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Absorbents

Ultra-X-Tex

Ultra-X-Tex is a patented hydrophilic (water attracting) and lipophilic (oil attracting) material made of Recycled synthetic fibres. The fibres are blended and processed to form a lightweight fibre mass with enormous surface area and interstitial spaces. These properties make Ultra-X-Tex an extremely high performing oil sorbent and filter material. Ultra-X-Tex is offered in bulk media form (for use in booms and socks) and slso in roll form (which can be used like a silt-fence or processed further by us fo our Oil Blanket and our Oil Boom Products

Video of Ultra-X-Tex in use
Ultra-X-Tex Product Range
Oil Blankets

are a concept that are being well received as a last line of defense along the shore and in the surf.  Each 1.5m x 3m Oil Blanket can hold up to 60 Litres of oil.

Spill Fence

This "silt fence" type application uses stakes and wire backing. The ability of Ultra X-Tex to allow water to easily flow through it while removing the oil makes it an excellent filter material and protective barrier for sensitive estuaries.  

Oil Booms

Available from in 1.8m lengths with pre-installed connecting hardware. These booms allow water to flow whilst retaining the oil within the boom.

Oil Booms Skirted

Available from in 1.8m lengths the Skirted Model also provides a 860mm skirt to capture sub-surface oil. This material can also be infused with microbes to provide continuous remediation within the Ultra X-Tex as well as allowing the microbes to disperse to the surrounding water, beaches and shoreline

The QOGI software is validated as the Best Available Technology for level 4 Source level/bottom-up reporting of remote, major emission sources. The real-world feasibility of this technology is backed by empirical data from a landmark European Gas Research Group (GERG). Blind controlled-release study titled "Assessment of current methane emissions quantification techniques for natural gas midstream applications." Our QOGI significantly outclassed alternative source-level quantification technologies featured in the study, especially on remote Lon-range vents

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