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Bensalem Township, United States
1-10 Employees
2020
We use nature’s biochemical machinery, enzymes, for the more sustainable production of chemicals. Today, the chemicals industry produces molecules found in 96% of all manufactured goods. Built on nonrenewable feedstocks such as petroleum and high energy processes, chemical manufacturing contributes to 6% of total global greenhouse gas emissions.
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Cascade Biocatalysts
... Cascade Biocatalysts is built on a novel way to immobilize enzymes. Our technology keeps enzymes active and stable under difficult industrial conditions. ...
London, United Kingdom
11-50 Employees
2018
FabricNano has worked across the enzyme engineering industry to source the best enzymes available for client-driven chemical production targets. FabricNano takes an industry-first approach to high-throughput and data-driven enzyme immobilization. FabricNano develops biocatalysts to integrate with pre-existing industry equipment and know-how (such as packed-bed or continuous stirred tank reactors). Cell-free biocatalyst systems built from simplified enzyme machinery can run at 100% carbon efficiency and can be reliably scaled up. Our biocatalysts are built to scale quickly and make a profound sustainable impact on the material world. We can already manufacture biocatalysts at metric ton scale.
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Home - FabricNano
... We’re enabling a cell-free future, providing a generalizable drop-in biocatalyst for all industries. ...
Graz, Austria
1-10 Employees
2022
We provide experimental data that helps manufacturing companies to implement biocatalytic cascades in their production plants. How can biocatalysis make the manufacturing of value-added chemical products more efficient and sustainable, cheaper and cleaner? Thereby, we contribute to the transition toward a greener chemical production. Such systems are difficult to optimize and only yield low product titers. Compatible biocatalysts (enzymes) operate together in a single reaction vessel with high substrate loadings, selectivity and under mild reaction conditions. We identify an ensemble of biocatalysts that could deliver a desired value-added product from preferably renewable starting materials. Is the biocatalyst able to convert a given substrate into the desired product(s)? Biocatalysis is perfectly suited to transform substrates from renewable resources to value-added chemical products.
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Enzyan
... Diverse biocatalyst ...
Riga, Latvia
1-10 Employees
Biocatalyst is an independent non-profit foundation with the goal of fostering the biotechnology community in Latvia, the Baltic States, and beyond.
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About Biocatalyst
... Biocatalyst is an independent non-profit foundation aimed at boosting biotech innovation by connecting all relevant ...
Palm Beach Gardens, United States
1-10 Employees
2010
For over 20 years, MicroSorb Environmental Products, Inc. Our products effectively eliminate petroleum hydrocarbons, chlorinated compounds, ammonia, nitrates, algae, struvite, sewage, and animal and vegetable wastes (fats, oils, and grease). We provide proprietary, purposefully selected, and synergistic blends of naturally occurring, non-hazardous, non-pathogenic microbes that outperform other microbial blends. Our formulas are listed on the United States EPA – NCP Product Schedule. Listed on the US EPS – NCP Product Schedule.Approved for application in CA, MI, OH, MA, PA, NJ, CT, NY, NC, GA, FL, LA, TX and the countries of Trinidad and Tobago, the EU and Nigeria.
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Products MicroSorb Environmental Products, Inc.
... MicroSorb® Biocatalyst ...
Madrid, Spain
1-10 Employees
2019
Founded by experienced staff scientists at the CSIC (Spanish National Research Council) with a strong background in applied biocatalysis, we understand your needs.
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Home - Evoenzyme
... We are enzyme evolvers EvoEnzyme designs customized biocatalysts through directed evolution From bioremediation to drug discovery Our cutting-edge technology provides enzyme-based solutions for the pharmaceutical, chemical and environmental industries ABOUT US Our ...
Frisco, United States
11-50 Employees
1998
Agricen's innovative biocatalyst products help meet these challenges by improving the availability and uptake of a broad range of nutrients from fertilizers and soil nutrient sources. By incorporating Agricen’s products into their plant nutrition programs, growers can improve nutrient use efficiency, boost plant performance and increase their yields economically and sustainably. Agricen’s products for agriculture are widely available under the Accomplish MAX™, Extract® PBA, Maritime®, Prologue®, Terramar® and Titan® XC brand names available from Loveland Products through Nutrien Ag Solutions. Agricen's plant health technology is also used throughout the turf and ornamental plant market, helping turf managers, nursery operators, and landscape professionals get the most out of fertilizer programs by sustainably improving plant health, quality and performance. Pedigo’s original products.Today, Agricen is a leader in the delivery of biochemical, biostimulant and biological technologies that enhance plant health and nutrition—providing growers with the tools they need to increase productivity and sustainability. Our products, which are manufactured both in the United States and in Australia at our Agricen Australia location, are available globally from Nutrien Ag Solutions locations across the U.S., Australia, Canada and South America. Agricen founded as Advanced Microbial Solutions (AMS) after licensing the Pedigo process and technology. AMS becomes Agricen, a Loveland Products Company; Product technology applied on > 3 million agricultural acres.
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Dry Fertilizer Biocatalyst | NutriLife | Turf Products
... NutriLife is a fertilizer biocatalyst that enhances fertilizer efficiency and improves the performance of turf and ornamental plants. ...
Temecula, United States
51-100 Employees
2002
Codexis has engineered IVT enzymes to overcome the obstacles of producing high-quality mRNA at commercial scale. At Codexis, we strive to innovate sustainable processes and products, and discover and develop effective therapeutics – all to create a brighter future. Reimagine enzymes as enablers for efficient pharmaceutical manufacturing, sequencing and diagnostic applications, RNA manufacturing and more. Engineered enzymes can overcome current challenges, bottlenecks and enable new methods for product and process innovations. Engineered, high-quality biocatalysts can transform processes with enhanced activity and stability, leading to efficient and sustainable production of pharmaceuticals. The challenges associated with in vitro transcription (IVT) to manufacture large quantities of mRNA requires high performance enzymes that reduce impurities and produce capped, full-length mRNA. High-performing and specifically tailored for life science research needs, our enzyme products improve processivity, boost efficiency and withstand more challenging condition resulting in faster and more versatile workflows and better yields. We offer research and development partnership options to develop and deliver quality engineered enzyme solutions, providing a path to successful commercialization including screening, proof-of-concept, evolution, and options to scale-up and supply custom enzymes.
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Products :: Codexis, Inc. (CDXS)
... Biocatalysts ...
Chennai, India
1-10 Employees
We provide a wealth of valuable support in resolving the unique challenges of R&D in areas of drug discovery, synthetic chemistry, and Active Pharmaceutical Ingredients (APIs ) manufacturing while maintaining a fine balance among time, cost, and quality. We provide expert services in impurity synthesis, isolation of unknown impurities, degradation products, and formulation of impurities from drug products and their Profiling. We can become a trusted extension of your R&D team and help solve complex chemistry and innovation challenges. We apply innovative, sustainable, and cost-efficient technologies to create unique value and advance competitiveness for our clients across the globe. Orbiton provides a wealth of valuable support in resolving the unique challenges of R&D in areas of drug discovery, synthetic chemistry, and Active Pharmaceutical Ingredients (APIs) manufacturing. We continue to work closely with our clients to provide customized solutions. Orbiton offers unique value-creating, inventive products rapidly by applying efficient, sustainable technologies for the chemical, pharmaceutical and biotech industries. We quickly, safely, and confidentially produce products for client while ensuring the highest quality and develop solutions with integrity and a commitment to green chemistry.
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Featured
Orbiton
... BIOCATALYSTS ...
Madison, United States
11-50 Employees
2000
Many of our products were developed with a wastewater operator to focus directly on their needs. We are ethical and honest in all situations. This allowed us to create products that solved the source of the problem and not just suppress it temporarily like most wastetwater bacterial additives. At our state-of-the-art biological laboratory, we dedicate our resources to studying the whole spectrum of wastewater issues. This world is a boat that we’re all in together. We recognize problems are better solved and better sciences are obtained when we are humble. This remains true when we are interacting with ourselves, our vendors, and within the Aquafix team.
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Featured
Ana-Zyme G - Anaerobic grease degrader biocatalyst
... Ana-Zyme G incorporates three types of biocatalysts to provide dramatic hydrolysis of fat, oil, grease as our premier anaerobic grease degrader. ...
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Some interesting numbers and facts about the results you have just received for Biocatalyst
| Country with most fitting companies | Germany |
| Amount of fitting manufacturers | 32 |
| Amount of suitable service providers | 22 |
| Average amount of employees | 1-10 |
| Oldest suiting company | 1998 |
| Youngest suiting company | 2022 |
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A biocatalyst refers to any biological molecule, primarily enzymes or whole cells, that acts to catalyze and accelerate chemical reactions without being consumed or altered in the process. These catalysts are highly specific, efficient, and can operate under milder conditions of temperature, pressure, and pH compared to their chemical counterparts, making them indispensable in various industrial applications. In the field of biotechnology, biocatalysts play a pivotal role, especially in the pharmaceutical, agricultural, and environmental sectors. They facilitate the synthesis of complex, chiral compounds that are difficult to produce through conventional chemical methods, enabling the development of new drugs and therapeutic agents. In agriculture, biocatalysts contribute to the production of biopesticides and biofertilizers, offering a more sustainable and eco-friendly alternative to chemical inputs. Environmentally, they are crucial in bioremediation processes, where they help in breaking down pollutants into less harmful substances, thereby mitigating pollution and enhancing the quality of air, water, and soil. The use of biocatalysts is also expanding in the energy sector, where they are involved in the production of biofuels, demonstrating their potential to provide cleaner energy solutions. Overall, the versatility and sustainability of biocatalysts underscore their significance, heralding a shift towards more environmentally conscious and efficient industrial processes.
1. Enhanced Efficiency
Biocatalysts significantly increase the rate of chemical reactions, leading to more efficient production processes. Unlike traditional catalysts, they can operate under milder conditions, such as lower temperatures and pressures, which reduces energy consumption and costs.
2. Environmental Sustainability
Biocatalysts are derived from natural sources, making them biodegradable and less harmful to the environment compared to synthetic catalysts. Their use minimizes the production of toxic waste, contributing to greener and more sustainable industrial practices.
3. High Specificity
One of the most noteworthy advantages is their high specificity. Biocatalysts can target specific substrates and reactions, reducing the risk of unwanted byproducts. This selectivity also allows for the synthesis of complex molecules with high purity, which is particularly beneficial in the pharmaceutical industry.
4. Cost-effectiveness
Despite the initial investment in biocatalyst development, their reuse and the reduced need for harsh chemicals and conditions lead to lower overall production costs. Additionally, the specificity and efficiency of biocatalysts can further streamline manufacturing processes, enhancing cost-effectiveness.
While evaluating the different suppliers make sure to check the following criteria:
1. Product Purity
Ensure the biocatalyst offers high purity levels suitable for your specific application needs, which can significantly impact the outcome of biochemical processes.
2. Activity and Stability
Verify the enzyme activity under various conditions and its stability over time to ensure it meets your operational requirements.
3. Source and Origin
Consider the source (microbial, plant, or animal) of the biocatalyst, as it can affect the enzyme's properties and suitability for your processes.
4. Regulatory Compliance
Check that the supplier adheres to relevant regulatory standards and certifications, ensuring the biocatalyst is safe and approved for your intended use.
5. Customization Options
Inquire about the ability to customize the biocatalyst according to your specific needs, including formulation, concentration, and packaging.
6. Technical Support and Service
Evaluate the supplier's level of technical support and customer service, ensuring they can provide assistance and guidance throughout your project.
Biocatalysts are revolutionizing the pharmaceutical industry by streamlining drug synthesis. Their ability to facilitate biochemical reactions under mild conditions reduces the need for harsh chemicals, enhancing safety and minimizing environmental impact. This application ensures more efficient production processes, leading to the speedy development of medications. In the food and beverage sector, biocatalysts play a pivotal role in improving product quality and nutritional value. They are used to enhance flavors, increase shelf-life, and facilitate the extraction of valuable nutrients from raw materials. This innovation supports the industry's move towards healthier, more sustainable products. The biofuel industry benefits significantly from the integration of biocatalysts, which enable the conversion of agricultural waste into renewable energy sources. This process not only addresses the global demand for cleaner energy but also promotes the utilization of otherwise discarded organic materials. By improving the efficiency of biofuel production, biocatalysts contribute to a reduction in carbon footprint. In the textiles industry, biocatalysts are employed to develop eco-friendly processing techniques. They aid in the natural breakdown of fibers, reducing the reliance on harmful chemicals for bleaching and dyeing processes. This application not only ensures a lesser environmental impact but also enhances the quality and durability of the final products.
Biocatalysts, which are enzymes or whole cells acting as catalysts in biochemical reactions, currently find themselves at varying Technology Readiness Levels (TRLs), predominantly between TRL 4 to TRL 7. This range is attributed to the progressive stages of development and application in industrial processes. At the lower end, TRL 4 signifies that biocatalysts are in the laboratory testing phase, where their effectiveness in simulated or controlled environments is assessed. The reason for this positioning is due to the intensive research required to understand enzyme selectivity, stability, and activity under different conditions, which is vital for their potential industrial application. Moving towards the higher end, TRL 7 indicates that biocatalysts have been demonstrated in operational environments, particularly in industries like pharmaceuticals, where they are used for the synthesis of complex molecules. This leap in TRL levels is primarily due to advancements in genetic engineering and protein engineering technologies, which have significantly expanded the capabilities and efficiency of biocatalysts. These innovations allow for the customization of enzymes to fit specific industrial processes, enhancing their stability and reducing costs. The variation in the TRL of biocatalysts underscores the dynamic nature of this technology, reflecting ongoing research and development efforts aimed at optimizing their application across various sectors.
In the Short-Term, advancements in biocatalyst technology are expected to focus on enhancing enzyme efficiency and stability. Researchers are likely to develop more robust enzymes that can operate under a broader range of conditions, such as extreme pH levels and temperatures. This phase will also see the integration of biocatalysts into existing industrial processes, aiming to reduce costs and improve the sustainability of chemical production. The adoption of machine learning techniques for enzyme discovery and optimization is poised to significantly speed up this development phase. The Mid-Term phase will witness the emergence of next-generation biocatalysts with tailored functionalities. This period will be characterized by the engineering of enzymes for specificity, allowing for the production of highly pure compounds that are difficult to synthesize through traditional chemical processes. Efforts will also be directed towards creating multi-enzyme systems that mimic natural metabolic pathways, thereby enabling more complex synthesis processes. The scalability of biocatalytic processes will improve, facilitating their broader application across industries, from pharmaceuticals to biofuels. In the Long-Term, the focus will shift towards fully integrating biocatalysts into the circular economy. Biocatalysts will play a critical role in waste valorization, transforming agricultural and industrial waste into valuable chemicals and materials. The development of artificial enzymes and living catalysts will open new frontiers in synthetic biology, potentially leading to the creation of self-replicating, self-repairing biocatalytic systems. This era will mark a significant step towards sustainable and eco-friendly manufacturing processes, leveraging biocatalysis to minimize environmental impact while maximizing efficiency and productivity.
Some interesting questions that has been asked about the results you have just received for Biocatalyst
What are related technologies to Biocatalyst?
Based on our calculations related technologies to Biocatalyst are Aromatics, Desiccants, Refrigerants, Resins, Green Chemistry
Who are Start-Ups in the field of Biocatalyst?
Which industries are mostly working on Biocatalyst?
The most represented industries which are working in Biocatalyst are Biotechnology, Science and Engineering, Commerce and Shopping, Health Care, Professional Services
How does ensun find these Biocatalyst Companies?
ensun uses an advanced search and ranking system capable of sifting through millions of companies and hundreds of millions of products and services to identify suitable matches. This is achieved by leveraging cutting-edge technologies, including Artificial Intelligence.
