Synthetic biology is a rapidly emerging field that applies science and engineering principles to biology, resulting in the design and fabrication of biological components and systems that do not already exist in the natural world. Synthetic biology is used in numerous fields such as biotechnology, chemical, biological and molecular engineering. Many new food products, agricultural actives, cosmetic ingredients, and human microbiome products are on the forefront of development that improve health and, in many circumstances, reduce carbon emissions impacting climate change. The term “biofuel” refers to solid, liquid, or gaseous fuel produced through some contemporary biological process. Biofuels replace petroleum, gasoline, and diesel. Synthetic biology provides scientists with a path towards rapid development of these renewable fuels via biological systems. Synthetic biology has developed rapidly over the last decade with many highly efficient and practical synthetic biology tools being developed and applied to biofuel development that can significantly reduce carbon emissions. Our subject matter experts have both the fermentation experience and downstream process experience to guide clients through pilot, to demonstration, to commercial processes and products.
Synthetic Biology Commercialization is an interdisciplinary area which focuses on planning and strategy thru commercialization is the study to build newly developed biological systems, with the focus on taking parts of natural biological systems, cataloguing, characterizing and simplifying them, and then using them as components of some engineered biological system. So, while industrial biotechnology provides tools to enhance the natural mechanisms of biological processes that produce enzymes, chemicals, polymers, or everyday products like vitamins and fuel, synthetic biology might be used to identify and catalog standardized genomic parts used to build new biological systems, or to engineer microbes to produce the enzymes to perform complex multistep production of natural products.
As synthetic biology is often a combination of biological and chemical components, the synthetic biology team must have both backgrounds, together with engineers who can design and build the systems.
With over 150 experts worldwide, Lee Enterprises Consulting has experts in many specific clean and renewable areas. In addition to our expert in broader fields such as renewable fuels, activated carbon, advanced biomaterials, ag biotech, agricultural waste, biomass technologies, emerging renewable technologies, energy markets, forestry biomass, municipal solid waste, nutraceuticals, plastics, organic synthesis, renewable power generation, renewable technologies, pulp & paper, synthetic biology, waste to energy, and anaerobic biogas, we also have experts in very specific areas such as animal foods, bio based chemicals, bio fabricated proteins, biopharmaceuticals, carbon capture, cell based meats, cogeneration, combined heat power, fischer tropsch, , fungal bioproducts, good manufacturing processes, green diesel, hydrocolloids, low carbon fuel standards, methane, pcqi, producer gas, renewable electricity, renewable financing, renewable hydrogen, renewable natural gas, rins, sewage treatment, soil amendments, solid state fermentation, and syngas.
Look at our experts and the services we provide. Most of our experts are also available to advise and serve as expert witnesses in bioeconomy litigation matters. For the larger projects, we specialize in putting together full service, interdisciplinary teams with one point of contact. See video about LEC here. Call us at 1+ (501) 833-8511 or email us for more information. See also: Techno-Economic Analysis: Synthetic Biology