BIO-UV Group designs new M-Series BWTS
(Posted on 01/07/21)
BIO UV Group has designed a new series of BIO-SEA ballast water treatment system compatible with flow rate requirements of up to more than 2100m3/h.
The new M-Series BWTS incorporates a novel reactor arrangement designed to increase the flow rate capacity of existing technology without the need for any manifolds.
“This is a huge development in ballast water treatment,” said Xavier Deval, Business Director – BIO-SEA, BIO-UV Group. “With the M-Series we see a significant benefit in terms of size, capacity and installation simplicity. A manifold-free design allows shipowners to optimise installation time and costs dramatically, while keeping the number of reactors required to an absolute minimum; only one or two depending on the required flowrate.”
Speaking in an online event marking the official introduction of the M-Series, Deval explained that while the new version is based on the same technology inherent to previous incarnations of the BIO-SEA system, it is the development of the ‘M’ reactor itself that has allowed the company to advance the product.
“The evolution of the BIO-SEA system means ship owners and shipyards now have a high-capacity ballast water treatment system from a unit that incorporates fewer UV lamps than competing systems in the market,” said Deval.
“For a 300m3/h capacity system we can treat the volume with just one two-lamp M02 reactor. For a flow rate of 1040m3/h one seven-lamp M07 reactor would do the job, while a pair of these will be able to deal with 2100m3/h. With the installation of additional reactors, a maximum flow-rate capacity of 4000m3/h can, theoretically, be achieved.”
A range of ‘M’ reactors have been designed for different capacity requirements. These include the M02 for flow rates between 190 and 300m3/h, the M04 for 500 to 600m3/h flow rates, the M05 (500 to 750m3/h), M07 (760 to 1040m3/h), M08 (1040 to 1200m3/h), M10 (1040-1500m3/h), and the M14 for 500-2100m3/h flow rates.
In effect, BIO-UV Group has together with its own integrated engineering department developed a downscaled version of its existing UV technology to reduce system footprint and integration costs by at least 25%.
All environmental testing and UV dosage tests have been done under DNV supervision. IMO and USCG certification documents are imminent.
Available as a modular or skid system and with fewer components resulting in a reduced risk of corrosion, the M-series is available with a short lead time. A number of units are already on the shelf for immediate delivery.
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