The growing scarcity of natural resources presents significant challenges for companies that want to remain competitive and sustainable in the future. Fluctuations in the availability of raw materials have highlighted the need to rethink current economic models. This is where the circular economy emerges as a key alternative to tackle this issue.
Unlike the traditional “take, make, dispose” model, the circular economy focuses on reducing the extraction of new resources, promoting recycling, and maximizing the reuse of materials. This approach not only aims to minimize environmental impact but also to create a more efficient and resilient system in the face of resource shortages. As a result, both governments, through stricter regulations, and consumers, with increasing demands for sustainable products, are driving this shift.
Adopting this model offers multiple benefits. By extending the life cycle of products and reducing waste, companies can lower costs, make more efficient use of materials, and reduce their reliance on external suppliers. Additionally, they contribute to environmental conservation and pollution reduction. This not only provides companies with a competitive advantage but also engages local communities in a transformative process that is essential for a more sustainable future.
Some of the main challenges organizations face when managing data associated with circular economy processes include:
The transition toward circular economy models is no longer just an aspiration; it is becoming an operational, regulatory, and competitive requirement. Organizations need to demonstrate the origin of materials, the treatment of waste, the classification, recycling, and refining processes, as well as the information associated with products and components throughout their entire lifecycle. This need is especially critical in environments involving multiple actors, disconnected systems, and increasing reporting and verification obligations.
However, the reality is still marked by fragmented data, low interoperability, difficulties in verifying shared information, and a lack of traceability across organizations, processes, and assets. This makes audits more complex, limits trust among participants, and makes it harder to build solid models for circularity, value recovery, and compliance.
KOLRECYCLE is Kolokium’s platform for securely, traceably, and verifiably managing the data that supports circular economy processes. The solution helps organizations and ecosystems certify the origin, treatment, and transformation of materials and waste, strengthen data governance, and build
Data is a critical success factor for circular economy models. Managing the data that supports these models in a secure, efficient, and trusted way is essential to ensuring successful implementation. With this objective in mind, we developed KOLRECYCLE, a platform that enables the secure and traceable management of the data underpinning circular economy processes.
KOLRECYCLE leverages the advantages of blockchain technology to implement a data governance model that ensures both traceability and non-repudiation. This makes it a powerful tool for building processes that certify the origin and treatment of assets while safeguarding the entire lifecycle of the associated data.
KOLRECYCLE can be adapted to support different processes related to circular economy models, incorporating the various participants through the deployment of digital identity frameworks that allow both users and platforms to take part in the governance of data associated with circular economy processes.
KOLRECYCLE enables the secure and immutable recording and sharing of critical information among the different participants in the circular value chain. From waste generation or material identification through classification, recycling, refining, or reintegration into new production processes, the platform creates a verifiable history that improves transparency, reduces disputes over data accuracy, and makes it easier to demonstrate compliance to third parties.
The solution leverages blockchain technology to establish a shared trust model in which key process events are recorded with integrity, traceability, and auditability. This makes KOLRECYCLE a solid foundation for use cases such as recycling certification, secondary material traceability, data management in value recovery processes, or support for digital product passport initiatives.
In addition, the platform can incorporate digital identity, persistent unique identifiers, and integration with corporate systems or third-party platforms, making it easier for companies, waste managers, recyclers, certification bodies, and other stakeholders to participate under a common data governance framework.
KOLRECYCLE is particularly well suited to circular economy scenarios in which multiple organizations need to certify, share, and verify information about materials, waste, by-products, and transformation processes. The platform delivers value wherever it is critical to ensure the origin, treatment, value recovery, and reintegration of materials through trusted evidence, auditable documentation, and a common data governance framework. It also supports regulatory compliance, recycling certification, and the traceability of secondary materials throughout the entire circular value chain.
Our team can support you with an initial assessment to identify how KOLRECYCLE can help strengthen the traceability of materials and waste, improve compliance, and build more trusted digital processes within your organization or ecosystem.
If you would like to explore further, we would be pleased to show you how the platform can be adapted to your specific use cases.
info@kolokium.com
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The PRIOPS project has received support from CDTI through its Neotec 2018 program, where it has been granted a subsidy of €247,618

Comprehensive platform for intelligent civil engineering audit based on the automatic capture and parameterization of construction elements in the BIM information model, certified through Blockchain for production. The project is funded by CDTI and co-financed by FEDER.
Consortium: AZVI, EMERGYA, GRANT THORNTON AND KOLOKIUM
Execution Period: September 2018 to December 2020
Total Budget: 2.218.874,00€

Framework for the automated generation and deployment of smart contracts on Ethereum and Hyperledger Fabric distributed architectures. The project is funded with the support of K1_FRAMEWORK FOR THE AUTOMATED GENERATION AND DEPLOYMENT OF SMART CONTRACTS ON ETHEREUM AND HYPERLEDGER BLOCKCHAINS by CDTI with its own funds through the INNOGLOBAL 2017 call, and it is supported by the Ministry of Economy, Industry, and Competitiveness.
Consortium: KOLOKIUM BLOCKCHAIN TECHNOLOGIES y GRUPO CADENA (Colombia)
Execution Period: October 2017 to September 2019
KOLOKIUM Budget: 381.440€

PARAVASIS is a project funded by CDTI and supported by the Ministry of Science and Innovation, focused on researching new technologies aimed at substantially improving the flexibility and productivity of the design and development process for complex industrial systems. The project promotes the customization of new software-intensive products while also considering the best balance between time, capacity, and cost, as well as security.
Consortium: Ghenova Digital, DGH, Integrasys, Cotesa, Capgemini Engineering, Optiva Media, Kolokium, and Komorebi.
Execution period: 01/10/2022 – 30/06/2025
KOLOKIUM Budget: €5,364,425.00

The main objective of the VALREC Project is industrial research and the demonstration of new advanced, cost-effective solutions that ensure a more efficient and traceable closing of loops—thus increasing trust in secondary materials in the market—for large volumes of major construction material resources (mainly concrete, ceramics, and gypsum) throughout their entire supply chain.
The VALREC project — “Innovative solutions to promote the VALORization of C&D waste and the use of recovered materials under Circular Economy criteria in the Community of Madrid” — has been funded through the 2020 call for proposals for grants co-financed by the European Regional Development Fund (ERDF). The purpose of this funding is to contribute to improving Public-Private Cooperation in R&D&I by supporting Technology Innovation Projects with a driving effect, developed by open innovation hubs in the Community of Madrid, within the framework of the Regional Research and Innovation Strategy for Smart Specialisation (RIS3), under the ERDF Operational Programme of the Community of Madrid for the 2014–2020 period.
Consortium: SURGE AMBIENTAL (SURGE), VALORIZA SERVICIOS MEDIOAMBIENTALES (VSM), ADCORE, KOLOKIUM BLOCKCHAIN TECHNOLOGIES, ALLGAIER MOGENSEN, SODIRA IBERIA, SIKA, HORMICRUZ, GREEN BUILDING COUNCIL ESPAÑA (GBCE).
Execution period: 17/11/2021 – 17/11/2023
Total Budget: €4,063,243.14
Kolokium Budget: €256,700.00