EAEU Sanitary Passports for Reefers Were Abolished in 2011. Here Is What GDP Auditors Check Instead
A quality assurance specialist asks a freight forwarder: «Where is the sanitary passport for the refrigerated vehicle?» The forwarder simply shrugs. Formally, such a document has never existed for the transportation of medicines. Its prototype, borrowed by logistics providers from the food industry, was abolished back in 2011. Meanwhile, a Roszdravnadzor inspector is flipping through a PQ protocol containing seasonal test results and the calculation of the bodywork’s thermal insulation K-coefficient.
This confusion comes at a high price. Companies spend years budgeting for the renewal of a document that carries no legal weight, while completely missing a requirement that is actually scrutinized during audits: transport vehicle qualification according to the IQ, OQ, and PQ framework. Since 2016, this obligation has stemmed directly from the Good Distribution Practice (GDP) rules of the Eurasian Economic Union (EAEU). The difference between the two control systems lies in two entirely distinct sets of risks. One system protects the medicinal product from temperature degradation, while the other prevents microbiological and chemical contamination.
The Origin of the Sanitary Passport Myth
The transport vehicle sanitary passport entered pharmaceutical logistics not from the laws governing the circulation of medicines, but from a neighboring industry. The requirement to issue such a document for specially equipped transport was originally contained in Paragraph 4 of Article 19 of the Federal Law dated 2 January 2000, No. 29-FZ «On the Quality and Safety of Food Products» and applied strictly to the transportation of food items.
This requirement was repealed by Sub-paragraph «b» of Paragraph 10 of Article 36 of the Federal Law dated 19 July 2011, No. 248-FZ. Effective 21 October 2011, this formal document lost its mandatory status, which was explicitly confirmed by Rospotrebnadzor in its letter dated 31 October 2011, No. 01/13750-1-32. Pharmaceutical distributors, who never had a regulatory basis of their own for a sanitary passport, continued to request it out of inertia, following the established practices of food transport providers.
To this day, certain sanitary and epidemiological stations offer the issuance of a sanitary passport as a commercial service. It holds no legal necessity, and the format of the document has not been regulated by any government agency since 2011. An inspector auditing a pharmaceutical distributor will not search for a form with this title in the document folder. They are interested in two genuine requirements: compliance with sanitary standards for the facilities and transport where medicines are handled, and documented evidence that the refrigerated vehicle is capable of maintaining the specified temperature regime.
Two Independent Transport Control Tracks
The modern control system for refrigerated transport in the pharmaceutical sector is built upon two distinct tracks that address different challenges and adhere to different regulatory documents.
The Sanitary Track. Cleanliness Over Paperwork
The place of the abolished passport has been taken by a combination of two documents: a vehicle body disinfection certificate and the personal medical record book of the driver or forwarder. The obligation to maintain transport cleanliness applies not only at the level of national sanitary regulations (SanPiN) but also directly within the EAEU GDP rules. Paragraph 126 of Decision No. 80 requires transport vehicles and equipment to be cleaned and washed as necessary in accordance with the sanitary standards of the member states, and obligates the distributor to maintain written procedures for vehicle maintenance, including cleaning rules.
For pharmacy organizations that handle their own transportation within Russia, the specific details of these sanitary standards are outlined in Chapter V of the sanitary rules SP 2.1.3678-20. These were approved by the Chief State Sanitary Doctor of the Russian Federation by Decree dated 24 December 2020, No. 44, and remain in effect until 1 January 2027. The rules obligate pharmacies to possess equipment and inventory that preserve the quality, efficacy, and safety of drugs during transportation, storage, and sale.
The frequency of vehicle body washing and disinfection is determined by the company itself and formalized in an internal Standard Operating Procedure (SOP), as prescribed by Paragraph 126 of Decision No. 80. In practice, the vehicle body is washed daily, while disinfection is carried out according to a schedule coordinated with a contractor holding a valid license for such work.
The Engineering Track. Qualification Under the IQ, OQ, PQ Framework
The obligation to verify transport performance through technical testing is established by the Decision of the Council of the Eurasian Economic Commission dated 3 November 2016, No. 80 «On Approval of the Rules of Good Distribution Practice within the Framework of the Eurasian Economic Union.» Section 3.3.2 of the Rules requires that significant equipment and processes subject to qualification and validation be identified based on a documented risk assessment, and that this work be conducted prior to commercial operation or following any significant change, such as a repair. Paragraph 44 explicitly includes transport equipment in this list and mandates the maintenance of documented records regarding its repair, servicing, and calibration.
Section 9 of the Rules, dedicated to transportation, details this requirement specifically for refrigerated vehicles. Paragraph 121 obligates the distributor to transport medicines in a manner that preserves packaging integrity and the temperature profile. Paragraph 123 requires transportation planning to be based on a risk assessment, while Paragraph 127 ties the decision regarding the need for temperature control to a risk analysis of the specific route and mandates the verification and calibration of temperature monitoring equipment on the transport vehicle. For thermolabile (temperature-sensitive) products, Paragraph 136 separately requires a temperature mapping analysis that accounts for seasonal variations, meaning repeated testing at different times of the year.
Decision No. 80 formulates these requirements as mandatory outcomes. It does not map out a step-by-step testing methodology; for this, the pharmaceutical industry relies on international best practices from Technical Supplement 11 to Annex 9 of the WHO Technical Report Series, No. 961 (published May 2015). This document describes three consecutive stages and directly addresses the seasonal testing requirement of Paragraph 136 through a specific program consisting of four distinct tests.
Installation Qualification (IQ) confirms that the vehicle body and the transport refrigeration unit (TRU) are installed and configured according to the technical specifications, and that all accompanying documentation is present.
Two key engineering parameters are evaluated during this stage:
The Heat Transfer Coefficient of the Body (K-coefficient): The formula is straightforward, the heating or cooling capacity is divided by the product of the surface area of the body and the temperature differential between the inside and outside. The unit of measurement is W/(m²·K). According to the requirements of the Agreement on the International Carriage of Perishable Foodstuffs (ATP), referenced by the WHO methodology, the K-coefficient must not exceed 0.7 W/(m²·K) for the cooling regime (+2…+8°C). For freezing, the standard is stricter: 0.4 W/(m²·K). For new transport vehicles, it is recommended to build in a safety margin and select a body with a coefficient below 0.4 W/(m²·K), even for standard cooling operations.
Excess Cooling Capacity of the TRU: The ATP agreement requires a power safety margin of at least 1.75 times relative to the calculated heat gains at an ambient external temperature of +30°C. If a higher temperature is anticipated for a specific route, the margin is increased to 2.25 times, and for cold climate zones, additional heating capacity must be factored in.
Operational Qualification (OQ) and Performance Qualification (PQ) are executed in tandem during route trials using actual or simulated cargo.
The minimum testing program includes four scenarios:
Maximum payload during the warm season
Minimum payload during the warm season
Maximum payload during the cold season
Minimum payload during the cold season
A minimum payload often represents the worst-case scenario, as the smaller thermal mass of the cargo reacts much faster to external temperature fluctuations.
A vehicle achieves full qualification status only after successfully passing both seasonal trials, a process that can take up to six months. Following the first two tests of a single season, it receives temporary, provisional qualification. The acceptance criteria include a tolerance margin: if a drug requires a range of +2…+8°C, the minimum recorded temperature must not drop below +1.5°C, and the maximum must not rise above +8.5°C.
In addition to route testing, the transport vehicle undergoes a temperature control failure test (or simply a «failure test»). The system is brought to the midpoint of the specified range (e.g., +5°C for a +2…+8°C regime), the cargo is allowed to stabilize for approximately 12 hours, and then the power to the TRU is switched off. The test concludes the moment the temperature of at least one cargo unit breaches the boundary of the range. The result demonstrates exactly how much time the driver and dispatcher have to react in the event of a real refrigeration unit failure on the road.
Measurements are taken using Electronic Data Logging Monitors (EDLMs) calibrated to the EN 12830:1999 standard, featuring an accuracy of no worse than ±0.5°C. Periodic recalibration of the data loggers is performed according to EN 13486:2003 or the manufacturer’s specified protocol.
Liability Remains Even When Using Third-Party Carriers
Paragraph 128 of Decision No. 80 requires the use of specialized transport vehicles whenever possible. If a company utilizes non-specialized vehicles, it is obligated to establish written procedures ensuring that medicine quality is maintained throughout the journey. Paragraph 130 goes further: transportation by third parties is permitted only on the basis of a contract meeting the requirements of the outsourcing section, and liability for maintaining transportation conditions remains firmly with the distributor, even if the route is executed by a hired carrier.
In practice, this means that an IQ/OQ/PQ protocol is required for both hired transport and the company’s own fleet. Section 7 of the Rules, which covers outsourced activities, obligates the distributor to verify the competence of the carrier prior to entering into a contract and to audit the provider periodically based on a risk assessment. The absence of a quality protocol at the contractor level becomes a direct compliance risk for the company whose logo appears on the shipping documentation.
Thermolabile Products Require Insulated Packaging and Staff Training
Paragraph 136 of Decision No. 80 imposes a dual condition for thermolabile medicines. The transport vehicle must maintain the required temperature regime, and the cargo inside it must additionally travel within insulated packaging or thermal containers. Operating a functional refrigerated vehicle alone is insufficient; without insulated containers, vaccines and insulins lose temperature protection the moment the doors are opened during unloading.
Paragraph 137 specifically regulates the use of coolants (gel packs/ice packs) inside insulated containers. They must not come into direct contact with the medicinal product, and personnel must undergo formal training on container preparation procedures tailored to the season: the quantity and initial temperature of the coolants vary between summer and winter. The rules explicitly forbid the reuse of insufficiently cooled gel packs and require the physical separation of chilled and frozen elements within the warehouse to prevent a picker from confusing them prior to loading.
The process of delivering thermolabile products while accounting for seasonal ambient temperature fluctuations must be formalized by the company in a dedicated, documented procedure. Upon request by the recipient, the distributor is obligated to provide data proving compliance with the temperature regime. Paragraph 58 of Decision No. 80 mandates that quality system documentation be archived for at least 5 years, and it is logical to store data logger logs from every single voyage in this same archive alongside the IQ, OQ, and PQ protocols.
How to Verify Transport Readiness Prior to an Inspector’s Visit
Section 8 of the Rules obligates the distributor to perform self-inspections within a defined timeframe. These must cover all aspects of Good Distribution Practice. Decision No. 80 makes no exception for transportation, meaning that an internal audit of the refrigerated fleet must be included in the annual self-inspection program alongside warehouse zone audits.
Paragraph 119 of the Rules permits external audits conducted by independent experts. Such an audit does not replace the company’s own internal self-inspection. The most logical approach is to combine both formats: commission an independent specialist to verify the K-coefficient calculations and the IQ/OQ/PQ protocols, while leaving the routine verification of vehicle sanitary conditions and medical books to the internal quality team. This ensures that by the time a Roszdravnadzor inspector arrives, the required protocols are ready and waiting in the archive.
| Comparison Parameter | IQ/OQ/PQ Qualification | Sanitary Control |
|---|---|---|
| What it verifies | Ability of the body and TRU to maintain the temperature regime | Absence of microbiological and chemical contamination |
| Regulatory framework | EEC Decision No. 80, WHO TRS 961 Annex 9 | SP 2.1.3678-20, Chapter V |
| Metrics | K-coefficient, power margin (1.75-2.25), accuracy ±0.5°C | Swab test results, presence of a disinfection certificate |
| Frequency | Upon commissioning, post-repair, or if deviations occur | Daily washing, regular scheduled disinfection |
| Final document | IQ/OQ/PQ protocol with calculations and data logger logs | Disinfection certificate, personal medical book of personnel |
| Status of the old «sanitary passport» | Was never applicable to medicines as a standalone document | Abolished for food transport as of 21 October 2011 |
Action Plan
Locate the IQ/OQ/PQ protocol for every refrigerated vehicle, including hired transport. An inspector is not interested in a sanitary passport form. Without a qualification protocol, transport cannot be considered validated for the carriage of thermolabile products, regardless of how recent the disinfection certificate is.
Request a K-coefficient calculation from the body manufacturer or a specialized service organization. Verify that the value falls within 0.7 W/(m²·K) for the cooling regime and 0.4 W/(m²·K) for freezing, and request data confirming that the TRU cooling capacity margin meets the 1.75 baseline standard.
Schedule route testing across two seasons along with a failure test. Include at least four tests in the annual schedule: maximum and minimum payloads during the warm period, maximum and minimum payloads during the cold period, plus a separate power-off hold test. Until the second season is successfully completed, the transport remains only provisionally qualified.
Formulate a seasonal procedure for thermal container preparation. Define clearly in an SOP exactly how many coolants and at what temperature must be placed into insulated packaging during summer versus winter, and train personnel strictly against reusing insufficiently conditioned coolants.
Replace applications for sanitary passports with a dual-document workflow. Secure a contract with a licensed provider for vehicle body disinfection and ensure that all drivers and handlers working with thermolabile cargo hold valid, up-to-date personal medical books.
Transport validation and sanitary control address entirely different risks. However, both are verified during the very same GDP audit, a reality that must be factored into budget allocations. A company that wastes resources on a non-existent sanitary passport while ignoring the PQ protocol risks receiving a major deficiency during an inspection, even if the vehicle body is spotlessly clean.
The reverse scenario is equally dangerous: an ideal K-coefficient will not salvage a batch of vaccines if the refrigeration unit has skipped operational qualification and its true power reserve remains completely unknown.
Regulatory Framework:
1. Order of the Ministry of Health of the Russian Federation dated 29 April 2025, No. 260n «On Approval of the Rules for the Storage of Medicinal Products for Medical Use».
2. Decision of the Council of the Eurasian Economic Commission dated 3 November 2016, No. 80 «On Approval of the Rules of Good Distribution Practice within the Framework of the Eurasian Economic Union» (as amended on 23 March 2023).
3. WHO Technical Report Series, No. 961, 2011, Annex 9, Technical Supplement 11 «Qualification of refrigerated road vehicles» (May 2015).
4. Decree of the Chief State Sanitary Doctor of the Russian Federation dated 24 December 2020, No. 44 «On Approval of Sanitary Rules SP 2.1.3678-20» (effective until 1 January 2027).
5. Federal Law dated 19 July 2011, No. 248-FZ, which introduced amendments to the Federal Law dated 2 January 2000, No. 29-FZ «On the Quality and Safety of Food Products».