Our Research Team

Specialists in natural polymer bioengineering, dedicated to studying chemical properties and developing advanced industrial solutions.

Dr. Elena Popescu

Head of Biochemistry Laboratory

Expert in extraction processes and characterization of plant resins. Over 15 years of experience in applied research.

PhD in Natural Polymer Engineering
Author of 24 indexed scientific publications

Eng. Andrei Ionescu

Industrial Process Engineer

Specialized in scaling processes from lab to production and optimizing applications in the adhesives industry.

10+ years of product development experience
Holds 3 patents for technical formulations

Dr. Maria Stan

Principal Analysis Researcher

Focuses research on the chemical and physical properties of polymers for high-performance technical varnishes.

Specialization in spectroscopy and chromatography
Coordinator of 7 international research projects

Collaborative Expertise

50+

Scientific publications in the field

120+

Resin samples analyzed annually

Years of collective research experience

Our team works in the main laboratory at Str. Traian nr. 5, bl. A, sc. A, et. 69, ap. 05. For technical details, you can contact us at 0343089872 or info@dogaldamlasakizi.com.

Dogal Damla Natural Resin Bioengineering

We are a technical platform dedicated to the advanced study of the chemical properties of natural polymers. Our mission is the development and optimization of extraction and application processes for plant-based resins for superior industrial solutions.

We work for manufacturers of technical adhesives and varnishes, providing knowledge and materials based on bioengineering.

Our key positioning: Scientific precision and direct industrial applicability.

Communication tone: Professional, clear, data-driven. We speak the language of research and production efficiency.

Molecular diagram and laboratory equipment

Areas of Expertise

Analysis of the chemical properties of natural polymers
Plant-based resin extraction processes
Formulation of technical adhesives and varnishes
Research for specific industrial applications

Contact for technical partnerships:

Email: info@dogaldamlasakizi.com

Phone: 0343089872

Our Mission in Resin Bioengineering

dogaldamlasakizi.com exists to make the scientific understanding of natural polymers accessible and applicable in modern industrial processes. We are dedicated to the in-depth study of the chemical and physical properties of plant resins, transforming knowledge into practical solutions.

The Principle of Precision: Every extraction and analysis process is documented with scientific rigor, guaranteeing reproducibility and consistent data quality for our industrial partners.

The Principle of Sustainability: We promote the use of renewable resources. Our research aims to maximize the yield and efficiency of natural resins, reducing dependence on petroleum derivatives.

The Principle of Applied Innovation: We don't stop at theory. We translate identified chemical properties into concrete formulas and protocols for the adhesives, technical coatings, and composite materials industries.

Expected Impact for Partners

1

Process Optimization

Reducing research time and costs through access to validated data on the compatibility and reactivity of various natural resins.
2

Competitive Products

Development of adhesives and technical coatings with an improved ecological profile, aligned with market demands and European regulations.
3

Specialized Expertise

Continuous technical support for integrating new formulations based on natural polymers into existing production flows.

Ultimate Goal: To be the reference platform where the bioengineering of natural resins becomes the foundation for sustainable and efficient industrial innovation.

Research Timeline

A history of our progress in natural polymer bioengineering, marking key stages of development and application.

Q1 2020

Research Project Launch

Establishing initial protocols for studying the chemical properties of conifer resins and identifying their polymeric potential.

Q4 2021

Extraction Process Optimization

Development of an efficient and scalable method for extracting plant resins, with increased yield and reduced impurities.

Q2 2023

Industrial Application Validation

Testing and certification of the performance of modified natural resins in technical adhesive and varnish formulations with increased resistance.

Q1 2025 (Target)

Scaling and Partnerships

Expanding production capacity and establishing strategic partnerships to integrate our solutions into global industrial chains.

For complete technical details and research reports, visit the Services & Research section.