Naval

El sector naval

El sector naval es uno de los más importantes y complejos de la economía mundial, sobre todo en lo que atañe al transporte marítimo.

El transporte de mercancías es un componente fundamental de la infraestructura logística, tanto en aguas interiores como en las marítimas, y es esencial para el comercio mundial, ya que por mar viajan carburantes, recursos naturales, productos químicos, productos agrícolas y bienes de consumo, procedentes de países productores y dirigidos a países consumidores de todo el mund. 

Los tres elementos en los que se basa

Este sistema se basa principalmente en tres elementos:

  • los puertos, que representan las terminales en las que convergen las mercancías y que deben contar con todas las instalaciones necesarias para la carga/descarga (muelles, grúas de carga, zonas de almacenamiento, medios de manutención y aduanas) y satisfacer las necesidades de los buques que atracan y zarpan (medios de asistencia, sistemas de reabastecimiento, diques secos);
  • los buques mercantes, cargueros y metaneros que transportan las mercancías y los carburantes desde el puerto de origen al de destino;
  • las interconexiones con las redes terrestres, a través de las cuales se pueden distribuir las mercancías desde y hacia el interior.

Los productos de Cortem Group para la industria naval ofrecen elevadas prestaciones y fiabilidad en condiciones extremas. Presentan una excelente protección contra los golpes y la corrosión debida a salpicaduras de agua salada, garantizando un alto nivel de seguridad que se mantiene a largo plazo.

Casos de éxito

A little bit of Cortem Group also on the new plant of the Golar Tundra regasifier ship

Supplied lighting fixtures and explosion-proof electrical fittings

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EVL-60B series floodlights installed on a Fast Yacht Support Vessel of DAMEN Dutch Shipbuilder

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Categorías de productos relacionados

Iluminación
Cajas
Prensaestopas y conectores
Señalización
Tomas y enchufes
Mando y control
Accesorios eléctricos
Aspiradores

Artículos técnicos

The non-metallic materials used in equipment for Atex zones according to the IEC/EN 60079-0 standard

The main materials of non-metallic origin in electrical equipment are plastic and elastomeric materials. Their enemies are aging, ultraviolet rays and electrostatic charges

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Street lighting in areas classified as at risk of explosive atmosphere

Street lighting in areas at risk of explosion must minimize glare phenomena and have a luminous footprint on the ground characterized by homogeneous illumination without large peaks and shadow areas. To obtain a better result, the light emitted must have a greater luminous intensity on the sides rather than on the symmetry plane of the device. With the advent of LED technology this need is met by the use of so-called "secondary optics".

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Typical connections of 'Ex eb' junction boxes into 'Ex db' and 'Ex eb' motors

In this article, we will delve into the connection of 'Ex db' and 'Ex eb' electric motors with 'Ex eb' junction boxes to the power line using electrical connection accessories, i.e. adapters, sealing fittings, cable glands and flexible tubes. Being able to use an Ex-eb cable gland is not at all negligible from an economic point of view. The time saving during installation compared to installing a sealing fitting or an Ex-db cable gland is considerable.

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Accessories for connecting flameproof motors

Increased safety electric motors or flameproof electric motors with increased safety connection box have been on the market for many years. Let's see the connection of Ex- db electric motors with Ex- db connection box to the power line by using some examples of system applications

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Electrical distances in increased safety devices

In the design and use of electrical devices we must manage conductive parts with different electrical potential, with even very high voltage differences. The risk of formation of electric arcs in the air and creeping currents on the surface of the insulation material must be considered. To limit these phenomena, during the design phase we intervene on the distances between exposed conductive parts.

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The phenomenon of breathing of electrical devices

There are a series of physical phenomena which concern all electrical devices in general, but which assume great importance in equipment for areas classified as hazardous for potentially explosive atmospheres. One of these phenomena is called "breathing".

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Electrical connectors in the Atex world

In a world where the installation speed, the overall site security and the installation and maintenance costs are increasingly important, the use of specific connectors as FlowEx series can find wide application.

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The tracking phenomena and the Comparative Tracking Index - CTI

The components used in contexts at risk of forming an explosive atmosphere are made with particular materials. This is particularly true in the case of plastic materials. In contexts designed to form insulation between conductors, the materials used are selected from among those that express better tracking resistance.

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The 'Ex e' protection method: general aspects

Among the equipment suitable for use in explosive atmospheres with an EPL Gb, those with increased safety are undoubtedly the most similar to an industrial standard product. Over the years this method of protection has spread in junction boxes and in particular in lighting. In general, the lighter and more portable constructions of the increased safety products have been appreciated by plant engineers.

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The history of explosion protection methods - PART IV - from the second half of the 20th century to the present day

In Europe, the process of harmonization of regulations has opened a new phase in technological development and, to all intents and purposes, can be considered a success of the process of integration of the European Union. The birth of the EEC, the establishment of the CENELEC and CEN technical committees, the first ATEX 94/9/EC regulation and then the new ATEX 2014/34/EU regulation... let's retrace together the last steps that led to the present day have a harmonized regulatory framework at Eu

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The meaning of the supplementary letters in the identification code of the Atex certificate

Often the meaning of the supplementary letter is little known, misunderstood and misinterpreted. Not understanding the difference between component and equipment or thinking that a certificate with the final "X" is a sort of B-series certificate with strong limitations on the use of the equipment is completely anachronistic today.

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The history of explosion-proof methods of protection - Part III

In the United States, the path that led to the development of equipment suitable for use in areas at risk of explosion has followed an almost parallel path to Europe, addressing the issue first in the mining industry and then extending it to electrical devices in the NEC. The use of still current techniques demonstrates how much the more traditional methods of protection can boast a history of reliability and safety spanning more than a century.

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Direct and indirect entrances into explosion-proof electrical systems

The systems are mainly divided into systems with metal protective conduits and cable systems. The various devices require cable entries suitable for the type of protection used. The type of cable entry may appear to be a mere theoretical argument, but it has a decisive impact on the safety level of the system.

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The 'Ex d' protection method: electrical cable installation and cable gland selection criteria

The most used entry systems are: entry with sealing fitting, cable entry with Ex barrier cable gland, cable entry with Ex cable gland with sealing ring. When we talk about electrical systems with electrical cable installation, entries are made using a cable gland, which can be of two types: barrier or with sealing ring.

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The ‘Ex d’ protection method: electrical conductors in metallic protective tube

In sites where there is a risk of the formation of an explosive atmosphere, we often find the electrical conduit in a metal protective tube (also called conduit conduit). Although it has recently been joined by more versatile armored and non-armored cable systems, with cable gland entry, its use is recommended in plants where production or use and maintenance activities can present dangerous situations for the integrity of the cables.

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The history of explosion-proof methods of protection - Part II

Today we define the methods of protection as techniques that are made available to us by harmonized standards, to satisfy the Essential Health and Safety Requirements. It appears clear how the first decades of the twentieth century proved to be fundamental for the development of the techniques underlying the current methods of protection.

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The ‘Ex d’ protection method: the function of the conduit sealing fittings

Sealing fittings are often considered only as secondary or minor components, but the safety of an installation with metal electrical conduits and related explosion-proof enclosures depends on them. The main function of a conduit sealing fitting is to prevent the propagation of an explosion from the inside of the ‘Ex d’ flameproof enclosure to the outside.

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The history of explosion-proof methods of protection - Part 1

Nowadays, the classification in an area at risk of explosion concerns many sectors of the industry and includes the use of the most diverse equipment. This great variety of devices and applications must not make us forget that the origin of explosion risk containment techniques lies down there, in those dark mines where it all began.

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The 'Ex d' type of protection: explosion-proof joints

Explosion-proof joints are one of the basic aspects of the protection offered by an equipment or an explosion-proof enclosure. For this reason, understanding their function is a prerequisite for the correct use and the proper maintenance of all electrical devices that adopt this type of protection.

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The method of protection ‘Ex d’: general aspects

The 'Ex d' type of protection, now referred to as 'Ex db', is based on a simple theoretical concept: containment by means of a sturdy casing and flame retardancy. Its success is due to this simplicity, it is in fact one of the first methods of protection developed in the mining industry and still today it is one of the most widespread in areas classified for potentially explosive atmospheres.

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Atex Directive 2014/34 / EU: legislation and state of the art

A fundamental principle of the ATEX Directive 2014/34 / EU, shared with the other Union directives, is the limitation of legislative harmonization to essential health and safety requirements of public interest. Within this legislative harmonization, a role of primary importance is played by the harmonized technical legislation and the concept of the state of the art. The ATEX Directive refers to this concept as a requirement requested of manufacturers.

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The explosion-protection methods of protection: basic concepts

ATEX device's manufacturers use different types of protection to achieve a certain EPL. These methods of protection are constantly evolving both technical and regulatory. In any case, the most used are those that have established themselves historically.

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The EPLs and the main methods of protection

Each equipment that must be installed in an ATEX classified area must have a certain level of protection, indicated in the legislation with the acronym EPL (Equipment protection Level). The level of protection is obtained by applying technical regulations that define the protection methods. There are many ways of protection, some have a historical origin, others are more recent...

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New GRDE-4200 increased safety electronic grounding system

Protection during the loading and unloading operations of liquids and dry inert material

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Cortem Group certifies its enclosures installed in the “Hook release controller HRC" equipment for modern mooring systems

Cortem Group has certified the ‘Hook Release Controller HRC’ equipment, a release control device consisting of a control unit and from 1...

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