Glossary E
Deutsch: Essenz / Español: Esencia / Português: Essência / Français: Essence / Italiano: Essenza
Essence in the industrial context typically refers to a concentrated form of a substance which captures the defining characteristics or properties of the original material used primarily in the manufacturing of various products. This term is often associated with the distillation or extraction processes where the key functional or aromatic components are isolated to be used in further production.
Deutsch: Beschäftigung / Español: Empleo / Português: Emprego / Français: Emploi / Italiano: Impiego
Employment in the industrial context refers to the act of providing work to individuals in various sectors of the industry, allowing them to earn a livelihood by engaging in activities that contribute to the production of goods and services. This term encompasses all forms of work relationships, including full-time, part-time, temporary, and contract roles within an industrial setting.
Deutsch: Elektrophorese / Español: Electroforesis / Português: Eletroforese / Français: Électrophorèse / Italiano: Elettroforesi
Electrophoresis in the industrial context refers to a laboratory technique used for the separation of charged molecules, such as DNA, RNA, proteins, or peptides, based on their size and electrical charge. This method is extensively used in biochemistry, molecular biology, chemistry, and clinical laboratories to analyze molecular components.
Deutsch: Energiespeicherung / Español: Almacenamiento de Energía / Português: Armazenamento de Energia / Français: Stockage de l'Énergie / Italiano: Stoccaggio dell'Energia
Energy Storage in the industrial context refers to the capture of energy produced at one time for use at a later time. A key component of modern energy systems, energy storage allows for greater efficiency and reliability in the energy supply, especially in integrating renewable energy sources like wind and solar power, which are intermittent by nature. In industries, energy storage plays a crucial role in managing energy demand, reducing costs, and enhancing sustainability by minimizing reliance on fossil fuels and reducing carbon emissions.
Deutsch: Elektronik und Robotik / Español: Electrónica y Robótica / Português: Eletrônica e Robótica / Français: Électronique et Robotique / Italiano: Elettronica e Robotica
Electronics and Robotics in the industrial context refers to the integration of electronic systems and robotic technology into industrial processes and operations. This field combines the design, development, and application of robots and electronic systems to automate tasks, enhance efficiency, improve precision, and support human workers in various industrial settings. The synergy between electronics and robotics is driving innovation in manufacturing, assembly, quality control, and logistics, among other areas.
Deutsch: Umweltkonformität / Español: Cumplimiento Ambiental / Português: Conformidade Ambiental / Français: Conformité Environnementale / Italiano: Conformità Ambientale
Environmental Compliance in the industrial context refers to the adherence to environmental laws, regulations, and standards that govern how businesses operate in relation to the natural environment. It encompasses a wide range of considerations, including air and water pollution control, waste management, the use of hazardous substances, and the impact of industrial activities on ecosystems and biodiversity. The objective is to minimize negative impacts on the environment while promoting sustainable practices and ensuring the protection of natural resources.
Deutsch: Energieindustrie / Español: Industria Energética / Português: Indústria de Energia / Français: Industrie de l'Énergie / Italiano: Industria dell'Energia
The Energy Industry in the industrial context encompasses the production, distribution, and consumption of energy in various forms. It is a critical sector that powers economies, industries, and daily life, involving a wide range of activities from the extraction of raw energy sources to the generation of power and its delivery to consumers. This industry includes the extraction of fossil fuels, the development and operation of renewable energy sources, the manufacture and maintenance of energy Infrastructure, and the research into and implementation of energy technologies.
Deutsch: Lehmbau / Español: Construcción con tierra / Português: Construção com terra / Français: Construction en terre / Italiano: Costruzione in terra
In the industrial and industry context, earth construction refers to building practices that utilize natural earth materials, primarily soil, as a primary construction material. This approach to construction is one of the oldest and most sustainable building methods, offering significant environmental benefits, including low carbon footprint, excellent thermal mass, and local material sourcing. Earth construction encompasses various techniques such as rammed earth, adobe (mud bricks), cob, and earthbag building, each utilizing soil mixed with natural elements like water, and sometimes with added stabilizers such as lime or cement to enhance strength and durability.