Exclusive interview: H2O Global News Editor Sion Geschwindt spoke with Industrial Phycology Business Development Manager, Andrew Best, about the company’s unique approach to waste water treatment....

Dr. Dan Murray, who founded the company in 2012 and now the company’s CTO, has decided to re-focus his incredible talents in other areas of algal science and will be leaving full-time employment at I-Phyc. Dan had the foresight, drive and ambition to develop a...

I-Phyc has been talking to Drain Trader UK about how the water industry can get to Net Zero with a little help from Algae and I-Phyc… Read more here.

Some great innovation happening in the UK which is truly making a big social impact in 2021. Check out Russell Bright & Industrial Phycology. https://150sec.com/150secs-top-20-impact-startups-in-the-uk-in-2021/16278/

I-Phyc has been featured in the latest issue of the quarterly Institute of Water Magazine. The article centres on the pros and cons of different artificial and natural wastewater treatment techniques, including the algae-based methods employed by I-Phyc. Read more on...

Last month Peter Vale, Severn Trent Water UK and UKWIR (UK Water Industry Research) presented to European Sustainable Phosphorus Platform the I-Phyc technology of removing unwanted nutrients from municipal wastewater with Low/Zero carbon footprint. We are mentioned in...

Sensors for Water Interest Group picked up on the fact that we are speaking at the WWT Future of Phosphorus Removal in Wastewater conference. Come and be part of the conversation....

You may have heard of Bio-P removal, now there is a new Bio-P process of removing Phosphorus from wastewater using algae rather than the traditional chemical approach.  But how do the two methods compare, and what are their pros and cons?  Andrew Best of I-Phyc...

A new algae-based method of removing phosphorus from wastewater has been shortlisted for Most Innovative New Technology of the Year at the Water & Wastewater Treatment Awards. Full article:...

Check out our CEO Russell Bright talking to Startup.info about how COVID-19 has affected I-Phyc as a business, and how our innovation is going from strength to strength: Russell Bright: Innovation Cleans Up the World’s Rivers (startup.info)

AMP7 is bringing with it even tighter phosphorus discharge limits – so how can smaller plants tackle the challenges of phosphorus removal? AMP7 brings with it even tighter phosphorus discharge limits and, while some larger wastewater treatment plants are able to...

See the list on their website - VCBay News: TOP 10 Greentech Startups worldwide

I-Phyc are collaborating with world-leading experts in Computational Fluid Dynamics to optimise the use of algae to remove Phosphorous, Ammonia and other contaminants from tertiary sewage wastewater The aim of this project is to apply advanced flow modelling and...

South West Water is installing Industrial Phycology (I-Phyc)’s algal technology to remove phosphorus (P) in the final effluent at Broadwindsor Sewage Treatment Works. The scheme is part of South West Water’s drive to innovate and deliver P removal schemes for small...

Industrial Phycology are providers of innovative and cutting edge technology for removal of Phosphorus, Ammonia and trace contaminants from wastewater. In a recently published article in WWT magazine we explain the challenges associated with achieving the ever...

A company that has developed an eco-friendly water treatment system that can reduce pollution levels has raised £550,000 to help roll it out to the water industry, and because of the take-up across the water industry, will soon be open to further investment....

The I-Phyc Algal Biological Reactor in action, removing both Phosphorus and Ammonia down to trace levels (<0.01mg/l). No need for any chemicals (Ferric) or filtration, our green process does it all.

The I-Phyc Algal Biological Reactor has been running consistently and these are just some of the results. The reactor has a capacity of 75m3 of effluent per day and works to a P limit of below 0.5mg/l. We also run the reactor to easily achieve trace levels of...