INTERTEC's cabinet manufacturing capability is very diverse, and includes standard and custom designs.
Intertec provides environmental protection and temperature-regulation solutions for sensitive field equipment.
The company’s range includes field enclosures, cabinets and shelters, and thousands of accessories including heating / cooling components.
Standard solutions are available for all common field equipment and environmental protection needs, including frost / condensation protection, temperature regulation, explosion-proof areas, impact-resistance and UV protection in adverse locations.
Glass-reinforced polyester shelters in offshore environments
Offshore installations represent one of the most extreme environments for protective field enclosures due to the risk of corrosion, and the need for lightness and long lifecycles with minimal maintenance. In addition, hazardous area applications require additional characteristics, including fire-resistance and blast-proof protection.
Traditional metal enclosures can be susceptible to the accelerated corrosion mechanisms found on offshore platforms.
By contrast, glass-reinforced polyester (GRP) does not excessively rust or degrade, providing maintenance-free lifecycles of at least 30 years.
Intertec has created enclosures and cabinets that have survived up to 40 years in petrochemical environments using corrosive chemicals such as sulphuric acid.
The company’s composite-GRP, which combines GRP layers with embedded high-performance insulation, provides many opportunities to optimise protection against particular hazards.
Turnkey design and configuration solutions for offshore plants
Intertec’s turnkey SAFE LINK design and configuration service provides a complete, pre-fabricated ‘hook-up’ for field-based plant instrumentation. The service covers the complete concept-to-installation process, including engineering design, assembly and on-site delivery. Intertec will also configure protection to deal with a wide range of climates.
Other solutions include sample conditioning systems for analysers and ‘hot boxes’ to prevent media condensation and crystallisation at instrumentation points.
Intertec offers seven styles of instrumentation-sized enclosures with various features to suit different operational requirements. A wide range of larger cabinets and shelters are also available.
This turnkey approach typically improves the performance and reduces lifecycle costs because of the designs used and the use of modular building-block components. TProtection systems are also designed using layout principles that reduce the variability of instrument installation and provide a site standard, which simplifies maintenance, training and spares holdings to reduce total cost of ownership.
Special GRP enclosures and shelters
Intertec produces enclosures and shelters using high-grade GRP, which is known for its thermal insulation and resistance to corrosion. What is less well-known is GRP’s outstanding performance in extreme conditions, as it remains durable and stable at temperatures down to -100°C. Its thermal insulation and fire-retardant properties can also be configured to provide effective protection against fire.
For the last 50 years, Intertec has incorporated GRP into its solutions with extreme protection requirements, which includes long-duration fire-resistance, Arctic-grade climates, non-toxic fumes during a fire, passive cooling, energy-efficiency and protection against strong winds.
Solving protection challenges in onshore and offshore environments
Intertec is experienced in resolving a wide range of issues that occur on offshore and onshore platforms, including:
- Corrosion: resistant to corrosive effects of sulphur from oil or gas, chlorine from offshore locations
- Long lifecycle: durability of GRP for extra-long lifecycles is field-proven
- Offshore wind, cyclones and typhoons: GRP ‘sandwich’ composite structures can be designed with appropriate stability
- Blast-proofing: structure is strengthened easily to absorb pressure waves – with minimal additional weight
- Fireproofing: ‘sandwich’ structures with mineral wool for hydrocarbon fire-resistance, with internal temperature maintenance below 60ºC
- Separating hazardous and non-hazardous areas: fire-resistance, gas tightness and explosion-proofing
- Improving explosion-proof enclosure reliability: traditional metal EX-d enclosures can be prone to corrosion. Alternative EX-e and EX-p enclosures are easily made in GRP
- Wireless networking: GRP (and foam insulation) do not damp electromagnetic signals
- Lightness: GRP is around 25% of the weight of metal
Intertec has been providing turnkey solutions since 1965 and has designed and shipped more than a million enclosures that protect equipment operating in the most demanding operating conditions worldwide.
The company’s personnel has broad experience in designing and configuring environmental protection.
INTERTEC offers an extensive range of fire-resistant shelters, including '1709' models designed to protect critical safety equipment from exposure to high-temperature fires in hazardous areas.
INTERTEC's SAFE LINK turnkey enclosure design and assembly service spans the complete range of applications, including close coupled instrument installations and remote instrument installations.
Over 50 years, glass fiber-reinforced polyester (GRP) has proven to be a highly superior structural material for building enclosures to protect field-based instrumentation and equipment.
For more than 50 years, Intertec's glass fibre-reinforced polyester (GRP) turnkey enclosures have proven to be the ideal solution for protecting field-based equipment and instrumentation.
Nexen Petroleum's Golden Eagle Area Development (GEAD) project includes development of the Golden Eagle and Peregrine (formerly Pink) fields in blocks 20/1, 20/1N and 14/26a of the North Sea, approximately 110km north-east of Aberdeen, UK. The water depth in the region is between 89m and 139m.
Discovered in July 2000, Kashagan was described as the largest field found in the past 30 years, the largest outside of the Middle East, with a projected output close to that of the Ghawar field in Saudi Arabia.
The Valhall field was discovered in 1975 and came online in 1982. It is operated by BP, which holds a 35.95% interest, while the remaining 64.05% interest is held by Hess Norge.
The Jasmine field is situated in blocks 30/6 and 30/7a of the central North Sea. The gas and condensate field lies at a water depth of 266ft and is considered to be the UK's largest discovery since the mid-1990s.
Germany-based environmental protection systems specialist Intertec has launched a new line of robust enclosure solutions, which are specially designed to safeguard field-based energy storage units and other critical electronic equipment.
Intertec is pleased to announce it will be represented at the Mediterranean Offshore Conference and Exhibition 2017 from 29 -31 March, via the company's distributor RTI S.p.A.
Intertec will be showcasing their latest technology as well as solutions for optimal protection of sensitive equipment operating in harsh outdoor environments.
Explosion-Protected Cabinets for Simplified Deployment of Field Instrumentation in Processing Plants
Intertec has revealed a new range of explosion-protected cabinets to safeguard field instrumentation operating in hazardous areas.
Intertec’s New HVAC System Provides Climate Control Solutions for Analytical Instrumentation Shelters
Intertec’s new ATEX-compliant HVAC system provides a complete all-in-one climate control and personnel safety solution for installation within large process analytical instrumentation shelters.
Increase Flexibility for Outdoor Equipment Installers with INTERTEC’s New ‘Mini’ Environmental Protection Cabinets
A new range of small GRP cabinets from INTERTEC provides installers with increased flexibility for protecting outdoor equipment.
INTERTEC has launched a large cube-shaped sunshade for process instrumentation. It provides plant engineers with a highly cost-effective means of shielding equipment such as electronic monitoring systems, explosion-proof junction boxes or analyser installations from solar radiation.