- Athinas 26, Thessaloniki 546 34
- sotkarageo@gmail.com
- Opening hours: Mon - Fri: 09:00 - 17:00
Technical and consulting chemical engineering services for process optimization, product development and innovative industrial applications
Analysis, design and improvement of industrial processes.
Support in the development of new products,
Pilot plant design and process simulations
Ο Karageorgakis Sotiris is graduate Chemical Engineer and a graduate of the Department Chemical Engineering, School of Engineering, Aristotle University of Thessaloniki.
He operates in the Prefecture of Thessaloniki and the wider region of Northern Greeceoffering a wide range of chemical engineering services with an emphasis on professionalism, responsibility and prompt service.
His work is characterized by the connection of theoretical knowledge with practical application, effectively bridging the gap between research and implementation on an industrial scale.
Whether it is pilot plant design, process simulations, or technical and consulting services aimed at improving existing production units, high-quality solutions are offered, adapted to the modern needs of production and innovation.
Design, optimization and development of solutions for modern industrial needs.
Providing specialized technical support and consulting to industries and organizations. Providing technical studies and design for projects involving processes, facilities and production systems.
Support to businesses for the development of new products, the optimization of production processes and the implementation of innovative technologies. Design and implementation of experimental programs in areas that combine chemistry, physics, mechanical engineering and industrial innovation.
Implementation of laboratory experiments and tests, providing customized solutions according to the needs of each project.
A full range of specialized analyses to measure physical, chemical and mechanical properties of products, aiming to ensure quality and compliance with regulatory standards.
Analysis, design and optimization of industrial processes, from raw material to final product. Assessment and optimization of process energy efficiency, with emphasis on renewable energy sources.
Design of innovative products and production technologies, aiming at differentiation and added value.
Design, construction and optimization of pilot production units, for the transition from laboratory to industrial scale.
Analysis and prediction of system behavior through simulation software (e.g. Aspen Plus, COMSOL, CFD), for optimal design and resource savings.
Application areas include natural products, the food and beverage industry, water treatment and liquid and solid waste management, with the aim of designing, optimizing and controlling chemical and physicochemical processes.
The services provided focus on improving the efficiency of separations, reactions and mass and energy transfer, ensuring product quality and implementing processing technologies, with the aim of complying with environmental and regulatory requirements and the sustainable operation of systems.
The business was supported within the framework of the above Program with co-financing from the Greek State and the European Fund for Economic Cooperation and Development (ESC+).
The objective of the action is to promote self-employment through the creation of new small and medium-sized enterprises by unemployed people aged 30 to 59, with an emphasis on women's entrepreneurship.
The action is implemented throughout the Greek territory.
Program
"Human Resources and Social Cohesion 2021-2027"
Duration: 12/2024 – 12/2029
For any information regarding services, to discuss a project or for technical support, you can contact us for an initial assessment of needs and possibilities of cooperation. Each request is treated with professionalism, confidentiality and immediate response, aiming to provide targeted and reliable solutions tailored to your needs.
Fill out the contact form or use the available contact information and a response will be provided as soon as possible.