term, multi-year production planning rather than rapid harvests.
report visual · At a glance
Sandalwood market outlook (forecasts)
Projected global sandalwood and sandalwood-oil market values indicate substantial long-term revenue potential.
$1.2 billion
US$ 1.2 billion projected global market size for sandalwood (wood + derivatives) by 2033 (forecast), indicating an overa
$255.2 million
US$ 255.2 million market value for sandalwood oil by 2032 (forecast), reflecting the future revenue potential for sandal
source-verifiedresearchandmarkets.com · globenewswire.com2033
Reference
Cite This Report
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APA
Alexander Schmidt. (2026, February 13). Sandalwood Industry Statistics. Gitnux. https://gitnux.org/sandalwood-industry-statistics
MLA
Alexander Schmidt. "Sandalwood Industry Statistics." Gitnux, 13 Feb 2026, https://gitnux.org/sandalwood-industry-statistics.
Chicago
Alexander Schmidt. 2026. "Sandalwood Industry Statistics." Gitnux. https://gitnux.org/sandalwood-industry-statistics.
Sources & references
38 datasets cited across this report · attribution is report-level
+20 additional datasets cited (not shown individually)