"Green Pharma" Chemical Technology

At CD BioSciences-GreenChemistry, our green pharma chemical technology offers fresh insights to meet the desired sustainable production of pharmaceutical products. Our design integrates the use of crystallization and membrane and catalytic technologies that improve the efficiency of purification, separation, and reactions while minimizing damage to the environment. Using these technologies effectively reduces waste and the utilization of hazardous materials, which is consistent with the green chemistry ideal of ensuring high-quality results.

• Employs the use of eco-friendly solvents alongside green processes.
• Catalysts are fine-tuned to boost production.
• Crystallization technology is improved to clean the end products.
• Meets criteria based on environment and safety regulations.

Rethinking the Pharmaceutical Industry with Sustainable Green Chemistry

The green technology for pharma chemicals developed by CD BioSciences-GreenChemistry merges crystallization technology, membrane technology, and catalytic technology. It also touches on sustainability and efficiency in the pharmaceutical manufacturing process.

Our Green Pharma Chemical Technology

Crystallization Technology

• Solution Crystallization

  Evaporative Crystallization

  Cooling Crystallization

  Dissolution Crystallization

• Reaction Crystallization (Precipitation Crystallization)
  Integrates chemical reactions with crystallization processes to reduce the fills, solvents, and steps that would otherwise be needed in forming target compounds.
• Membrane Crystallization
  Controls solute concentration and uses membrane processes to enhance the formation of crystals most efficiently and in an environmentally friendly way.
• Supercritical Extraction Crystallization
  In some embodiments of the invention, crystallization is done with minimum use of solvent and energy leading to solventless or low solvent applications.

---

Membrane Technology

• Membrane Separation Technology
  • Microfiltration Membrane Separation
  • Ultrafiltration Membrane Separation
  • Nanofiltration Membrane Separation
  • Reverse Osmosis Membrane Separation
• Membrane Catalyst Technology
  This technique integrates catalytic functions with membrane processes which increase the efficiency of reactions, specificity of the products formed, and low pollution during the manufacture using fewer reagents and solutions.

---

Catalytic Technology

• Enzymatic Catalysis Technology
  • Enzymatic Asymmetric Synthesis of Chiral Alcohol Compounds
  • Enzyme-Catalyzed Synthesis of Chiral Acids
  • Enzyme-Catalyzed Synthesis of Chiral Amines
• Metal-Catalyzed Technology
  Employs metal-based catalysts for active reactions to easily form complex pharmaceutical molecules synthesized.
• Organic Asymmetric Synthesis
  There is a primary goal of maintaining good control over organic reactions to synthesize enantiomerically pure compounds.

---

Advantages

• Minimum waste and environmentally friendly processes are employed in our chemical technology.
• Our chemical technology improves efficiency in reaction and separation leading to obtaining better outcomes.
• Our chemical technology is applicable in a variety of pharmaceutical technologies including purification and complex molecule synthesis.
• Our chemical technology utilizes sophisticated processes including crystallization, membrane separation, and catalytic processes for problem solving.

At CD BioSciences-GreenChemistry, we develop green chemical technology that can increase the efficiency of the processes used in the pharmaceutical industry while ensuring that the processes are environmentally friendly. Reach Out to Us and find out how our services will help your pharmaceutical production meet the principles of green chemistry.

Our products and services are for research use only and cannot be used for any clinical purposes.