Overall, it is a durable and rugged media. Ideal for moving bed biological reactors (MBBR) and integrated fixed film activated sludge (IFAS) treatment plants

Key Bioflo+ information: → Total surface area = 𝟭𝟬𝟯𝟲𝗺²/𝗺³ → Protected surface area = 𝟴𝟬𝟬𝗺²/𝗺³ → Specific gravity = 𝟬.𝟵𝟮 ± 𝟬.𝟬𝟮 → Dimensions = 𝟭𝟲.𝟳𝟱𝗺𝗺ø 𝘅 𝟱𝗺𝗺 → Voidage = 𝟲𝟯% → Dry weight = 𝟭𝟳𝟬 𝗸𝗴/𝗺³ https://t.co/8VYxs3eb9W

This can reduce tank volumes required for wastewater treatment and thus reduce civil/excavation costs The wheel shape structure features internal fins and large openings which allow wastewater to freely pass through the media, helping to maintain a healthy and thin biofilm 2/4

Biomass carriers play a key role in biological wastewater treatment Bioflo+ media provides a large, protected surface area for optimal biofilm attachment & conditions for the bacteria culture when suspended in water. The innovative design allows high biomass concentrations 1/4

Allowing good contact between liquid and gas The open structure, with a high voidage of 92%, means a low pressure drop on the gas side, minimising blower power and therefore energy consumption—helping the bioscrubber to run efficiently Full case study:

In the 2 years that the system has been operating, the hydrogen sulphide removal has been consistently >95%. The bioscrubber used 7m depth of Bioball media. Bioball—manufactured by Warden Biomedia—is made from recycled PP and provides a surface area of 220m²/m³

The process: → Uses no hazardous chemicals → Has low maintenance → And low operating costs The control system allows continuous monitoring of pH, level, and flow and MEHS remotely monitored the plant every day and visited the site weekly.

Water is continuously circulated from the bottom to spray distributors at the top giving even distribution of liquid over the packing The pH is automatically controlled between 8.5-9.5 Bacteria in the circulating water biologically remove odour producing contaminants

Stage two: Design of odour control system The preferred option was a bioscrubber in which the odour sources from the wastewater treatment plant are ducted to a fan which blows the potentially odorous air into the bottom of a 4.2 m diameter tower

This identified the odour reduction required to meet the regulatory ambient odour level and regulatory limits for receptors, currently 3 or 1 Odour Units (OUE/Nm³). The next stage was to design the new odour control system.

Stage 1: Identify odour emission points After reviewing volumes & concentrations of emissions from all identified points, odour samples were taken to determine the odour mass emissions. An odour model showing the impact on the area around the site was then produced

PROJECT RECAP: Eliminating odour issues Staunton Foods is nestled in the picturesque village of Timoleague in rural West Cork, and has supplied quality pork and bacon products for over 70 years to both domestic and export markets When odour issues arose, MEHS were consulted...

Read here: https://t.co/w0anJfLAyi

Efficiently eliminate odour issues. → No hazardous chemicals → Low maintenance → Low operating costs Here's how MEHS delivered a new highly efficient odour control system fitted with our recycled plastic biomedia...

Contributing to cleaner water. And a healthier environment.

The large surface area—500 m²/m³—allows for optimum biofilm attachment, which promotes generation of healthy and thin biofilms, improving resistance to shock loads. Increasing wastewater treatment capacity and reducing the required tank volume for wastewater treatment.

Manufactured in the UK from high quality plastic, Biopebble is available in 100% recycled PP. And is fully recyclable. It's a durable and rugged media, with density close to water, making it ideal for MBBR applications.

Biopebble filter media provides a large, protected surface area and optimised design for efficient and effective MBBR treatment. The new spherical design significantly improves media efficiency, a product of improved mobility, and therefore reducing aeration energy requirements.

One of the most effective wastewater treatment methods is the moving bed biofilm reactor (MBBR). MBBR is a biological treatment process utilising free-moving filter media to support the growth of beneficial microorganisms which break down organic matter.

Effective wastewater treatment is crucial. To protect the environment. To preserve biodiversity. To ensure public health. Organic matter, nutrients and harmful inorganic substances must be removed from wastewater to prevent pollution and protect the environment.