How Enzyceuticals contributes to a circular economy transition model:

• Tackling the pressing sustainability needs will require the development and use of new and efficient technologies.
• Biotechnology, can generate sustainable routes to chemicals and materials as alternatives to fossil-derived ingredients. 
• Enzyme biotechnology plays central role in this sustainability movement, providing “Green Chemistry” technologies that drive sustainable solutions in products and industrial processes.
• Enzyme biocatalysis is a key answer to sustainable movement and circular bio-economy era
• Enzyme biocatalysis constitutes a sustainable approach for the production of bio-based products for various industrial sectors, including chemical, pharmaceutical and food applications.

Why Enzymes? Because they are:

• Natural and safe biocatalysts,
• Highly effective and specific,
• Produced from renewable resources,
• Readily biodegradable,
• Controllable – their catalytic properties are adjustable and adaptable by specific molecules or conditions.
• Widely accepted because of the customers’ positive opinion for enzymes

Sustainability benefits:

• Higher product quality,
• Significant cost reductions,
• Less energy consumption,
• Minimum undesirable side effects,
• Superficial waste disposal problems

Global macrotrends that impact our business

Enzyceuticals’ growth and long-term success are influenced by global macrotrends that shape our innovation and operational strategies. Global macrotrends that impact the global increasing demand for enzymes:

• Global need for accuracy, precision, specificity and sensitivity in industry – enzymes’ action is based on biological affinity and molecular recognition phenomena that secure minimum side-effects, false results, by-products and ensure reliability and reproducibility
• Energy transition – The global movement toward a low-carbon economy and the fight against climate change are triggering a major shift in renewable energy from biomass that can be addressed by enzymes
• Transition to sustainable agriculture – the agricultural sector is seeing growing demand for new and innovative sustainable food production solutions that can be addressed by enzymes
• Water scarcity – Global demand for clean water is expected to outstrip supply by 2030. A number of wastewater solutions that can be addressed by enzymes
• Digitalization of the global economy – Bioinformatics, machine learning and artificial intelligence are indispensable tools that are exploited for mining and discovery new enzymes, for protein engineering, to improve production yields and recovery in downstream processing.