Research, Development and Innovation
(RDI)

At EMK Ltd., in addition to our core hazardous waste disposal activities, we are committed to exploring new alternatives that support environmental protection at a higher level. Through continuous development, we strive to modernize and increase the efficiency of our hazardous waste processing operations.

Research, Development and Innovation (RDI)

Our strategic development goals can be divided into the following key areas:

Production of Metals and Metal Compounds through Waste Processing

In line with our commitment to innovation and environmental responsibility, EMK Ltd. was the first company in Hungary to obtain the R4 and R8 waste recovery codes. R4 – Recovery and Recycling of Metals and Metal Compounds Within this activity, we perform a critical step in the extraction of valuable metal content from next-generation batteries. The incoming battery waste is subjected to thermal treatment, during which the organic components are removed. This process results in a metal-rich alloy, which serves as a valuable raw material for further industrial processing.

R8 – Recovery of Catalyst Components As part of this operation, we apply thermal-based technology to remove organic pollutants from spent catalyst waste. This process also produces a metal-containing mixture, which can be commercially utilized as a secondary raw material.

Defining Custom Treatment Processes for Specific Waste Streams

The industrial sector generates a large volume of hazardous waste with highly diverse and often complex compositions. In many cases, the exact composition of these wastes is considered a trade secret, which means that the information required for treatment is only partially available. In our operations, following the assessment of the material characteristics, we determine the most efficient and safest treatment method for each specific waste type. This process goes beyond incineration and extends to pre-treatment procedures, which allow us to design and implement multi-stage treatment strategies for complex materials. This approach provides added value for both current and future partners, as our expert team is capable of offering tailored solutions even for the most challenging waste management cases.

Development of Technological and AUXILIARY Materials

Under standard operating conditions, our facilities use a wide range of primary and auxiliary materials for the safe disposal of diverse hazardous waste streams. To support and optimize these processes, we continuously explore alternative materials that can replace existing ones without compromising efficiency—and, ideally, with reduced operational costs. Beyond literature and market research, our efforts extend to full-scale plant testing conducted in close collaboration with our operational teams. We not only organize but actively participate in these industrial trials. The data obtained is thoroughly evaluated in cooperation with the relevant departments to draw informed conclusions and determine the feasibility of implementation.

Infrastructure and Logistics Development

We are strongly committed to implementing technological developments that ensure full compliance with current BAT (Best Available Techniques) recommendations. This commitment inherently requires continuous technological advancement, which is accompanied by site infrastructure upgrades and related logistics development. While the main technological development processes fall under the responsibility of the Operations Department, the Development Team also plays a supporting role, particularly in the evaluation of new primary and auxiliary materials, where their expertise is indispensable. R&D activities also contribute significantly to the design of facility layout and site planning related to technological improvements. These plans are created in close cooperation with the relevant departments, always taking into account the specific requirements and operational characteristics of waste pre-treatment and processing activities. As part of the infrastructure development, particular emphasis is placed on production and distribution logistics, especially the sub-processes of storage, internal servicing, and internal material flow. These functions are critical from the perspective of effective and safe waste treatment, and are key factors in supporting operational efficiency.