International R&D Center for Advanced Functional Materials and their Composites

The International Research & Development (R&D) Center for Advanced Functional Materials and their Composites, focused on the development of “green” technologies for applications in chemistry, biotechnology, medicine, environmental protection, and the agro-industrial sector, was established within the framework of the program-targeted funding of the scientific and technical program BR 24993105, “Establishment of a Biotechnological R&D Center for the Development and Commercialization of Agricultural Products and Technologies,” funded by the Science Committee of the Ministry of Science and Higher Education of the Republic of Kazakhstan.

Objective:
To conduct research ranging from fundamental studies to technology-oriented, industry-implementable developments in the field of advanced functional materials and technologies, bringing together domestic and international stakeholders to promote innovative solutions and facilitate the dissemination of best available “green” technologies, as well as to establish a supportive and sustainable research ecosystem that attracts and nurtures talent.

Activities:

• Establishment of a platform integrating competencies in the development and application of functional materials and their composites, as well as in product and process quality control, involving specialized experts from research institutions, educational organizations, and industrial enterprises of the Republic of Kazakhstan and foreign countries;
• Implementation of a comprehensive program of fundamental, exploratory, and applied research aimed at addressing the needs of the real sector of the economy in the development and application of functional materials and their composites, and in improving product and process quality control methods, incorporating best national and international practices;
• Development of long-term partnerships with potential industrial stakeholders to identify challenges faced by enterprises in the real sector of the economy and to jointly develop effective solutions;
• Commercialization of research outcomes and technological achievements in collaboration with industrial partners to create competitive products;
• Establishment of a startup company focused on the development of advanced “green” functional materials and their composites, including business model formation, achievement of product–market fit, and scaling strategies;
• Establishment of a Testing Laboratory (hereinafter – TL) accredited in compliance with the requirements of GOST ISO/IEC 17025-2019 to provide quality control services for various types of samples;
• Advancement of international educational partnership programs through academic mobility of students (undergraduate, master’s, doctoral, and postdoctoral researchers), international faculty exchange, and implementation of joint educational programs within network-based collaboration frameworks;
• Collaboration among scientists in conducting joint interdisciplinary research projects, scientific seminars, and round tables in priority areas of science and technology development, as well as organization of international conferences for knowledge exchange, including the annual joint Kazakhstan–India International Conference on Polymers, Composites, Nanocomposites and Biocomposites (ICPCNB);
• Implementation of career guidance and outreach initiatives in the field of advanced functional materials and their composites through seminars and cooperation with educational institutions.

The activities of the International R&D Center for Advanced Functional Materials and their Composites (hereinafter referred to as the R&D Center) and its constituent Laboratory of Advanced Functional Materials and their Composites and Testing Laboratory for Quality Control of Biological Samples and Environmental Objects are consistent with a number of the United Nations Sustainable Development Goals (SDGs) aimed at ensuring environmental safety, sustainable agriculture, public health and the rational use of natural resources.

The center's research and development work includes grant and initiative projects aimed at developing products, environmentally friendly materials, and innovative technologies for the chemical industry, agriculture, medicine, and environmental protection, which are in line with the following Sustainable Development Goals:

SDG 3 – Good health and well-being

The center's R&D laboratories conduct research into the creation of biocompatible and antibacterial materials based on natural minerals and biopolymers, including bentonite clays from the Kalzhat and Orta-Tentek deposits (Republic of Kazakhstan), which are used in the development of hydrogels, nanopatch materials, and composite materials with antimicrobial properties. Research is also underway to create feed additives, biostimulants, and probiotics for farm animals, which helps reduce the use of antibiotics and improve the safety of livestock products.

The testing laboratory for the quality control of biological samples and environmental samples analyzes the content of toxic elements, antibiotics, pesticides, and microbiological parameters in milk, meat, feed, water, and plant products, which directly contributes to food safety and public health.

SDG 4 – Quality Education

The R&D center operates a research and educational platform providing training for undergraduate, graduate, and doctoral students in chemical engineering, biotechnology, ecology, and agricultural sciences. A digital educational platform in agriculture is being developed, aimed at improving the skills of specialists, farmers, agronomists, animal scientists, and veterinarians using modern scientific developments and innovative technologies.

Integrating scientific research into the educational process contributes to the development of human resources in the field of sustainable development and environmentally friendly technologies.

SDG 6 – Clean Water and Sanitation

One of the R&D center's areas of focus is the development of sorption and polymer-clay composite materials based on Kazakhstani bentonite clays, as well as biopolymers for water purification from heavy metals, organic pollutants, and toxic compounds. Research is also underway on the production of hydrogels and nanocomposites using natural and recycled resources for the purification of natural, waste, and drinking water.

The testing laboratory monitors the quality of natural, drinking, surface, and groundwater for physicochemical and microbiological parameters, which meets the objectives of ensuring the sanitary safety of water resources.

SDG 12 – Responsible Consumption and Production

The laboratory actively utilizes secondary and agro-industrial waste to produce functional materials and biopreparations. Specifically, research is underway on processing sugar beet pulp, sunflower, rice, and soybean husks, as well as other plant residues, to produce cellulose, nanocellulose, pectin, humic substances, and carbon quantum dots.

Humic preparations based on organic animal waste, including poultry manure, are also being developed for restoring soil fertility and increasing crop yields.

Agromineral compositions based on bentonites with added copper and silver nanoparticles are being created for seed encapsulation, which helps protect plants from pathogens, reduce the use of chemical pesticides, and increase crop yields.

This research is aimed at the rational use of natural resources, reducing waste, and implementing closed-loop technologies.

SDG 13 – Climate Action

The development of biopreparations, organic fertilizers, humic substances, and biostimulants helps reduce the use of synthetic chemical fertilizers and pesticides, thereby reducing soil, water, and air pollution.

The use of renewable raw materials and the recycling of agricultural waste reduces the carbon footprint and promotes sustainable agriculture.

Research on restoring degraded soils, increasing organic matter content, and improving soil structure aims to enhance the resilience of agroecosystems to climate change.

Thus, the activities of the International R&D Center for Advanced Functional Materials and Their Composites are aligned with the UN Sustainable Development Goals (SDGs 3, 4, 6, 12, and 13) and are aimed at developing environmentally friendly technologies, ensuring food security, rational use of natural resources, and training highly qualified specialists in the field of sustainable development.