Technology

Our cutting-edge biocatalysis solutions leverage engineered enzymes to drive efficiency, sustainability, and innovation in chemical manufacturing. As ESG and sustainability take center stage, our enzyme-driven approach provides a smarter, greener alternative for forward-thinking organizations and industry leaders committed to environmental responsibility and operational excellence.

The Enzymatic Process Advantage


  • Eliminates Hazardous Reagents, Reduces Effluent Treatment Costs
    Traditional chemical processes often rely on toxic reagents, leading to complex waste management and high effluent treatment costs. Enzymatic processes eliminate the need for hazardous chemicals, making manufacturing cleaner, safer, and significantly more cost-effective.
  • Enzymatic Process Enables Highly Specific Reactions, Eliminates Side Products and Impurities
    Enzymes are highly selective, catalyzing only the desired reaction with precision. This eliminates unwanted byproducts and impurities, resulting in higher product purity, increased yield, and fewer purification steps—ultimately reducing time and costs.
  • Enzymatic Reactions Occur Under Milder Conditions at 30°C and Optimal pH
    Unlike traditional chemical reactions that require extreme temperatures and harsh conditions, enzymatic processes function efficiently at around 30°C and optimal pH levels. This reduces energy consumption, lowers operational costs, and enhances overall process sustainability.
  • Improves Atom Economy
    Enzymatic processes maximize the use of raw materials by ensuring that more of the starting materials are converted into the desired product with minimal waste. This efficiency not only reduces costs but also contributes to a more sustainable and resource-efficient production model.
  • Greener Approach Creates Millions of Dollars in Annual Savings
    By reducing hazardous waste, energy usage, and purification costs, enzyme-driven processes offer a financially compelling alternative to traditional chemical synthesis. Companies implementing enzymatic solutions benefit from substantial cost savings, often amounting to millions of dollars annually, while meeting global sustainability standards.

How does Quantumzyme help to save on costs?

Quantumzyme focuses on utilizing quantum mechanics, molecular modeling, and molecular dynamics simulation to gain insights into catalysis. Through computational expertise, Quantumzyme engineers enzymes to maximize their potential. Quantumzyme provides the most suitable enzyme from thousands of options for a given activity in a matter of weeks. Additionally, Quantumzyme can provide customized engineered enzymes that meet customer expectations within a couple of months, thus saving cost with reduced timeline. This is a significant improvement compared to traditional methods that rely on random mutagenesis, which can take over eight months to a year to achieve similar results.

What is QZyme Workbench?

QZyme Workbench is a fully automated proprietary in silico protein engineering platform, evolved by integrating open-source computational chemistry and biology/bioinformatics tools in combination with customised algorithms and scripts. QZyme Workbench is capable of tackling several important aspects of protein modelling and engineering including, but not limited to, structural refinement, ligand docking, conformational sampling, estimating substrate binding affinity, modelling catalytic reaction, identifying mutable hotspots, further hotspot optimization.

Enzyme Catalyst:

Harnessing the Power of Biology and Evolution:


Traditional Process

  • Hazardous chemicals
  • High pressure, high temperature
  • Wastage

Disadvantages

  • High costs
  • Low potential for incresing yield
  • High impurities
  • Hazardous waste is concern

Biocatalysis

  • Engineered Enzyme Catalyst
  • Low pressure – Lower temperature
  • Minimal waste

Advantages

  • Low cost
  • Improved yield & manufacturing efficiency
  • Sizable reduction in impurities
  • Reduced hazardous waste
  • ESG compliance benefits