CD BioSciences-GreenChemistry's green chemistry technology platform, led by senior research experts, integrates cutting-edge green technologies such as electrochemistry, photochemistry, enzyme catalysis continuous production, etc. into the chemical synthesis routes of various chemical molecules to achieve environmentally optimized and sustainable synthetic reactions.
Green chemistry, also known as environmentally sound chemistry, is the science of stopping environmental pollution at its source. Technologies innovated on its basis are called green chemistry technologies, environmentally friendly technologies, or clean technologies. The most ideal green chemistry technology is the adoption of the “atom economy” reaction, which realizes the greening of the reaction, that is, every atom in the raw material molecule is transformed into a product without producing any waste and by-products, thus realizing “zero emission” of waste.
Green chemistry technology aims to minimize the effects of chemical processes on the environment and facilitates maximum utilization of resources through creative methods while also guaranteeing that the products are sustainable and safe. This sort of technology, at this point, has been quite customary for some time now:
CD BioSciences-GreenChemistry has constructed a green chemistry technology platform based on the strengths of professional team and project experience and has comprehensively utilized advanced technologies such as enzyme catalysis, serialization, photochemistry and electrochemistry, etc. to develop highly efficient and green chemicals and related synthetic processes to create value for customers in a sustained manner.
Our R&D team has extensive project experience in the extraction and production of various chemical substances using a variety of green chemistry technologies.
Through in-depth scientific research and experiments, we determine the optimal extraction conditions to improve efficiency and yield. We utilize advanced equipment for physical methods of treatment, such as heat, high pressure, and ultrasound, to effectively release target compounds.
We select suitable biocatalysts to reduce the by-products and energy consumption that may be generated in conventional chemical reactions. We optimize enzyme classes and reaction conditions (temperature, pH) through in-depth experiments to ensure that the solutions we provide are efficient and environmentally friendly.
We use solid catalysts instead of liquid-phase catalysts to facilitate catalyst recovery and reuse. In the process, we adjust the conditions of reaction temperature, pressure, and time to maximize the efficiency of the reaction, and lowering the carbon footprint of the production process.
We fully utilize light energy as the primary source of reaction drive to produce chemicals that meet our client's needs. We maximize the utilization of light energy by precisely regulating light reaction conditions, such as light intensity and wavelength, to ensure efficient chemical reactions and increased yields.
Based on the characteristics of our client's projects, we design electrochemical reaction pathways to maximize reaction efficiency while reducing energy consumption. We use renewable energy to power the electrochemical production process, emphasizing the use of clean energy to further reduce carbon footprint.
We have established an enzyme-catalyzed process platform through a competent biotechnology R&D team, with great success. The enzyme-catalyzed platform construct integrates enzyme constructing, enzyme fermenting, enzyme screening, micro-volume ratio, catalytic process optimization, and scaling up production, giving clients access to high throughput small molecule synthesis using enzyme catalysts and other services.
Fig.1 Flow chart of our enzyme-catalyzed process. (CD BioSciences-GreenChemistry)
Using photo-activated reactions as a tool, we are developing and expanding the reach of photo-reactions by improving the efficiency of the process and meeting the required extent. Achieving a range of chemical reactions, cis-trans isomerization of olefins, addition, halogenation, elimination, and ring opening of rings.
Capacity in Photochemical Reaction Engineering
We have electrochemical methods with outstanding advantages such as easy miniaturization, high sensitivity, suitability for non-transparent samples, and low power requirements for power supplies, which are suitable for the construction of miniaturized analytical devices. Based on electrochemical technology, we also provide our clients with the ability to construct a variety of chemical reactions used in the production of chemical substances:
Catalysts are widely used in coupling reactions and asymmetric synthesis. To improve the efficiency of route exploration and condition optimization, we construct a catalyst screening technology platform to provide clients with chemical small molecule production and screening services. Through reliable catalyst parallel screening, we obtain reaction results with different catalysts, ligands, bases, solvents, and temperatures in a short time with tens of milligrams or even smaller amounts of intermediates.
Our analysis technology platform uses green techniques for the comprehensive analysis of a wide range of chemical substances. Our green analysis services cover the full range of stages from sample preparation, chemical separation and purification, to performance analysis. Details can be found in the table below:
| Specific Operations | Green Analysis Technologies |
| Sample Preparation Stage | Microwave Digestion Technology |
| Microwave Extraction Technology | |
| Supercritical Fluid Extraction Technology | |
| Compound Separation and Enrichment Stage | Solid Phase Extraction Technology |
| Solid Phase Microextraction Technology | |
| Liquid Membrane Extraction Technology | |
| Membrane Extraction Technology with Adsorption Interfaces | |
| Purge & Trap (P&T) Technology | |
| Compound Analysis Stage | Near Infrared (NIR) Technology |
| Neutron Activation Technology | |
| Capillary Electrophoresis Technology | |
| Chromatography Technology |
Our microchannel continuous reaction technology platform has a wide range of modular equipment that can be flexibly assembled according to our client's process needs for environmentally friendly and continuous process development and production. Our platform provides clients with continuous chemical reaction processes such as organolithiation, oxidation, diazotization, azide, nitrification, continuous hydrogenation, etc., to ensure that our client's project requirements are met.
CD BioSciences-GreenChemistry's green chemistry platform integrates a variety of advanced technologies to ensure efficient and sustainable chemical reactions. Meanwhile, our platform supports customized services and provides a full range of technical support and solutions to our clients. Welcome clients to contact us at any time to explore collaboration opportunities and jointly promote the application of green technologies.
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Our products and services are for research use only and cannot be used for any clinical purposes.