Airborne aerosol carbonaceous analyser

The European Commission's DG JRC Joint Research Centre has announced a planned call for tenders (Procedure Identifier: EC-JRC/IPR/2025/OP/0964-PIN) for the supply, installation, and maintenance of a laboratory-based thermal-optical analyzer aimed at quantifying carbonaceous components in atmospheric aerosols. The instrument will analyze organic, elemental, and total carbon on filter deposits using dual optics (Transmission and Reflectance) at two wavelengths for elemental carbon analysis.

The estimated total value of this procurement opportunity is €220,000, with a maximum contract duration of 84 months. This call will be published in the Official Journal of the European Union (OJ S), with the TED publication date set for February 26, 2025, and the estimated contract notice publication on March 10, 2025.

Eligible applicants include companies and research institutions specializing in laboratory equipment, particularly those capable of providing advanced scientific instruments and related services. The funding type is structured as a direct financial contribution for procurement rather than a research or development grant. There is no explicit requirement for consortium participation, allowing single entities to apply.

The scope of beneficiaries is focused on EU member states, reflecting the geographic eligibility tied to EU funding programs. The target sectors encompass environmental monitoring, climate research, and scientific instrumentation, aligning with the CPV classification of 38000000 for laboratory, optical, and precision equipment.

Although the details regarding application processes and stages are yet to be confirmed, it is likely to involve multiple stages typical for calls for tenders, including publication, submission, evaluation, and contract award. Current information suggests that there may not be a co-funding requirement, and specific success rates are currently unspecified.

This planned call represents a significant opportunity for procurement in specialized environmental research equipment, emphasizing the European Commission's focus on enhancing scientific capabilities within the EU's environmental and atmospheric analysis sectors.

The European Commission, DG JRC Joint Research Centre, has announced a planned call for tenders with the procedure identifier EC-JRC/IPR/2025/OP/0964-PIN for an "Airborne aerosol carbonaceous analyser". The TED reference for this planned call for tenders is 40/2025 129222-2025.

The description of the call is for the supply, installation, and maintenance of a laboratory-based thermal-optical analyzer for quantifying organic, elemental, and total carbon on atmospheric aerosol filter deposits with dual optics (Transmission and Reflectance) at two wavelengths for elemental carbon.

This is a planned call for tenders with OJ S publication. The estimated total value is 220,000 EUR. The TED publication date is 26/02/2025, and the estimated date of publication of a contract notice is 10/03/2025. The nature of the contract is supplies, and the maximum contract duration is 84 months. No framework agreement is mentioned.

The main classification (CPV) code is 38000000 Laboratory, optical and precision equipments (excl. glasses).

A question was asked regarding where to find the procurement documents for this call for tenders. The answer provided states that the planned call for tenders announces the intention of the contracting authority to publish a future call for tenders and that no other information or documents other than those published are available. This answer was published on 16/02/2024 at 23:54.

In summary, this is a pre-announcement of a forthcoming tender by the European Commission's Joint Research Centre for the supply, installation, and maintenance of a specialized laboratory instrument. This instrument is a thermal-optical analyzer designed to measure carbonaceous components in airborne aerosol samples. The analyzer must be laboratory-based and capable of quantifying organic, elemental, and total carbon on atmospheric aerosol filter deposits. It must also feature dual optics, specifically transmission and reflectance, at two wavelengths for elemental carbon analysis. The estimated value of the contract is 220,000 EUR, and the contract duration could be up to 84 months. The actual call for tenders is expected to be published around March 10, 2025, with the initial announcement having been made on February 26, 2025. Currently, no procurement documents are available, as this is just an announcement of an upcoming opportunity.

Eligible Applicant Types: The information provided does not explicitly state the eligible applicant types. However, given the nature of the procurement which involves the supply, installation, and maintenance of laboratory equipment, eligible applicants are likely to be companies (including SMEs and large enterprises) and possibly research institutions that specialize in manufacturing, supplying, and servicing scientific instruments.

Funding Type: This is a procurement opportunity, specifically a call for tenders.

Consortium Requirement: The information does not explicitly state whether a consortium is required or if a single applicant is sufficient. It is possible for either a single applicant or a consortium to apply, depending on their capabilities to fulfill the requirements of the tender.

Beneficiary Scope (Geographic Eligibility): The information does not explicitly define the geographic eligibility. However, since it is a call for tenders from the European Commission, it is highly likely that the eligibility is open to entities within the EU and possibly the EEA. It may also be open to international entities, but this is not explicitly stated.

Target Sector: The target sector is laboratory equipment supply and maintenance, specifically for atmospheric aerosol analysis. This falls under the broader categories of scientific instruments, environmental monitoring, and possibly research and development.

Mentioned Countries: No specific countries are mentioned. The contracting authority is the European Commission, DG JRC - Joint Research Centre, implying that the opportunity is relevant to the EU.

Project Stage: The project stage is the supply, installation, and maintenance of equipment, indicating a stage of deployment and operational support rather than research or development.

Funding Amount: The estimated total value is 220,000 EUR.

Application Type: The application type is a planned call for tenders with OJ S publication (Official Journal of the European Union, Supplement).

Nature of Support: The beneficiaries will receive money in exchange for the supply, installation, and maintenance of the specified equipment.

Application Stages: The information indicates that this is a planned call for tenders, so the exact number of stages is not yet clear. However, a typical call for tenders involves multiple stages, including publication of the call, submission of tenders, evaluation of tenders, and contract award. Therefore, it is likely to involve at least 3 or 4 stages.

Success Rates: The success rates are not mentioned, as this is a planned call for tenders.

Co-funding Requirement: The information does not explicitly state whether co-funding is required.

Summary:

This is a planned call for tenders by the European Commission, DG JRC - Joint Research Centre, for the supply, installation, and maintenance of a laboratory-based thermal-optical analyzer. The analyzer is intended for quantifying organic, elemental, and total carbon on atmospheric aerosol filter deposits, using dual optics (Transmission and Reflectance) at two wavelengths for elemental carbon. The estimated total value of the contract is 220,000 EUR, and the maximum contract duration is 84 months. The procedure type is a planned call for tenders with OJ S publication. The TED publication date is 26/02/2025, and the estimated date of publication of a contract notice is 10/03/2025. Companies and research institutions specializing in laboratory equipment and related services are likely to be the target applicants. The opportunity focuses on procuring equipment and services rather than funding research or development activities. The call for tenders will be published in the Official Journal of the European Union, Supplement (OJ S).