No interior do submarino NRP Barracuda, atualmente atracado em Cacilhas como museu, observa-se uma secção técnica com um complexo sistema de tubagens, válvulas e condutas metálicas. Este sistema, essencial para a ventilação, pressurização e equilíbrio da pressão interna em imersão, permitia o controlo manual de fluidos como ar comprimido, água do mar e combustível. Destaca-se a presença de válvulas de controlo, incluindo quatro válvulas manuais com volantes circulares pretos, e de painéis elétricos com sinalização de alta tensão e avisos, indicando circuitos de arrefecimento, sistemas hidráulicos e o sistema de propulsão. Estas tubagens e válvulas são parte integrante dos sistemas essenciais para a operação subaquática e a segurança da tripulação. O Barracuda, pertencente à classe Albacora/Daphné, serviu na Marinha Portuguesa entre 1968 e 2010, oferecendo hoje aos visitantes uma visão das condições técnicas e operacionais deste tipo de navio militar.

Inside the submarine NRP Barracuda, currently moored in Cacilhas as a museum, we can see a technical section with a complex system of pipes, valves and metal ducts. This system, which was essential for ventilation, pressurization and internal pressure balance when immersed, allowed for the manual control of fluids such as compressed air, seawater and fuel. Noteworthy are the presence of control valves, including four manual valves with black circular handwheels, and electrical panels with high-voltage signs and warnings, indicating cooling circuits, hydraulic systems and the propulsion system. These pipes and valves are an integral part of the essential systems for underwater operation and crew safety. The Barracuda, belonging to the Albacora/Daphné class, served in the Portuguese Navy between 1968 and 2010 and today offers visitors an insight into the technical and operational conditions of this type of military vessel.

Outdoor Building Group

1 Million Active Brake Assist/1 Million Active Brake Assists

1 Million Active Brake Assist/1 Million Active Brake Assists

1 Million Active Brake Assist/1 Million Active Brake Assists

1 Million Active Brake Assist/1 Million Active Brake Assists

Der neue Actros L mit ProCabin: Aerodynamik zählt. Der Lkw ist eins der Highlights von Daimler Truck auf der IAA Transportation 2024 in Hannover.

The new Actros L with ProCabin: Aerodynamics count. One of the highlights from Daimler Truck at the IAA Transportation 2024 in Hanover.

Vector illustration on the theme of rock climbing, mountain Hiking, climbing. Extreme sports. The design elements are arranged in the shape of a circle

A panellit safety system in the B Reactor, Hanford Nuclear site

Wallscourt Park Residences, The new student accommodation.

At the B Reactor, Hanford Nuclear site.

For Personal Fall Protective Equipment. Anchorages which allow the subjection

of harness and lanyard, protecting workers against falling risk.

Friendly environmental recycled plastic slot for the anchorage introduction. It can

be installed just before concrete discharge using nails on the inside face of the

formwork covering the building perimeter and holes (staircase, elevator). Once

the concrete gets hard and the formwork is removed, the anchorage can be inserted

into the slot.

Installation of plastic slot every 5 m (depending on the construction requirements), between pliars in order to cover

all the falling risk areas and get 0 factor falling risk. A 15 cm separation to the edges must be respected (30 cm

mass concrete).

For Personal Fall Protective Equipment. Anchorages which allow the subjection

of harness and lanyard, protecting workers against falling risk.

Friendly environmental recycled plastic slot for the anchorage introduction. It can

be installed just before concrete discharge using nails on the inside face of the

formwork covering the building perimeter and holes (staircase, elevator). Once

the concrete gets hard and the formwork is removed, the anchorage can be inserted

into the slot.

Installation of plastic slot every 5 m (depending on the construction requirements), between pliars in order to cover

all the falling risk areas and get 0 factor falling risk. A 15 cm separation to the edges must be respected (30 cm

mass concrete).

For Personal Fall Protective Equipment. Anchorages which allow the subjection

of harness and lanyard, protecting workers against falling risk.

Friendly environmental recycled plastic slot for the anchorage introduction. It can

be installed just before concrete discharge using nails on the inside face of the

formwork covering the building perimeter and holes (staircase, elevator). Once

the concrete gets hard and the formwork is removed, the anchorage can be inserted

into the slot.

Installation of plastic slot every 5 m (depending on the construction requirements), between pliars in order to cover

all the falling risk areas and get 0 factor falling risk. A 15 cm separation to the edges must be respected (30 cm

mass concrete).

For Personal Fall Protective Equipment. Anchorages which allow the subjection

of harness and lanyard, protecting workers against falling risk.

Friendly environmental recycled plastic slot for the anchorage introduction. It can

be installed just before concrete discharge using nails on the inside face of the

formwork covering the building perimeter and holes (staircase, elevator). Once

the concrete gets hard and the formwork is removed, the anchorage can be inserted

into the slot.

Installation of plastic slot every 5 m (depending on the construction requirements), between pliars in order to cover

all the falling risk areas and get 0 factor falling risk. A 15 cm separation to the edges must be respected (30 cm

mass concrete).

For Personal Fall Protective Equipment. Anchorages which allow the subjection

of harness and lanyard, protecting workers against falling risk.

Friendly environmental recycled plastic slot for the anchorage introduction. It can

be installed just before concrete discharge using nails on the inside face of the

formwork covering the building perimeter and holes (staircase, elevator). Once

the concrete gets hard and the formwork is removed, the anchorage can be inserted

into the slot.

Installation of plastic slot every 5 m (depending on the construction requirements), between pliars in order to cover

all the falling risk areas and get 0 factor falling risk. A 15 cm separation to the edges must be respected (30 cm

mass concrete).

For Personal Fall Protective Equipment. Anchorages which allow the subjection

of harness and lanyard, protecting workers against falling risk.

Friendly environmental recycled plastic slot for the anchorage introduction. It can

be installed just before concrete discharge using nails on the inside face of the

formwork covering the building perimeter and holes (staircase, elevator). Once

the concrete gets hard and the formwork is removed, the anchorage can be inserted

into the slot.

Installation of plastic slot every 5 m (depending on the construction requirements), between pliars in order to cover

all the falling risk areas and get 0 factor falling risk. A 15 cm separation to the edges must be respected (30 cm

mass concrete).

Outdoor Building Group

For Personal Fall Protective Equipment. Anchorages which allow the subjection

of harness and lanyard, protecting workers against falling risk.

Friendly environmental recycled plastic slot for the anchorage introduction. It can

be installed just before concrete discharge using nails on the inside face of the

formwork covering the building perimeter and holes (staircase, elevator). Once

the concrete gets hard and the formwork is removed, the anchorage can be inserted

into the slot.

Installation of plastic slot every 5 m (depending on the construction requirements), between pliars in order to cover

all the falling risk areas and get 0 factor falling risk. A 15 cm separation to the edges must be respected (30 cm

mass concrete).

For Personal Fall Protective Equipment. Anchorages which allow the subjection

of harness and lanyard, protecting workers against falling risk.

Friendly environmental recycled plastic slot for the anchorage introduction. It can

be installed just before concrete discharge using nails on the inside face of the

formwork covering the building perimeter and holes (staircase, elevator). Once

the concrete gets hard and the formwork is removed, the anchorage can be inserted

into the slot.

Installation of plastic slot every 5 m (depending on the construction requirements), between pliars in order to cover

all the falling risk areas and get 0 factor falling risk. A 15 cm separation to the edges must be respected (30 cm

mass concrete).

For Personal Fall Protective Equipment. Anchorages which allow the subjection

of harness and lanyard, protecting workers against falling risk.

Friendly environmental recycled plastic slot for the anchorage introduction. It can

be installed just before concrete discharge using nails on the inside face of the

formwork covering the building perimeter and holes (staircase, elevator). Once

the concrete gets hard and the formwork is removed, the anchorage can be inserted

into the slot.

Installation of plastic slot every 5 m (depending on the construction requirements), between pliars in order to cover

all the falling risk areas and get 0 factor falling risk. A 15 cm separation to the edges must be respected (30 cm

mass concrete).

Industrial rope access, specialist access & service solutions

For Personal Fall Protective Equipment. Anchorages which allow the subjection

of harness and lanyard, protecting workers against falling risk.

Friendly environmental recycled plastic slot for the anchorage introduction. It can

be installed just before concrete discharge using nails on the inside face of the

formwork covering the building perimeter and holes (staircase, elevator). Once

the concrete gets hard and the formwork is removed, the anchorage can be inserted

into the slot.

Installation of plastic slot every 5 m (depending on the construction requirements), between pliars in order to cover

all the falling risk areas and get 0 factor falling risk. A 15 cm separation to the edges must be respected (30 cm

mass concrete).

For Personal Fall Protective Equipment. Anchorages which allow the subjection

of harness and lanyard, protecting workers against falling risk.

Friendly environmental recycled plastic slot for the anchorage introduction. It can

be installed just before concrete discharge using nails on the inside face of the

formwork covering the building perimeter and holes (staircase, elevator). Once

the concrete gets hard and the formwork is removed, the anchorage can be inserted

into the slot.

Installation of plastic slot every 5 m (depending on the construction requirements), between pliars in order to cover

all the falling risk areas and get 0 factor falling risk. A 15 cm separation to the edges must be respected (30 cm

mass concrete).

For Personal Fall Protective Equipment. Anchorages which allow the subjection

of harness and lanyard, protecting workers against falling risk.

Friendly environmental recycled plastic slot for the anchorage introduction. It can

be installed just before concrete discharge using nails on the inside face of the

formwork covering the building perimeter and holes (staircase, elevator). Once

the concrete gets hard and the formwork is removed, the anchorage can be inserted

into the slot.

Installation of plastic slot every 5 m (depending on the construction requirements), between pliars in order to cover

all the falling risk areas and get 0 factor falling risk. A 15 cm separation to the edges must be respected (30 cm

mass concrete).

For Personal Fall Protective Equipment. Anchorages which allow the subjection

of harness and lanyard, protecting workers against falling risk.

Friendly environmental recycled plastic slot for the anchorage introduction. It can

be installed just before concrete discharge using nails on the inside face of the

formwork covering the building perimeter and holes (staircase, elevator). Once

the concrete gets hard and the formwork is removed, the anchorage can be inserted

into the slot.

Installation of plastic slot every 5 m (depending on the construction requirements), between pliars in order to cover

all the falling risk areas and get 0 factor falling risk. A 15 cm separation to the edges must be respected (30 cm

mass concrete).

Industrial rope access, specialist access & service solutions

Industrial rope access, height safety, specialist access & service solutions

With the G9 post - These posts allows the barrier

system to be placed on roofs or other surfaces where drilling or clamping is not possible.

For Personal Fall Protective Equipment. Anchorages which allow the subjection

of harness and lanyard, protecting workers against falling risk.

Friendly environmental recycled plastic slot for the anchorage introduction. It can

be installed just before concrete discharge using nails on the inside face of the

formwork covering the building perimeter and holes (staircase, elevator). Once

the concrete gets hard and the formwork is removed, the anchorage can be inserted

into the slot.

Installation of plastic slot every 5 m (depending on the construction requirements), between pliars in order to cover

all the falling risk areas and get 0 factor falling risk. A 15 cm separation to the edges must be respected (30 cm

mass concrete).

Outdoor Building Group

Outdoor Building Group

For Personal Fall Protective Equipment. Anchorages which allow the subjection

of harness and lanyard, protecting workers against falling risk.

Friendly environmental recycled plastic slot for the anchorage introduction. It can

be installed just before concrete discharge using nails on the inside face of the

formwork covering the building perimeter and holes (staircase, elevator). Once

the concrete gets hard and the formwork is removed, the anchorage can be inserted

into the slot.

Installation of plastic slot every 5 m (depending on the construction requirements), between pliars in order to cover

all the falling risk areas and get 0 factor falling risk. A 15 cm separation to the edges must be respected (30 cm

mass concrete).

Outdoor Building Group

Kiddo - ROMANIA

Outdoor Building Group

Outdoor Building Group

We provide a range of services including: Asbestos/Hazardous Materials, Occupational Health & Safety services, Occupational Hygiene Services, Environmental Services, Site Contamination, Safety.

ADDRESS

GETEX PTY LIMITED

ABN (99 116 287 471)

Suite 2.02, Building 2,

35 Waterloo Road

North Ryde NSW 2113,

AUSTRALIA

Phone: (02) 9889 2488

Fax:(02) 9889 2499

Email:help@getex.com.au

Safety System for Bridges with Nets

Outdoor Building Group

Outdoor Building Group

Kiddo - ROMANIA

A tail lamp rests on the tank tops of 'Jinty' 47493 at Eridge, Spa Valley Railway.

We provide a range of services including: Asbestos/Hazardous Materials, Occupational Health & Safety services, Occupational Hygiene Services, Environmental Services, Site Contamination, Safety.

ADDRESS

GETEX PTY LIMITED

ABN (99 116 287 471)

Suite 2.02, Building 2,

35 Waterloo Road

North Ryde NSW 2113,

AUSTRALIA

Phone: (02) 9889 2488

Fax:(02) 9889 2499

Email:help@getex.com.au

Outdoor Building Group

1 Million Active Brake Assist/1 Million Active Brake Assists

1 Million Active Brake Assist/1 Million Active Brake Assists

Outdoor Building Group

Outdoor Building Group

We provide a range of services including: Asbestos/Hazardous Materials, Occupational Health & Safety services, Occupational Hygiene Services, Environmental Services, Site Contamination, Safety.

ADDRESS

GETEX PTY LIMITED

ABN (99 116 287 471)

Suite 2.02, Building 2,

35 Waterloo Road

North Ryde NSW 2113,

AUSTRALIA

Phone: (02) 9889 2488

Fax:(02) 9889 2499

Email:help@getex.com.au

Outdoor Building Group

Outdoor Building Group

Safety System for Bridges with Nets