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Green Microbial Nanotechnology for
Biomedical Applications

Green Microbial Nanotechnology for Biomedical Applications

New and Future Developments in Microbial Biotechnology and Bioengineering

Plastic is omnipresent in our daily lives. But the companies that make it-petrochemical companies which are often subsidiaries of Big Oil like ExxonMobil and Dow Chemical-seem to be hiding in plain sight. Because for all the vivid coverage of where plastic ends up, there is remarkably little discussion of where it comes from. Through a mix of investigative deep dive and vivid character-driven storytelling, Plastic Inc for the first time tells the story of a vast, rapacious industry that, despite public opinion universally calling for less waste and fossil fuel emissions, is preparing to double and eventually triple plastic production by 2050. Award-winning journalist Beth Gardiner gives readers an up-close look at the plastic industry's relentless growth, its manipulation of culture and governments, its extraordinary profits, its toxic pollution and its pivotal role in exacerbating climate change. That for decades Big Oil's masterplan has been to grow plastics in the face of diminishing demand for fossil fuels in a post oil and gas world. Every chapter in Plastic Inc brings new revelations, including: How Big Oil invented the idea of recycling in order to produce more plastic, aware that recycling at scale would never work.How Big Oil created and funded litter campaigns in the 1970s to push responsibility onto the consumer, and away from the producersHow microplastics are becoming a huge public health crisisHow Big oil colludes with US lobby groups and ploughs huge resource into preventing even the smallest town-wide ban on plastic bags or take away containers. The stories in Plastic Inc will reframe for readers a problem many of us think we understand, but which has deeper roots and a more complex future than we can have possibly imagined.

Big Oil, Big Money and The Plan To Trash Our Future

Plastic Inc

Ozone Gas Sensing Technologies: Innovations and Challenges serves as a comprehensive guide to ozone gas sensors, exploring their critical role in environmental preservation, industrial safety, and healthcare applications. From the fundamental principles of ozone gas detection to the latest advances in sensor technology, this book presents a comprehensive and accessible account of the field for researchers, students and industry experts. Across fifteen chapters, readers will uncover a diverse array of ozone gas sensor types, including electrochemical, semiconductor, optical, and catalytic sensors, each offering their own specific advantages and challenges. Calibration methods and precision in measurements are examined to ensure accurate and reliable ozone detection. While detailing recent advances and successes, this book also addresses challenges and limitations in ozone gas sensing, such as interference and cross-sensitivity issues, opening the door for future improvements. Emphasizing practicality, the book equips industry professionals and researchers alike with valuable insights into designing and deploying effective ozone gas monitoring systems, making it an essential resource for anyone working in the field of ozone sensing. From environmental monitoring and air quality control to industrial processes and indoor air quality, this book sheds light on a wide range of applications where ozone gas sensors can play a pivotal role. As the world moves towards smart cities and sustainable living, this book explores emerging trends and the potential of ozone gas sensing technologies in shaping a greener future and will be an excellent guide to policy makers and any researchers working in towards more sustainable technologies.

Innovations and Challenges

Ozone Gas Sensing Technologies

Microfluidics for Chemical Engineering: Flow and Reaction, Microreaction, On-line Detection, and Product Engineering presents the fundamentals of microfluidic flow and dispersion and provides new insights on the use of microfluidics in the field of chemical engineering. The book provides a timely, comprehensive, and detailed overview, demonstrating this state-of-the-art methodology, research advances, and classic instances, and providing insightful, forward-looking perspectives. Content ranges from flow and dispersion in microfluidics, microreaction regulation via the coalesce and transfer of droplets, to product engineering regarding controllable fabrication of microparticles and microfibers with advanced functions. The chapters clearly summarize the design concepts and general strategies involved as well as the involved mechanisms and classic instances. Instructive advice is also featured throughout on rational regulation of multiphase flows and interfaces in microfluidics, thus offering guidance for process intensification of chemical engineering. It is primarily written for advanced graduate/postdoc students and researchers chemical engineering, but with relevance to materials scientists, physical and materials (including polymer) chemists, physicists, biochemists, as well as pharmaceutical and biomedical scientists.

Multiphase Flow and Dispersion, Microreaction and Product Engineering

Microfluidics in Chemical Engineering

Metals and Alloys

The technology of ironmaking is central to the production of steel. Offering a comprehensive approach, Blast Furnace Ironmaking provides insight into and guidance for understanding the use of blast furnace processes in this complex field of metallurgy.· Discusses key topics in the ironmaking process and underlying principles.· Describes appropriate agglomeration technologies and explains why, how, and where these processes add value to the iron- and steelmaking industries.· Features material-specific case studies and addresses real-world problems and how to tackle them.· Examines various methodologies for effective operation of the blast furnace and the control of variables to achieve greater productivity and increasing fuel efficiency.Aimed at advanced students in metallurgical engineering, as well as process technologists and R&amp;D professionals, the book delivers best practices and future perspectives to assist in advancing technological innovations in the field of ferrous extraction.

Blast Furnace Ironmaking

Life Cycle Assessment of Waste and Water Systems

Analytical instrumentation used within regulated analytical laboratories is computerized either via firmware inside the instrument or via a PC workstation with control and application software installed on it. Qualification and validation are typically considered as separate activities with little if any interaction between the two disciplines. The major problem is that you cannot validate the computer system without qualifying the instrument and vice versa. The use of separate approaches impacts the resources needed to establish regulatory compliance. An integrated approach will enable a more efficient and effective use of such resources. This book is based upon a successful two part workshop given by the authors that will address these concerns.

Analytical instrumentation used within regulated analytical laboratories is computerized either via firmware inside the instrument or via a PC workstation with control and application software installed on it. Qualification and validation are typically considered as separate activities with little if any interaction between the two disciplines. The major problem is that you cannot validate the computer system without qualifying the instrument and vice versa. The use of separate approaches impacts the resources needed to establish regulatory compliance. An integrated approach will enable a more efficient and effective use of such resources. This book is based upon a successful two part workshop given by the authors that will address these concerns.

An Integrated Approach to Analytical Instrument Qualification and Computerised System Validation in Analytical Laboratories

Rules of Thumb for Pipes and Pipelines

Fluidization Processes - Design and Operation

IEEE Press Power and Energy Systems

"A work that not only delves into the technical intricacies of working on and around electrical systems but also underscores the importance of fostering a foundational culture of safety across all workplace organizations. In today's dynamic landscape, where innovation and significant risks coexist, Lanny's deep insights will undoubtedly empower readers to navigate the complexities of electrical safety and indeed overall safety managed systems with confidence and competence." Mike Doherty, CUSP, IEEE Senior Member, past chair CSA Standard Z462, Workplace Electrical Safety Improve electrical safety in the workplace with this essential overview Electrical safety is vital for any workplace. Electrical hazards and workplace electrical injuries can be avoided through the rigorous implementation of safety standards and practices, such as those catalogued in Hidden Risk in Occupational Electrical Safety. Originating from the revolutionary breakthrough which began at DuPont global operations in the 1980s, and which has continued to see progress in risk reduction and the emergence of a zero-fatality electrical safety program, this book outlines concrete steps which can improve system safety in workplaces of any kind. With detailed discussions of statistical data and its role in helping organizations understand and manage risk of electrical accidents, it's a must-own for electrical safety professionals looking to capitalize on a revolution in workplace safety. Readers will also find: <ul> <li>A unique combination of research into management commitment workplace behavior and engineering experience in the area of high-risk hazards</li> <li>Detailed discussion of "hidden" injuries such as neurological, psychological, and other lingering impacts of otherwise "invisible" electrical injury</li> <li>Concrete tools for minimizing worker exposure to electrical hazards and the most effective measures in ensuring worker safety</li> </ul> Hidden Risk in Occupational Electrical Safety is ideal for electrical safety professionals and other decision-makers who take on the responsibility for occupational electrical safety within their organizations.

Through the Lens of System Safety

Hidden Risk in Occupational Electrical Safety

Integrating AR/VR in Computing and Medical Crisis Management

Virtual Reality, Real Emergency

Plastic is omnipresent in our daily lives. But despite our distress at using it everyday, we often feel powerless to escape it. Because for all the vivid coverage of where plastic ends up, there is remarkably little discussion of where it comes from. Through a shocking investigative deep dive and vivid character-driven storytelling, in Plastic Inc, Beth Gardner tells the story of a vast, rapacious industry hiding in plain sight. From the Gulf Coast of Texas to the rural towns of Indonesia, from the boardrooms to the rubbish dumps, Gardner lifts the rug on the petrochemical companies that make plastics, and reveals the disturbing truth of their origins. For decades Big Oil's masterplan has been to grow plastics in the face of diminishing demand for fossil fuels, and - despite public opinion's call to reduce waste - is preparing to double and eventually triple plastic production by 2050. Gardiner's expose gives readers an up-close look at how the plastics industry has bullied its way into our lives and the global economy. We learn that Big Oil invented the idea of recycling in order to produce more plastic. It funded litter campaigns in order to push responsibility for waste onto the consumer, and put huge resources into fighting plastic bag bans across the US. And with microplastics becoming a huge public health crisis, Big Oil has finally not only forced plastic into our lives but into our bodies too. Plastic Inc is an extraordinary exposé of an industry that will stop at nothing to propel its own greed.

Application in Energy, Chemical, and Environment

Handbook of Metal Alloy Catalysts

Green Microbial Nanotechnology for Biomedical Applications

Weitere Titel zum Thema