Ballast water treatment systems are routinely tested for efficacy and residual toxicity at spring and summer temperatures in temperate areas, as that is the period when biological production is sufficiently high to match IMO testing requirements (guideline G8). Shipping, however, continues throughout the year and, as polar ice rapidly disappears, also shipping into the Arctic rapidly increases. This makes assessment of the performance of ballast water treatment technology at low temperatures urgent, especially when biocides are used. In order to assess the influence of temperature on the efficacy (toxicity) of PERACLEAN® Ocean (PO), IMARES has tested the toxicity of (PO) to various organisms at standard test temperatures and at low temperat...
A variety of methods were successfully applied to examine the efficacy of a modular ballast water sy...
This study addresses the topical issue of ballast water discharge. There is a need for best manageme...
Non-native aquatic species dispersed via ships ’ ballast water create a threat for local marine ecos...
Ballast water treatment systems are routinely tested for efficacy and residual toxicity at spring an...
In the period 2013-2015 the effect of two biocides used for the treatment of ballast water has been ...
Chlorine efficacy as a biocide for ballast water treatment was investigated under cold-and warm-wate...
Chlorine efficacy as a biocide for ballast water treatment was investigated under warm-cold temperat...
Ship's ballast waters transport large numbers of organisms which may become invasive in coastal regi...
The retreating ice cover opens up the opportunity for new shipping routes, and consequently shipping...
The spread of invasive species through ships' ballast water is considered as a major ecological thre...
Waste heat recovery from shipboard machineries could be a potential source for heat treatment of bal...
Uptake and discharge of ballast water by ocean-going ships contribute to the worldwide spread of aqu...
AbstractUptake and discharge of ballast water by ocean-going ships contribute to the worldwide sprea...
One proposed solution to the problem of ballast-mediated aquatic invasions involves chemically treat...
Ballast water is used in ships to maintain their balance. With the ballast water, non-indigenous org...
A variety of methods were successfully applied to examine the efficacy of a modular ballast water sy...
This study addresses the topical issue of ballast water discharge. There is a need for best manageme...
Non-native aquatic species dispersed via ships ’ ballast water create a threat for local marine ecos...
Ballast water treatment systems are routinely tested for efficacy and residual toxicity at spring an...
In the period 2013-2015 the effect of two biocides used for the treatment of ballast water has been ...
Chlorine efficacy as a biocide for ballast water treatment was investigated under cold-and warm-wate...
Chlorine efficacy as a biocide for ballast water treatment was investigated under warm-cold temperat...
Ship's ballast waters transport large numbers of organisms which may become invasive in coastal regi...
The retreating ice cover opens up the opportunity for new shipping routes, and consequently shipping...
The spread of invasive species through ships' ballast water is considered as a major ecological thre...
Waste heat recovery from shipboard machineries could be a potential source for heat treatment of bal...
Uptake and discharge of ballast water by ocean-going ships contribute to the worldwide spread of aqu...
AbstractUptake and discharge of ballast water by ocean-going ships contribute to the worldwide sprea...
One proposed solution to the problem of ballast-mediated aquatic invasions involves chemically treat...
Ballast water is used in ships to maintain their balance. With the ballast water, non-indigenous org...
A variety of methods were successfully applied to examine the efficacy of a modular ballast water sy...
This study addresses the topical issue of ballast water discharge. There is a need for best manageme...
Non-native aquatic species dispersed via ships ’ ballast water create a threat for local marine ecos...