Italy's olive oil industry faces a growing challenge: production is under pressure, but the commercial value of high-quality olive oil remains significant.
During the 2024/25 season, Italy's olive harvest fell by approximately 25% to around 250,000 tonnes. Meanwhile, the country continued to bottle and export substantial volumes of olive oil, with export value exceeding €3 billion. Italian extra virgin olive oil prices have also been considerably higher than those in Spain.
For olive mills and processors, these market conditions make raw material management increasingly important. When olive supplies become more limited and the value of finished products rises, even small quality differences can affect production decisions and commercial returns.
The challenge is not simply to extract more oil. It is to understand incoming raw materials, maintain consistent production, and protect the quality and value of each batch.
1. Why Raw Material Management Matters More Than Ever
Italy's olive production has faced long-term challenges. Average annual output over the past decade has remained below 260,000 tonnes, considerably lower than the levels recorded two decades ago. Drought, high temperatures, and the spread of Xylella fastidiosa have added pressure to olive-growing regions, particularly in Puglia and southern Italy.
Italy also imports olive oil for blending, processing, and bottling. As a result, oil bottled in Italy does not necessarily originate from Italian-grown olives.
This distinction matters to producers selling premium products. When consumers and buyers pay more for Italian origin, geographical indications, or other quality claims, businesses need reliable records to support those claims.
Traceability is therefore more than an administrative requirement. It helps producers document raw material sources, distinguish between batches, and support the information provided to customers.
2. Quality Checks Should Begin at Olive Intake
Waiting until the finished oil reaches the bottling line to identify a quality issue can be costly. By that stage, the olives may already have been processed, blended, or combined with other batches.
The intake area provides an earlier opportunity to assess raw materials.
Olives from different suppliers, growing areas, varieties, and harvest periods may vary in moisture, fat content, maturity, and potential oil yield. These differences can influence processing decisions and the characteristics of the resulting oil.
Rapid screening can provide useful information before incoming materials enter the production process.
IAS-OLIVER is designed for on-site analysis of whole olives, including parameters such as fat content, moisture, and estimated yield. For olive mills handling multiple deliveries during a busy harvest, this type of analysis can help compare incoming lots and support raw material management.
Rather than relying solely on appearance or supplier information, producers can use measurement results as an additional reference when deciding how to handle different batches.
The value lies in obtaining relevant information early enough to support operational decisions.
3. Monitoring Quality Beyond the Extraction Stage
Raw material testing is only one part of quality management. Once olives have been processed, producers also need to understand the characteristics of the resulting oil and other olive-derived materials.
Differences between batches can affect blending decisions, storage management, and finished-product consistency. If these differences are identified too late, opportunities to adjust production may be limited.
IAS-OLIVE+ supports rapid analysis of olives, olive pomace, and finished olive oil. It provides another testing option for producers who need information about materials at different stages of processing.
For example, measurements can help producers compare batches and investigate variations in key parameters. Results can then be considered alongside laboratory reference methods, established quality procedures, and other production records.
The objective is not to replace every laboratory test. It is to make relevant analytical information more accessible when production teams need to evaluate materials and make decisions.
4. More Information Can Improve Blending Decisions
Blending is an established practice in olive oil production. Producers may combine oils with different characteristics to achieve a target profile or meet the requirements of a particular market.
However, blending decisions become more difficult when raw materials vary significantly or when the finished product must meet specific quality expectations.
Rapid analysis can help mills understand these differences before materials are combined. Producers can compare batches, identify variations, and decide whether separate handling or further evaluation is necessary.
For premium products, this process is particularly important. Combining materials without sufficient information may create inconsistencies that are difficult to correct later.
Measurement alone does not determine whether an oil is suitable for a particular product. Sensory evaluation, relevant chemical testing, applicable standards, and the intended product specification remain important. Nevertheless, reliable analytical data can provide an additional basis for making informed blending decisions.
5. Traceability and Quality Evidence Support Premium Positioning
In a market where origin and product quality influence selling prices, producers need more than a label to establish credibility.
A 2026 report from the European Court of Auditors highlighted origin-verification concerns in its checks of olive oils. Findings of this kind reinforce the importance of reliable documentation and effective controls throughout the supply chain.
For olive oil businesses, traceability records help connect raw materials with processing and finished products. Quality measurements can complement these records by documenting selected material characteristics at different production stages.
Together, these practices can help businesses investigate discrepancies, support internal quality management, and provide more consistent information to buyers.
The commercial importance of protected-origin products also illustrates the value of this approach. Italy's PDO and PGI olive oil segment reached approximately 16,190 tonnes and €194 million in 2024, according to the figures cited for the sector.
For producers serving premium markets, maintaining appropriate quality controls and origin documentation can support product credibility. Analytical results should be used alongside the applicable certification, traceability, and regulatory requirements rather than treated as proof of geographical origin on their own.
6. Integrating Rapid Analysis into Olive Oil Production
Selecting an analyzer is only one part of establishing a reliable testing process. Manufacturers should first identify which materials they need to test, which parameters matter to their operations, and how quickly results are required.
They should also consider sampling procedures, calibration suitability, instrument operation, and how measurements will be compared with established reference methods.
IAS offers two relevant solutions for different points in olive processing:
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IAS-OLIVER: Supports on-site screening of whole olives for fat content, moisture, and estimated yield.
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IAS-OLIVE+: Supports rapid analysis of olives, olive pomace, and finished olive oil.
By considering testing needs at both intake and subsequent processing stages, olive mills can evaluate where additional measurement information may be useful in their existing quality-control workflow.
The appropriate testing plan will depend on the producer's materials, operating conditions, target parameters, and quality requirements.
Conclusion
Italy's olive oil industry demonstrates how reduced supply and higher product value can increase the importance of quality management. When every batch represents a greater commercial investment, producers need reliable information to guide raw material handling, processing, and product evaluation.
Testing whole olives at intake can help mills assess incoming materials, while analysis during and after processing provides further information about batch characteristics. Traceability and appropriate quality documentation remain essential for supporting origin claims and premium positioning.
With IAS-OLIVER for whole-olive screening and IAS-OLIVE+ for analysis of olives, pomace, and finished oil, IAS offers analytical options that producers can evaluate for different stages of olive oil production.
The underlying principle is straightforward: better information at the right stage can help producers manage variation, make more informed decisions, and protect the value of their finished products.
https://www.ias-glb.com/industry-news/italy-produces-less-olive-oil.shtml
www.iasanalysis-russia.com
IAS GLOBAL CO., LTD.
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