Sustainable Horticultural Waste Management: Industrial and Environmental Perspective

Horticultural crops are highly nutritious and shared lion portion of our daily diet. These items are consumed in different ways according to their nature and processing processes. These days, a crucial concerning issue is arising globally to ensure nutrition security for huge population that leads to focus on production increase, quality improvement, food safety assurance, and processing strategies. Consequently, a large amount of waste generates in the processing industries, household kitchen, and supply chain of horticultural commodities that has led to a significant nutrition and economic loss, consequently creating environment pollution with extensive burden of landfills. However, these wastes showed magnificent potentiality of re-utilization in several industries owing to as rich source of different bioactive compounds and phytochemicals. Therefore, sustainable extraction methods and utilization strategies deserve the extensive investigations. This review paper extensively illustrates the horticultural waste generation options, sustainable recycling strategies, and potentiality of recycled products in different industries for betterment in population with the assurance of green environment and sustainable ecology.

The effects of laws and regulations on the implementation of food safety practices through supply chain integration and dynamic supply chain capabilities

The objective of the article is to evaluate the role of laws and regulations on food safety in the implementation of food safety laws in Vietnam. Food safety regulations through business orientation, supply chain dynamic capabilities, and supply chain integration aim to ensure food safety and improve firm performance in Vietnam. Research data analysis is based on 389 food firms and the data are analyzed through Smart PLS 3.3.0 software. The results show the important role of food safety law in the implementation of food safety assurance of food enterprises. At the same time, supply chain dynamics and supply chain integration are also factors that have a statistically significant positive impact on the food safety performance of food enterprises in Vietnam.

Food Microbial Hazards, Safety, and Quality Control

Food is any material or substance eaten or drunk to provide energy and nutrients for the body's growth, development, and maintenance. Food can be considered safe if it is free from all hazardous substances that can affect consumer health. Food safety issues can place a high burden of responsibility on traders, government bodies, and international organizations. This chapter covers the hazards, their types, foodborne diseases, and strategies to ensure food safety and quality. Different food quality and safety assurance programs are discussed as well like quality management systems, HACCP certification, ISO 9000 family, good manufacturing practices (GMP)/good hygiene practices (GHP), total quality management (TQM), good working practices (GWP), good lab practices (GLP), etc. Moreover, the role of some novel processing technologies is also focused on in this regard.

THE CLASSIFICATION OF PIPE-LAY VESSELS AND HEAVY-LIFT CRANE VESSELS

Pipe-lay vessels, heavy-lift crane vessels and dual purpose heavy-lift and pipe-lay vessels are distinct in many ways from other types of ships or offshore units. The unique functions that these vessels carry out can impact directly on the overall safety of the vessel, the personnel on-board and the potential to pollute the environment. This paper outlines some of the hull and machinery safety assurance considerations for classification and design pertinent to pipe-lay and heavy-lift operations. The considerations that are discussed in this paper include the implications of classing the vessel as a ship or an offshore unit; the interaction between classification and marine warranty; general arrangement; station-keeping; structural assessment and the interaction between safety critical systems. Specific hazards for pipe-lay vessels and their use of chemicals on-board are also discussed.

A Modular Digital Twinning Framework for Safety Assurance of Collaborative Robotics

Digital twins offer a unique opportunity to design, test, deploy, monitor, and control real-world robotic processes. In this paper we present a novel, modular digital twinning framework developed for the investigation of safety within collaborative robotic manufacturing processes. The modular architecture supports scalable representations of user-defined cyber-physical environments, and tools for safety analysis and control. This versatile research tool facilitates the creation of mixed environments of Digital Models, Digital Shadows, and Digital Twins, whilst standardising communication and physical system representation across different hardware platforms. The framework is demonstrated as applied to an industrial case-study focused on the safety assurance of a collaborative robotic manufacturing process. We describe the creation of a digital twin scenario, consisting of individual digital twins of entities in the manufacturing case study, and the application of a synthesised safety controller from our wider work. We show how the framework is able to provide adequate evidence to virtually assess safety claims made against the safety controller using a supporting validation module and testing strategy. The implementation, evidence and safety investigation is presented and discussed, raising exciting possibilities for the use of digital twins in robotic safety assurance.

Medical Informatics in Ensuring Quality Control of Cancer Care: Promising Directions of Development

The surge in development of oncology informatics facilitates the accommodation of next generation digital approaches into cancer care quality assurance workflow. Hence, the remarkable progress in clinical informatics might shape the construction of the extremely efficient model of quality assurance in real hospital practice. This review reflects the description of innovative approaches to automated assessments of the cancer care quality in real world. The PubMed (Medline) database GOOGLE were used to search for helpful information. Ultimately, 35 sources were included in this review. The processing of big data variables possessing plenty characteristics and integration of those into the unified cancer care databases could give the unbelievably valuable results connecting the diagnostic and treatment indicators with the clinical outcomes especially at patient level. The newly emerging information technology tools include the rapid feedback systems to deliver the results of automated appraisal of care quality to the individual physicians and caregivers. Moreover, such digital systems as CancerLinQ and the CAPTIVE infrastructure can be considered as vigorous examples of state-of-the-art technologies that were trialed in cancer care settings with positive results. This paper reviews some of the elements mentioned above. Clinical oncology informatics has opened a new era in improving the practical instruments for care efficiency and safety assurance. The issues of legal policy for automated data processing using artificial intelligence are actualized. The methodology utility depends mostly on the characteristics of primary data collected, analytical algorithms, software design, and properties of high-speed computing hardware. Integration of all data sources together with brand-new computing systems is an obligatory condition for consistent rolling-out of comprehensive digital cancer care network to achieve the better outcomes in the tough battle with malignant neoplasms.

A method for evaluating and upgrading systems with parallel structures with forced redundancy

The objects of the study are parallel-structure machine systems with redundancy associated with safety assurance of continuous material flow. The problem concerns systems in which the supply of materials takes place continuously (24 hours a day), and the system of operated machines must ensure the receipt and movement of the material at a strictly defined time and in the desired quantity. It is a system where the presence of a failure poses a threat to human life and environmental degradation. This paper presents a method for system condition assessment and upgrading for maintaining proper operation under conditions of continuous operation. A database of information about the current parameters of the system components (measurements, monitoring) is necessary for condition assessment. The method also uses lean techniques (including TPM). System evaluation and selection criteria for a suitable structure in terms of further operation were proposed. Exemplification was performed for an underground mine drainage system. As a part of the identification, selected parameters of the system components were measured, and their characteristics (motors, pumps, pipelines) were developed. The results of the analysis and the values of the adopted criteria were compared to the indicators for new pump sets. A two-option system upgrade was proposed, in addition to machine operating schedules, maintenance periods, and overhaul cycles.

Resident loyalty formation for the survival of African-ethnic restaurants during COVID-19: the adaptive capabilities logic

PurposeThis qualitative research aimed to explore the relationship between adaptive dynamic capabilities and resident loyalty formation among African-ethnic restaurants (AERs) during COVID-19 in East Africa.Design/methodology/approachAnchored on the dynamic capabilities perspective, the study uses eight case studies to obtain data based on restaurant owner-managers' lived experiences.FindingsThe paper presents six factors: (1) sensory quality promise, (2) service personalization declaration, (3) openness of technology adoption, (4) healthy food and safety assurance, (5) authenticity pledge and (6) diversity provision as prerequisites for resident loyalty formation. The findings suggest adaptive capacity as an appropriate alternative for stimulating resident loyalty formation during difficult times.Practical implicationsThe findings help managers in formulating strategies that facilitate residents' display of willingness to revisit and/or recommend others. The local restaurants can now keep modifying and adjusting their practices and processes so as to exhibit the ability to handle customer unique demands during difficult times.Originality/valueThrough this work, a model of adaptive capabilities as enablers of resident loyalty formation is proposed, hence contributing the existing body of knowledge.