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Titre : 3D Printing for Energy Applications Type de document : texte imprimé Auteurs : Mukesh Pandey, Auteur Editeur : TSP Publishing Année de publication : 2026 Importance : 228 p. Présentation : ill. couv. en coul. Format : 25x17.5 cm ISBN/ISSN/EAN : 978-99691-23104-- Prix : 31 000,00 DA Note générale : ASIN : 978-99691-23104
Publisher : TSP Publishing (Algérie)
Accessibility : Learn more
Publication date : 11 Mar. 2026
Edition : 1st
Language : English
page : 228 pLangues : Anglais (eng) Mots-clés : 3d Printing technology electrochemical solar cells piezoelectric ed batteries Index. décimale : 621.3 Résumé : Electronics products are becoming increasingly common in the digital age. Electronic items such as televisions, smartphones, computers, and gaming cabinets have drastically revolutionized the way people live, interact, and work over the last few decades. Demands for personalization and miniaturization in consumer items are two significant trends that pose technical problems in designing and manufacturing future electronic products.
Due to their effectiveness in permitting on-demand manufacture of highly customizable electronics on a broad range of conformal surfaces and substrates, 3D printed electronics have gotten much interest in recent years. This textbook explains 3D printed electronics, particularly energy devices, and provides readers with useful information. It does not necessitate any prior understanding of the subject on the part of the reader.
This book contains eight chapters. Each chapter of the book explains the fundamental concept regarding a particular topic.
Chapter 1 offers a detailed and thorough introduction of 3D printing technology, which contains additive manufacturing and its types along with its applications.
Chapter 2 gives information on the application of 3D printing technology.
Chapter 3 familiarizes the readers with the concept of Gas-Phase 3D printing of functional materials that contain a thorough background history so that readers can easily grasp these concepts.
Chapter 4 discusses the 3D printing technology for the solar cell, including photovoltaic cell, solar concentrators, three-dimensional printing, 3D printed solar cell and the Futuroscope.
3D printing, also called additive manufacturing, is a technique for layering a three-dimensional object employing a computer-generated design.
Chapter 5 thoroughly explains the 3D printed components for flexible supercapacitors along with their synthesis methods and characterization.
Chapter 6 provides a detailed explanation of three-dimensional printing of piezoelectric materials and their different types (ceramics, polymers, pottery polymers), plus the concept of poling is also explained in this chapter.
Chapter 7 focuses on the three-dimensional printing of rechargeable ED batteries and the required battery materials. The Li-based 3D-printed materials for REBs are also explained thoroughly to help readers understand the subject, ending with the applications.
Chapter 8 provides information about three-dimensional fuel cells, their efficiency, and future scope.
This book is an excellent resource for anyone attracted to energy 3D printing. The book is also a valuable textbook for graduate and undergraduate courses that seek to provide students with a complete understanding of 3D printed electronics foundations.
About the Author
Prof. Dr. Mukesh Pandey is a multi-skilled professional with around 30 years of rich exposure and versatile experience in industries, administration, academics, research domains and institution building.
He received his B.E. from SATI Vidisha, M.Tech. from N.I.T. Bhopal and Ph.D. from RGPV, Bhopal. He played an instrumental role in the establishment of Rajiv Gandhi Technical University Bhopal, Madhya Pradesh, since its inception in 1999.
He served as Rector (Pro Vice Chancellor), Director SOEEM and Dean of Faculty of Energy Technology. He also worked as Coordinator for establishing IIIT, Bhopal (under PPP Mode by MHRD).
He held various administrative positions as Director (R&D), Coordinator of RGPV-NBA Nodal Centre, Dy. Registrar, Member of Engineering Accreditation Evaluation Committee (EAEC) and Moderation Committee of NBA (National Board of Accreditation).
Professor Pandey works in the area of Renewable Energy and Environment, focusing on Solar Thermal Energy. He has developed an Energy Technology Park at RGPV, Bhopal, using renewable energy resources, including a Solar Rooftop Plant on a University Building, Energy Systems, Solar Thin Film Systems, Solar Wind Hybrid System, Bio-Diesel Reactor, CO2 Casa Sequestration Unit, Dual Rotor Wind Turbine, etc.
Professor Pandey has an iconic track record of quality teaching, innovation and research. He has been Principal Investigator of many government-funded projects by DST, MNRE, MPCST, AICTE, etc., including Principal Investigator of the Innovative & Breakthrough Technology-based 30KW CL-CSP SOLAR international R&D project (India-Japan Joint Venture Project) installed on the RGPV campus.
He has also served as a reviewer for many national and international journals of repute and has been associated with many academic and research organizations at various levels.
Over the past several years, he has taught M.Tech. and Ph.D. research scholars in the areas of Energy, Environment, Direct Energy Conversion and Integrated Energy Systems, and has been a keynote speaker and resource person at several international and national conferences and programmes.
Note de contenu : index 3D Printing for Energy Applications [texte imprimé] / Mukesh Pandey, Auteur . - Z.A. Ain Smara, N. 72 Unit 03 ,Constantine, 25000, Algérie : TSP Publishing, 2026 . - 228 p. : ill. couv. en coul. ; 25x17.5 cm.
ISBN : 978-99691-23104-- : 31 000,00 DA
ASIN : 978-99691-23104
Publisher : TSP Publishing (Algérie)
Accessibility : Learn more
Publication date : 11 Mar. 2026
Edition : 1st
Language : English
page : 228 p
Langues : Anglais (eng)
Mots-clés : 3d Printing technology electrochemical solar cells piezoelectric ed batteries Index. décimale : 621.3 Résumé : Electronics products are becoming increasingly common in the digital age. Electronic items such as televisions, smartphones, computers, and gaming cabinets have drastically revolutionized the way people live, interact, and work over the last few decades. Demands for personalization and miniaturization in consumer items are two significant trends that pose technical problems in designing and manufacturing future electronic products.
Due to their effectiveness in permitting on-demand manufacture of highly customizable electronics on a broad range of conformal surfaces and substrates, 3D printed electronics have gotten much interest in recent years. This textbook explains 3D printed electronics, particularly energy devices, and provides readers with useful information. It does not necessitate any prior understanding of the subject on the part of the reader.
This book contains eight chapters. Each chapter of the book explains the fundamental concept regarding a particular topic.
Chapter 1 offers a detailed and thorough introduction of 3D printing technology, which contains additive manufacturing and its types along with its applications.
Chapter 2 gives information on the application of 3D printing technology.
Chapter 3 familiarizes the readers with the concept of Gas-Phase 3D printing of functional materials that contain a thorough background history so that readers can easily grasp these concepts.
Chapter 4 discusses the 3D printing technology for the solar cell, including photovoltaic cell, solar concentrators, three-dimensional printing, 3D printed solar cell and the Futuroscope.
3D printing, also called additive manufacturing, is a technique for layering a three-dimensional object employing a computer-generated design.
Chapter 5 thoroughly explains the 3D printed components for flexible supercapacitors along with their synthesis methods and characterization.
Chapter 6 provides a detailed explanation of three-dimensional printing of piezoelectric materials and their different types (ceramics, polymers, pottery polymers), plus the concept of poling is also explained in this chapter.
Chapter 7 focuses on the three-dimensional printing of rechargeable ED batteries and the required battery materials. The Li-based 3D-printed materials for REBs are also explained thoroughly to help readers understand the subject, ending with the applications.
Chapter 8 provides information about three-dimensional fuel cells, their efficiency, and future scope.
This book is an excellent resource for anyone attracted to energy 3D printing. The book is also a valuable textbook for graduate and undergraduate courses that seek to provide students with a complete understanding of 3D printed electronics foundations.
About the Author
Prof. Dr. Mukesh Pandey is a multi-skilled professional with around 30 years of rich exposure and versatile experience in industries, administration, academics, research domains and institution building.
He received his B.E. from SATI Vidisha, M.Tech. from N.I.T. Bhopal and Ph.D. from RGPV, Bhopal. He played an instrumental role in the establishment of Rajiv Gandhi Technical University Bhopal, Madhya Pradesh, since its inception in 1999.
He served as Rector (Pro Vice Chancellor), Director SOEEM and Dean of Faculty of Energy Technology. He also worked as Coordinator for establishing IIIT, Bhopal (under PPP Mode by MHRD).
He held various administrative positions as Director (R&D), Coordinator of RGPV-NBA Nodal Centre, Dy. Registrar, Member of Engineering Accreditation Evaluation Committee (EAEC) and Moderation Committee of NBA (National Board of Accreditation).
Professor Pandey works in the area of Renewable Energy and Environment, focusing on Solar Thermal Energy. He has developed an Energy Technology Park at RGPV, Bhopal, using renewable energy resources, including a Solar Rooftop Plant on a University Building, Energy Systems, Solar Thin Film Systems, Solar Wind Hybrid System, Bio-Diesel Reactor, CO2 Casa Sequestration Unit, Dual Rotor Wind Turbine, etc.
Professor Pandey has an iconic track record of quality teaching, innovation and research. He has been Principal Investigator of many government-funded projects by DST, MNRE, MPCST, AICTE, etc., including Principal Investigator of the Innovative & Breakthrough Technology-based 30KW CL-CSP SOLAR international R&D project (India-Japan Joint Venture Project) installed on the RGPV campus.
He has also served as a reviewer for many national and international journals of repute and has been associated with many academic and research organizations at various levels.
Over the past several years, he has taught M.Tech. and Ph.D. research scholars in the areas of Energy, Environment, Direct Energy Conversion and Integrated Energy Systems, and has been a keynote speaker and resource person at several international and national conferences and programmes.
Note de contenu : index Exemplaires (1)
Code-barres Cote Support Localisation Section Disponibilité ST18692 621.3-41.1 Ouvrage Faculté des Sciences et de la Technologie 600 - Technologie (Sciences appliquées) Exclu du prêt
Titre : 5G and 6G Communication Technologies Type de document : texte imprimé Auteurs : Zoran Gacovski, Auteur Editeur : TSP Publishing Année de publication : 2026 Importance : 413 p. Présentation : ill. couv. en Bleu Format : 22x16.5 cm ISBN/ISSN/EAN : 978-99691-22442-- Prix : 34 400,00 DA Note générale : ISBN : 978-9969122442, 1774691825
Nombre de pages : 435
Publication : décembre 2026
Format : Reliure occidentale
Éditeur : TSP Publishing
Langue : Anglais
Éditeur : Zoran Gacovski
Item Weight : 1.6 pounds
Dimensions : 6.25 x 1.25 x 9.25 inchesLangues : Anglais (eng) Mots-clés : telecommunication antenne:mobil 5g wireless wifi huawei scenarios Index. décimale : 621.38 Résumé : This book covers different topics from 5G and 6G mobile technologies, including: telecommunication, antenna and bandwidth aspects of 5G, business solutions enabled by 5G technology, different application scenarios of 5G, and topics from the 6G technology. Section 1 focuses on telecommunication, antenna and bandwidth aspects of 5G, describing mobile communication through 5G technology, a review in the core technologies of 5G: device-to-device communication, multi-access edge computing and network function virtualization, design of a multiband patch antenna for 5G communication systems, wideband reconfigurable millimeter-wave linear array antenna using liquid crystal for 5G networks, and FBMC vs OFDM waveform contenders for 5G wireless communication system. Section 2 focuses on business solutions enabled by 5G technology, describing the roles of 5G mobile broadband in the development of IoT, big data, cloud and SDN, planning and profit sharing in overlay Wi-Fi and LTE systems toward 5G networks, construction of enterprise 5G business ecosystem - case study of Huawei, and 5G new radio prototype implementation based on SDR. Section 3 focuses on different application scenarios of 5G, describing the prospect of 5G technology applied to distance medical education and clinical practice, research on the innovation path of logistics formats based on 5G technology, limiting energy consumption by decreasing packets retransmissions in 5G network, effective packet number for 5G IM WeChat application at early stage traffic classification, and software defined network (SDN) and OpenFlow protocol in 5G network. Section 4 focuses on topics from the 6G technology, describing the shift to 6G communications: vision and requirements, a semi-dynamic bidirectional clustering algorithm for downlink cell-free massive distributed antenna system, resource allocation for SWIPT systems with nonlinear energy harvesting model, and a resource allocation scheme with delay optimization considering mmWave wireless networks. Note de contenu : index 5G and 6G Communication Technologies [texte imprimé] / Zoran Gacovski, Auteur . - Z.A. Ain Smara, N. 72 Unit 03 ,Constantine, 25000, Algérie : TSP Publishing, 2026 . - 413 p. : ill. couv. en Bleu ; 22x16.5 cm.
ISBN : 978-99691-22442-- : 34 400,00 DA
ISBN : 978-9969122442, 1774691825
Nombre de pages : 435
Publication : décembre 2026
Format : Reliure occidentale
Éditeur : TSP Publishing
Langue : Anglais
Éditeur : Zoran Gacovski
Item Weight : 1.6 pounds
Dimensions : 6.25 x 1.25 x 9.25 inches
Langues : Anglais (eng)
Mots-clés : telecommunication antenne:mobil 5g wireless wifi huawei scenarios Index. décimale : 621.38 Résumé : This book covers different topics from 5G and 6G mobile technologies, including: telecommunication, antenna and bandwidth aspects of 5G, business solutions enabled by 5G technology, different application scenarios of 5G, and topics from the 6G technology. Section 1 focuses on telecommunication, antenna and bandwidth aspects of 5G, describing mobile communication through 5G technology, a review in the core technologies of 5G: device-to-device communication, multi-access edge computing and network function virtualization, design of a multiband patch antenna for 5G communication systems, wideband reconfigurable millimeter-wave linear array antenna using liquid crystal for 5G networks, and FBMC vs OFDM waveform contenders for 5G wireless communication system. Section 2 focuses on business solutions enabled by 5G technology, describing the roles of 5G mobile broadband in the development of IoT, big data, cloud and SDN, planning and profit sharing in overlay Wi-Fi and LTE systems toward 5G networks, construction of enterprise 5G business ecosystem - case study of Huawei, and 5G new radio prototype implementation based on SDR. Section 3 focuses on different application scenarios of 5G, describing the prospect of 5G technology applied to distance medical education and clinical practice, research on the innovation path of logistics formats based on 5G technology, limiting energy consumption by decreasing packets retransmissions in 5G network, effective packet number for 5G IM WeChat application at early stage traffic classification, and software defined network (SDN) and OpenFlow protocol in 5G network. Section 4 focuses on topics from the 6G technology, describing the shift to 6G communications: vision and requirements, a semi-dynamic bidirectional clustering algorithm for downlink cell-free massive distributed antenna system, resource allocation for SWIPT systems with nonlinear energy harvesting model, and a resource allocation scheme with delay optimization considering mmWave wireless networks. Note de contenu : index Exemplaires (1)
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Titre : Advanced Materials in Automotive Engineering Type de document : texte imprimé Auteurs : Wilson Wagner, Auteur Editeur : TSP Publishing Année de publication : 2026 Importance : 296 p. Présentation : ill. couv. en Rouge Format : 25x17.5 cm ISBN/ISSN/EAN : 9799969122961 Prix : 27 500,00 DA Note générale : Publisher : TSP Publishing (Algérie)
Publication date : 21 Feb. 2026
Language : English
Print length : 360 pages
ISBN-10 : -
ISBN-13 : 979-9969122961
Item weight : 215 g
Dimensions : 17.5 x 2.54 x 25 cmLangues : Anglais (eng) Mots-clés : automotive automotive controller area carbon nanoutubes diffuse sound glass filled fiber reinforced Index. décimale : 629.2 Véhicules-Automobiles-Mécanique & Électronique Résumé : The automotive industry is the third most important consuming sector of polymers after packaging and building & construction. Therefore, changes in the material usage can have major implications on polymer demand and the financial performance of polymer producers. New automotive manufacturing technologies have emerged over the years, and they are used in increasingly innovative ways. Fuel economy requirements, emissions regulations, and the push for energy independence are key factors driving the auto industry to increase vehicle efficiency. The main avenues to efficiency improvement are powertrain enhancements and mass reduction. All material industries, plastics and polymer composites, as well as steel, aluminum, and magnesium, are operating to respond to the automotive industry's changing needs. Improved materials and materials processing can and must play a large role in generating productive and effective responses to the forces that will drive the automotive industry in the future.
The book contains up-to-date information for field experts around the globe on the introduction and application of modern materials in the automotive industry. The automotive composite materials are used in various automotive components such as bumpers, seating, dashboards, internal and external trims. The careful selection of these automotive materials enables designers to improve durability, meet load-bearing requirements, and achieve reduction in vehicle weight. Therefore, research and development into lightweight materials is essential for lowering their cost, increasing their ability to be recycled, enabling their integration into vehicles, and maximizing their fuel economy benefits. Light weighting without loss of strength and speed properties is the present, and the future, of the automotive manufacturing industry. It brings innovative materials to the frontline of design. The book discusses the future utilization of materials as evident from trends, opportunities arising from developments in materials technology, and also the possible effect of legislation.
Wilson Wagner is a professor in the Department of Mechanical Engineering. He has published numerous research papers and articles on fluid dynamics, finite volume method, and fluid hydrodynamics. His expertise includes fluid dynamics and fluid hydrodynamics. He is author and co-author of more than 30 works in national and international journals, conference proceedings and book chapters.
Note de contenu : index Advanced Materials in Automotive Engineering [texte imprimé] / Wilson Wagner, Auteur . - Z.A. Ain Smara, N. 72 Unit 03 ,Constantine, 25000, Algérie : TSP Publishing, 2026 . - 296 p. : ill. couv. en Rouge ; 25x17.5 cm.
ISSN : 9799969122961 : 27 500,00 DA
Publisher : TSP Publishing (Algérie)
Publication date : 21 Feb. 2026
Language : English
Print length : 360 pages
ISBN-10 : -
ISBN-13 : 979-9969122961
Item weight : 215 g
Dimensions : 17.5 x 2.54 x 25 cm
Langues : Anglais (eng)
Mots-clés : automotive automotive controller area carbon nanoutubes diffuse sound glass filled fiber reinforced Index. décimale : 629.2 Véhicules-Automobiles-Mécanique & Électronique Résumé : The automotive industry is the third most important consuming sector of polymers after packaging and building & construction. Therefore, changes in the material usage can have major implications on polymer demand and the financial performance of polymer producers. New automotive manufacturing technologies have emerged over the years, and they are used in increasingly innovative ways. Fuel economy requirements, emissions regulations, and the push for energy independence are key factors driving the auto industry to increase vehicle efficiency. The main avenues to efficiency improvement are powertrain enhancements and mass reduction. All material industries, plastics and polymer composites, as well as steel, aluminum, and magnesium, are operating to respond to the automotive industry's changing needs. Improved materials and materials processing can and must play a large role in generating productive and effective responses to the forces that will drive the automotive industry in the future.
The book contains up-to-date information for field experts around the globe on the introduction and application of modern materials in the automotive industry. The automotive composite materials are used in various automotive components such as bumpers, seating, dashboards, internal and external trims. The careful selection of these automotive materials enables designers to improve durability, meet load-bearing requirements, and achieve reduction in vehicle weight. Therefore, research and development into lightweight materials is essential for lowering their cost, increasing their ability to be recycled, enabling their integration into vehicles, and maximizing their fuel economy benefits. Light weighting without loss of strength and speed properties is the present, and the future, of the automotive manufacturing industry. It brings innovative materials to the frontline of design. The book discusses the future utilization of materials as evident from trends, opportunities arising from developments in materials technology, and also the possible effect of legislation.
Wilson Wagner is a professor in the Department of Mechanical Engineering. He has published numerous research papers and articles on fluid dynamics, finite volume method, and fluid hydrodynamics. His expertise includes fluid dynamics and fluid hydrodynamics. He is author and co-author of more than 30 works in national and international journals, conference proceedings and book chapters.
Note de contenu : index Exemplaires (1)
Code-barres Cote Support Localisation Section Disponibilité ST18696 629.2-13.1 Ouvrage Faculté des Sciences et de la Technologie 600 - Technologie (Sciences appliquées) Exclu du prêt
Titre : Advanced Photovoltaic Materials Type de document : texte imprimé Auteurs : Dharani Sabba, Auteur Editeur : TSP Publishing Année de publication : 2026 Importance : 373 p. Présentation : ill. couv. en coul. Format : 24x19 cm ISBN/ISSN/EAN : 978-99691-22558-- Prix : 170.00 € Note générale : ISBN : 978-99691-22558,
Nombre de pages : 401
Publication : 2026
Format : Reliure occidentale
Éditeur : TSP Publishing (Algérie)
Langue : Anglais
Éditeur : Dharani Sabba
Langues : Anglais (eng) Mots-clés : photovoltaic hybrid sensitized solar thin films solar electrodeposited polymer solar Index. décimale : 621.04 Energie Renouvelable Résumé : Advanced Photovoltaic Materials discusses the development of photovoltaic materials from very beginning to till date. The book discusses topics like nanoparticles, perovskite photovoltaic cells, Spectroscopic Ellipsometry Analysis, Electrodeposition, and developments made in these fields over the past years.
The latest developments and innovations are discussed in detail to keep readers up to date. Developments in the field of graphene: its current status and future impact, embedded nanoparticle surface and its effect on plasmonic organic photovoltaic devices. Further advanced light management techniques for solar cells are described in detail.
Note de contenu : index Advanced Photovoltaic Materials [texte imprimé] / Dharani Sabba, Auteur . - Z.A. Ain Smara, N. 72 Unit 03 ,Constantine, 25000, Algérie : TSP Publishing, 2026 . - 373 p. : ill. couv. en coul. ; 24x19 cm.
ISBN : 978-99691-22558-- : 170.00 €
ISBN : 978-99691-22558,
Nombre de pages : 401
Publication : 2026
Format : Reliure occidentale
Éditeur : TSP Publishing (Algérie)
Langue : Anglais
Éditeur : Dharani Sabba
Langues : Anglais (eng)
Mots-clés : photovoltaic hybrid sensitized solar thin films solar electrodeposited polymer solar Index. décimale : 621.04 Energie Renouvelable Résumé : Advanced Photovoltaic Materials discusses the development of photovoltaic materials from very beginning to till date. The book discusses topics like nanoparticles, perovskite photovoltaic cells, Spectroscopic Ellipsometry Analysis, Electrodeposition, and developments made in these fields over the past years.
The latest developments and innovations are discussed in detail to keep readers up to date. Developments in the field of graphene: its current status and future impact, embedded nanoparticle surface and its effect on plasmonic organic photovoltaic devices. Further advanced light management techniques for solar cells are described in detail.
Note de contenu : index Exemplaires (1)
Code-barres Cote Support Localisation Section Disponibilité ST18679 621.04-25.1 Ouvrage Faculté des Sciences et de la Technologie 600 - Technologie (Sciences appliquées) Exclu du prêt
Titre : Advances in Bioprocess Technology Type de document : texte imprimé Auteurs : Preethi Kartan, Auteur Editeur : TSP Publishing Année de publication : 2026 Importance : 337 p. Présentation : ill. couv. en noir Format : 25x17.5 cm ISBN/ISSN/EAN : 978-99691-23043-- Prix : 164.00 € Note générale : Publisher : Delve Publishing
Publication date : 1 Nov. 2017
Language : English
Print length : 357 pages
ISBN-10 : 1773611054
ISBN-13 : 978-1773611051
Item weight : 820 g
Dimensions : 15.24 x 22.86 cmLangues : Anglais (eng) Mots-clés : Bioprocess Technology biofuel production genetic modilifications carbon dioxide bioethanol nutrient microbial fuel cells Index. décimale : 660 Génie chimique technologies connexes Résumé : Bioprocess technology is based on the principle engineering of biochemical processes on a technical scale. It involves the usage of biological entities like bacteria, algae etc., or their components (eg. enzymes) to carry out a specific process for commercial, therapeutic or scientific reasons. With the advent of civilization, bioprocesses have been used to produce fermented foods and alcoholic beverages through fermentation. Modern bioprocess deals with the design and development of equipment and processes for the manufacturing of products such as food and agricultural, pharmaceutical, functional foods, chemicals, fuel from biological materials and the treatment of waste water effluents.Microorganisms have the ability to adopt their cells in the presence of any particular element in a medium over a period of time. Bioprocesses include several different units to provide a near optimal environment which is desired for the growth and multiplication of the microorganisms, and produce a desired product. The bioprocess production has two fundamental units (1) Upstream processing (2) Downstream processing. Upstream process is defined as the growth of microorganism on a desired substrate required to produce metabolic products involving a series of procedures like cell line selection, culture media, growth parameters, and process optimization. Downstream processing includes further steps required to purify a biological product from cell culture broth to purified final product for end use.A current expansion of molecular biology is crucial to world-wide interest in biotechnology. Scientific breakthroughs in gene expression, protein engineering and automated technologies have rendered strength to biotechnology industry to produce innovative products and services that will improve the quality of human life.Even pharmaceuticals are changing their ways from traditional chemical synthesis to biologics (bio manufacturing).Global energy and environmental problems have also stimulated researchers to develop methods which aim towards using lesser energy and maximum output.The breakthrough in the manufacturing platform for bio-products is expected to significantly reduce the time from the lab to the production, and also increases the production of diverse products in large volume, at reduced cost with acceptable purity.The chapter will collect a summarybased on literature in peer-reviewed journals and on companies own publications available on the Internet. It will review details of a few of the key advances and emerging trends in the bioprocessing industry which have greater adoption and potential.
Biographie de l'auteur
Preethi is a postgraduate in Biotechnology from University of Leeds, UK. She is currently working as a Scientific Associate at one of the CRO's in India and her interest lie in life sciences related writing.Note de contenu : index Advances in Bioprocess Technology [texte imprimé] / Preethi Kartan, Auteur . - Z.A. Ain Smara, N. 72 Unit 03 ,Constantine, 25000, Algérie : TSP Publishing, 2026 . - 337 p. : ill. couv. en noir ; 25x17.5 cm.
ISBN : 978-99691-23043-- : 164.00 €
Publisher : Delve Publishing
Publication date : 1 Nov. 2017
Language : English
Print length : 357 pages
ISBN-10 : 1773611054
ISBN-13 : 978-1773611051
Item weight : 820 g
Dimensions : 15.24 x 22.86 cm
Langues : Anglais (eng)
Mots-clés : Bioprocess Technology biofuel production genetic modilifications carbon dioxide bioethanol nutrient microbial fuel cells Index. décimale : 660 Génie chimique technologies connexes Résumé : Bioprocess technology is based on the principle engineering of biochemical processes on a technical scale. It involves the usage of biological entities like bacteria, algae etc., or their components (eg. enzymes) to carry out a specific process for commercial, therapeutic or scientific reasons. With the advent of civilization, bioprocesses have been used to produce fermented foods and alcoholic beverages through fermentation. Modern bioprocess deals with the design and development of equipment and processes for the manufacturing of products such as food and agricultural, pharmaceutical, functional foods, chemicals, fuel from biological materials and the treatment of waste water effluents.Microorganisms have the ability to adopt their cells in the presence of any particular element in a medium over a period of time. Bioprocesses include several different units to provide a near optimal environment which is desired for the growth and multiplication of the microorganisms, and produce a desired product. The bioprocess production has two fundamental units (1) Upstream processing (2) Downstream processing. Upstream process is defined as the growth of microorganism on a desired substrate required to produce metabolic products involving a series of procedures like cell line selection, culture media, growth parameters, and process optimization. Downstream processing includes further steps required to purify a biological product from cell culture broth to purified final product for end use.A current expansion of molecular biology is crucial to world-wide interest in biotechnology. Scientific breakthroughs in gene expression, protein engineering and automated technologies have rendered strength to biotechnology industry to produce innovative products and services that will improve the quality of human life.Even pharmaceuticals are changing their ways from traditional chemical synthesis to biologics (bio manufacturing).Global energy and environmental problems have also stimulated researchers to develop methods which aim towards using lesser energy and maximum output.The breakthrough in the manufacturing platform for bio-products is expected to significantly reduce the time from the lab to the production, and also increases the production of diverse products in large volume, at reduced cost with acceptable purity.The chapter will collect a summarybased on literature in peer-reviewed journals and on companies own publications available on the Internet. It will review details of a few of the key advances and emerging trends in the bioprocessing industry which have greater adoption and potential.
Biographie de l'auteur
Preethi is a postgraduate in Biotechnology from University of Leeds, UK. She is currently working as a Scientific Associate at one of the CRO's in India and her interest lie in life sciences related writing.Note de contenu : index Exemplaires (1)
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