TENGENA employs its proprietary nanomaterials platform to optimize and design custom nanomaterials, working with an expansive list of noble, alloy, and compound metals, allowing our customers to rely on us no matter how much nanomaterial expertise they have coming into our partnership. We keep all candidate materials, coming out of our company, confidential to the specific project they were designed for. During discovery, we will discuss primary project goals and create the path of testing commercially available options, optimizing materials to meet their specific product requirements. Quality and consistency during production is paramount. Our specialized in-house team will ensure both timely and accurate results, quality, cost, and timeline parameters.
TENGENA implies alternate renewable sources of coupling plasma on catalyst and catalyst on plasma in a pilot-scale device, capable to produce nanoparticles from any noble, alloy, and compound metals over the different interface substrates and fluid systems. Our team implies ultra-fast one pot reproducible reactions with adapted power sources to synthesize the highly concentrated variable size NPs over the large volume that does not require use of solvents over the clean process. Our method possesses an important advantage of green nanotechnology, such as the unnecessity of using reducing agents, the simplicity of its experimental design, and the continuous synthesis during plasma excitation with minimal waste production as compared to traditional wet chemistry synthesis techniques.
TENGENA embody and inspire change that is focused on production of nanofluids and multifunctional nanocomposite systems. The common laboratory-scale methods, which introduce the nanoparticles as additives to already existing formulations of fluids available, impart the value addition, utilize a lot of energy, and increase the cost of specific industrial applications. The usage of stabilizers, dispersants or employment of ultrasonication, hydrodynamic cavitation, mechanical stirring, and homogenization, are the biggest challenge that requires serious skills and understanding of nanofluids behavior. Our one-step method synthesizes long-term conventional and hybrid nanofluids with stable thermophysical properties, and proves to be reusable, convenient for successful industrial utilization.
TENGENA focuses on the development of different plasmonic biosensing materials with improved performance based on their unique properties, high surface area-to-volume ratios, which facilitate the biochemical analyte capturing and signal amplification, necessary for localized surface plasmon resonance, surface-enhanced Raman spectroscopy, fluorescence enhancement, plasmon and colorimetry quenching. Using our alternate plasma scale treatment with a strong electric field, we can achieve the reduction, deposition, and decomposition of active components, different types of nucleation, and crystal growth of catalytic materials. Compared to conventional thermal methods, this plasma process produces smaller particle sizes over enhanced activity and stability.
TENGENA engineering design and analysis experts provide solutions in partnership with world and national recognized facilities, managing and coordinating product assembly in order to bring the increased quality, speed, accuracy, and precision to industrial processes ranging from the simplest to most complex. Our team has expertise in the areas of consumer electronics, medical devices, assembly and fabrication, metal and special purpose machining, injection molding, sheet metal design, composites, CNC machining, rapid prototyping and structural design, and other manufacturing industries for more than 20 years. We support our clients with various levels of pilot production for nanomaterial, nanodevices, and inline systems prototyping and qualification, up through and including, industrial scale manufacturing, based on their commercialization needs. The design of our production methods and systems allows us to scale-up, scale-down and rapidly reset between manufacturing runs to ensure we can meet their requirements at every stage.
TENGENA implies alternate renewable sources of coupling plasma on catalyst and catalyst on plasma in a pilot-scale device, capable to produce nanoparticles from any noble, alloy, and compound metals over the different interface substrates and fluid systems. Our team implies ultra-fast one pot reproducible reactions with adapted power sources to synthesize the highly concentrated variable size NPs over the large volume that does not require use of clean process solvents.
TENGENA has expertise in multi-discipline design engineering and implementation consultancy, providing mechanical and electrical services for the past few decades. The goal of our technical expertise is to improve the clients’ manufacturing processes, increase efficiency, and improve safety. Our crafting experience stands the test of time and efficiency in power and emergency distribution systems recognized at national institutional standards.
TENGENA prioritizes the process of final product delivery through building and assembly individual components in order to create a final product that meets customer's requirements for each design or production line control. Our team defines pitfalls in the existing manufacturing processes, determine requirements for new processes or equipment, troubleshooting, and implement improvements in partnership with designated industrial components which can be custom-built.
TENGENA specializes in the intelligent manufacturing and primarily engage in the products’ architectural design, testing, and execution. By embracing an incremental approach, we evaluate interface between applications and modules and identify any communication flaws. Our team goal is to handle all challenging implementation obstacles and implies methodology that focuses on reducing time-to-market and production costs.
TENGENA services new applications as well as re-commissioning services, including functional tests and on-site configuration of electrical, telecommunications and automation components through full equipment completion, commissioning, and start-up. Our advanced expertise in facility services and operations, building systems and management analysis, identify opportunities for integrated processes and proper allocation of financial resources.
TENGENA applies its experience in metal processing for complex part and comprehensive manufacturing, including material characterization and application, process development, reverse engineering, post processing, final machining, and inspection. Moving from transformative concept design to conventional production, our additive manufacturing oversees the combination of process types and variables to yield the highest quality in fabricated product.
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