Stainless Steel
Our premium droplet eliminator is manufactured from either 316 of 304 Stainless steel. This product is designed primarily for marine and coastal applications.
ABS
ABS is a very hard wearing plastic, which is extensively used downstream of evap coolers and chiller systems to remove carry over.. Its low cost makes it a good entry point for most customers and the low weight makes installation easy on both retrofit and new build sites.
Aluminium
Aluminium is an ideal material for the majority of applications, it offers good corrosion resistance in most environments, is cost competitive against stainless steel and is considerably lighter, making it a good option for retrofits.
Enhanced Integration with Existing Systems
Our solutions are designed to seamlessly integrate with your existing equipment and systems, facilitating a smooth transition and minimal disruption to your operations. We prioritize compatibility and integration to ensure that our droplet eliminator solutions enhance the overall performance of your equipment.
Droplet Eliminator Technology - How it works?
Aqua Protect
Our Solutions
Aqua Protect Pro
The Aqua Protect Pro is a retrofit water-ingress protection solution designed for filter houses experiencing excessive water carry-over, rain ingress, sea spray, or coastal moisture loading.
Instead of undertaking costly modification work to install a traditional droplet eliminator at the front of the filter housing, the Aqua Protect Module is designed to fit within the existing prefilter arrangement. In many systems, a standard 2" deep prefilter can be replaced with the Aqua Protect Module and a 1" deep prefilter, giving the filter system enhanced water separation performance while retaining the existing filter house configuration.
The aluminium version is designed for applications where extended service life, durability, and robust construction are priorities. It provides a practical upgrade path for coastal, offshore, naval, and land-based systems where water ingress is reducing filter life, increasing pressure drop, or compromising downstream equipment protection.
Key Features
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Retrofit droplet separation solution for existing filter houses
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Designed to replace a typical 2" deep prefilter arrangement
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Can be installed with a 1" deep prefilter to retain particulate filtration
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Provides enhanced protection against water ingress, sea spray, and moisture carry-over
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Aluminium construction for improved durability and longer service life
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Avoids the need for major filter house modification or front-end droplet eliminator installation
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Suitable for coastal, offshore, naval, and exposed land-based installations
Aqua Protect
The Aqua Protect provides a cost-effective retrofit solution for filter houses where excessive water ingress is compromising filtration performance.
Designed to be installed in place of a typical 2" deep prefilter, the Aqua Protect Plastic Module can be combined with a 1" deep prefilter to provide enhanced droplet separation while retaining a particulate filtration stage. This gives operators many of the benefits of a dedicated droplet eliminator without the cost, downtime, or structural work associated with installing a traditional front-mounted eliminator.
The plastic version is ideal for projects where budget control is important but improved water-ingress protection is still required. It is suitable for coastal, offshore, marine, and land-based systems where rain, mist, spray, or moisture carry-over is reducing filter life or affecting system performance.
Key Features
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Cost-effective retrofit water-ingress protection
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Designed to replace a standard 2" deep prefilter installation
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Can be used with a 1" deep prefilter to maintain particulate filtration
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Helps reduce water carry-over into downstream filter stages
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Lower-cost alternative to the aluminium version
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Avoids major filter house modification
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Suitable for coastal, offshore, marine, and exposed industrial systems
Drain Boxes
Our Solutions
Electrically Heated Manometric Drainbox
Designed for demanding offshore and naval environments, this electrically heated manometric drainbox provides a robust, reliable solution for controlled drainage where low temperatures and harsh operating conditions are a concern.
Fabricated entirely from stainless steel, the unit offers excellent corrosion resistance and long service life in marine, offshore, and exposed industrial applications. Integrated electrical heating helps prevent freezing within the drainbox, maintaining drainage performance in cold climates and reducing the risk of blockage, standing water, or system downtime.
The drainbox is supplied with a 150 lb ANSI flanged outlet connection, allowing straightforward integration with site drainage systems. Its compact fabricated construction makes it suitable for installation within air handling, filtration, ventilation, and process systems where reliable condensate or water drainage is essential.
Key Features
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Electrically heated design to help prevent freezing in cold environments
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Fully stainless steel fabrication for corrosion resistance and durability
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Suitable for offshore and naval applications
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150 lb ANSI flanged outlet for connection to site drainage
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Robust construction for harsh marine and industrial conditions
Stainless Steel Manometric Drainbox
Designed for offshore, naval, marine, and industrial ventilation systems, this stainless steel manometric drainbox provides a robust and reliable drainage solution where controlled discharge to site drainage is required.
Fabricated entirely from stainless steel, the unit offers excellent corrosion resistance and long service life in salt-laden, exposed, and demanding operating environments. Its compact cylindrical design allows it to be integrated into air handling, filtration, intake, and ventilation systems where dependable condensate or water drainage is essential.
The drainbox is supplied with a 150 lb ANSI flanged outlet connection, providing a secure and industry-standard interface for connection to the site drainage system.
Key Features
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Fully stainless steel fabrication for durability and corrosion resistance
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Suitable for offshore, naval, and marine applications
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150 lb ANSI flanged outlet for connection to site drainage
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Compact, robust construction for harsh operating environments
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Low-maintenance design with no electrical heating requirement
Wind Turbine
Our Solutions
Wind Turbine - Heated Weather Louvre
The Heated Weather Louvre is a robust wind turbine air-intake protection solution designed to reduce water ingress, ice formation, snow build-up, and moisture carry-over in exposed turbine nacelle ventilation systems.
Designed specifically for wind turbine HVAC intake applications, the unit helps protect the airflow path used to cool the nacelle and transformer equipment. In exposed onshore, coastal, offshore, and cold-climate environments, standard intake louvres can become vulnerable to driven rain, sea spray, freezing moisture, and snow accumulation. The Heated Weather Louvre provides a practical upgrade path by combining durable aluminium louvre construction with integrated self-regulating electrical trace heating.
The heating element is fitted to the front of the louvre vanes, helping maintain airflow through the intake during low-temperature conditions. As the trace heating is self-regulating, heat output increases as environmental temperature falls and reduces as temperature rises, supporting reliable operation without the need for complex controls within the louvre assembly.
The unit is designed for internal installation from within the nacelle, allowing replacement or servicing without the need for external turbine access. This makes it particularly suited to wind turbine applications where access time, safety, weather windows, and maintenance cost are critical considerations.
The aluminium construction provides a strong, corrosion-resistant intake assembly suitable for long service life in demanding operating environments. The design incorporates perimeter fixing holes, integrated gasket sealing, drain holes at the base of the vanes, and a flying electrical lead for customer termination into the turbine electrical system.
Key Features
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Designed for wind turbine nacelle and transformer cooling air intakes
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Integrated self-regulating electrical trace heating to reduce ice, snow, and freezing moisture build-up
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Helps maintain intake airflow in cold and exposed operating environments
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Provides enhanced protection against rain ingress, sea spray, snow, freezing fog, and moisture carry-over
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Aluminium construction for durability, corrosion resistance, and extended service life
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Suitable for onshore, offshore, coastal, and cold-climate wind turbine installations
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Designed for internal installation from inside the nacelle, reducing the need for external access
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Perimeter fixing flange with gasket sealing for straightforward bolted installation
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Integrated drain holes to remove separated water from the vane base
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Self-regulating trace heating reduces power output as ambient temperature increases
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Low-maintenance design
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Suitable for new-build turbine installations or retrofit replacement of existing intake louvre assemblies