Vasily Rakitin: Rare Earth Metals Test Industrial Cooperation

However, it would be a mistake to consider rare and rare earth metals solely as a matter of developing deposits.

The availability of reserves, licenses, government programs, and investment resources is a necessary condition, but far from sufficient. Real value arises only when the entire industrial chain is built — from raw material extraction to the production of finished goods.

A deposit can be discovered, reserves confirmed, and an investment project launched. But the key question lies elsewhere: how will the extracted raw materials be integrated into industry?

To achieve this, it is necessary to understand in advance who will ensure processing, which technologies will be used, who will supply the equipment, how production service support will be organized, and, finally, who will become the end consumer of the finished products. Only when there are answers to these questions can we speak about forming a sustainable industry.

The practice of the mining industry shows that any decisions are tested by production. It is impossible to exist here for long on the basis of presentations or declarations. Efficiency is confirmed by the operation of quarries, processing plants, technological lines, the quality of equipment, adherence to deadlines, and economic results.

This is precisely why the development of the rare and rare earth metals industry requires more than just government support measures. Undoubtedly, state participation is necessary, since we are talking about capital-intensive and technologically complex projects. However, government support alone cannot replace industrial cooperation.

If extraction, processing, scientific research, mechanical engineering, service, regions, and end consumers develop in isolation from one another, the industry will inevitably face lost time, increased costs, and slower project implementation.

Rare and rare earth metals require a comprehensive approach. It is necessary to understand not only the volume of the raw material base, but also the existing technologies, the level of competencies, the capabilities of domestic mechanical engineering, the availability of production capacities, projected demand, and the real needs of industry.

It is important to move from general statements about the demand for rare earth metals to specific questions: which materials are required by domestic enterprises, in what form, of what quality, in what volumes, and over what time horizon.

This is where effective industrial policy begins.

The first component of such a system is the raw material base. Here it is necessary to assess not only geological reserves, but also the economics of deposit development, infrastructure availability, logistics, human resources, environmental requirements, and technological constraints. Each deposit has its own specifics, level of risk, and investment attractiveness.

The second element is processing.

It is at this stage that the main added value is created. Rare earth metals acquire industrial value after separation, deep purification, obtaining the required compounds, and subsequent use in high-tech production.

If a country limits itself to raw material extraction while subsequent processing stages remain outside the national industry, dependency is merely shifted to the next technological stage.

The third direction is equipment and technological solutions.

Any such project requires modern machinery, automated control systems, engineering solutions, specialized software, reagents, service support, and effective quality control.

When choosing technological solutions, it is necessary to assess not only the initial cost of equipment, but also the experience of industrial operation, availability of service maintenance, availability of spare parts, scalability of production, and the total cost of ownership throughout the entire project life cycle. This approach makes it possible to minimize technological risks at the design stage.

The fourth element is the end consumer.

Industry development is impossible without understanding real demand. Producers must focus on the specific needs of enterprises, while consumers must have a full understanding of the capabilities of domestic suppliers.

Only in this case do investments become predictable and production programs economically justified.

Therefore, one of the key tasks becomes the consolidation of industry participants.

This is not about holding another round of meetings, but about systematic work to unite producers, scientific organizations, technology developers, machine-building enterprises, service companies, development institutions, regions, and end consumers.

In this work, the expert community should perform not only an analytical function, but also contribute to forming a comprehensive picture of the industry. Some participants have competencies in extraction, others in processing, others in equipment development, others in standardization, others in assessing regional specifics, others in international cooperation, and still others in understanding industrial needs. Combining these competencies can significantly accelerate industry development.

This is precisely why the development of rare and rare earth metals can be viewed as an indicator of the maturity of the entire system of industrial cooperation.

In my view, practical work should be structured along several directions.

First of all, a map of industrial needs is required. It will make it possible to identify enterprises critically dependent on imports, assess projected demand, and form priority areas of development.

No less important is a map of competencies, which should reflect existing capabilities in extraction, processing, mechanical engineering, engineering services, scientific research, service support, and personnel training. Often, the necessary competencies already exist but remain fragmented and not united into a single system of interaction.

The next stage is identifying bottlenecks. It is necessary to determine where industrial equipment is lacking, where promising scientific developments fail to reach production, where there is a shortage of suppliers, standards, service infrastructure, or stable demand.

Of particular importance is the formation of unified product quality requirements. The manufacturer must understand the consumer’s requirements, the consumer must be confident in product characteristics, and development institutions must objectively assess projects in terms of their contribution to ensuring the country’s technological independence.

Another important direction is the exchange of industry experience. Russia has already accumulated successful practices, implemented pilot projects, and gained both positive results and valuable experience in overcoming mistakes. This knowledge should be used much more widely, while maintaining a balance between commercial confidentiality and the interests of industry development.

The professional community must regularly discuss the effectiveness of applied technologies, the possibilities for scaling successful solutions, directions of government support, participation of private investors, development of industrial orders, and international cooperation with friendly countries. Such discussions should be built around specific projects and practical results.

In this regard, a special role can be played by the Chamber of Commerce and Industry of the Russian Federation as a platform for interaction among business, industry, the scientific community, development institutions, regions, and international partners.

The topic of rare and rare earth metals brings together the interests of several industries at once — mining, chemistry, metallurgy, mechanical engineering, production of new materials, standardization, foreign economic activity, and regional development. That is why it cannot be effectively developed within a single company or a separate industry segment.

The development of this field should primarily be viewed as the task of forming a full-fledged industrial ecosystem.

It is not enough to extract raw materials. It is necessary to ensure deep processing, the production of high value-added products, stable demand from industry, modern equipment, quality service, and unified standards.

Only with this entire chain in place does strategic raw material turn into a strategic advantage for the country.

Technological sovereignty does not begin with individual projects or loud statements. It begins with an effectively managed industrial chain in which each link complements the other.

Raw materials without deep processing remain merely a resource. Processing without stable demand does not ensure development. A consumer without a reliable supplier faces technological risks.

And a supplier without modern equipment and service support loses competitiveness.

Therefore, today it is important to focus not on individual elements of the system, but on their integration. It is necessary to create a unified environment for interaction among regions, enterprises, scientific organizations, equipment manufacturers, experts, and end consumers.

Only in this way can rare and rare earth metals become not just strategic raw materials, but one of the key factors in Russia’s industrial development and technological self-sufficiency.