SULPHUS BIO FILTERS

SULPHUS - OVERVIEW

The SULPHUS is originally designed for the elimination of odours from waste water treatment processes, but now widely applied in other industries as well. Its fully corrosion resistance and has an original fully synthetic packing which will last for over 15 years.

The SULPHUS reactor vessel is fabricated in a GRP and factory assembled for fast and easy (Plug & Play) installation. The structured media, so-called OdourPack®, is made from durable, synthetic materials. Due to its small weight the cost for civil works and foundations are significantly reduced.

By adopting a lean and mean engineering approach the SULPHUS requires minimum attention, control and maintenance during operation. For effective and consistent removal of waste water odours the SULPHUS needs the smallest amount of water (final effluent) and power. Subsequently the cost to operate the system is low.

Advantages SULPHUS

Sulphus Highlights

  • Complete odour removal

    With its unique design and engineered media the SULPHUS reaches removal efficiencies of >99.9% on H2S and >95% on odour

  • Flexible, modular design

    Available in different diameters and height the SULPHUS systems can treat air flows ranging from 2,000 m3/h to 200,000 m3/h and more

  • OdourPack® Media

    Structured, engineered synthetic media ensures optimal mass transfer and can handle low and high odor loadings.

  • Robust and easy to operate

    Simple, minimalistic control philosophy with no pH meters, easy controls and minimal instrumentation ensures easy operations and maintenance

  • Low operating cost

    Minimum energy cost due to low pressure drop and no need for hazardous, expensive chemicals or high volumes of activated carbon.

  • Long life time

    The use of engineered synthetic media, GRP reactors and stringent selection of materials allows for a life time of 20 years and more

  • Savings on civil works

    The lightweight, OdourPack media with large void space results in small footprint and savings in the concrete slab.