Overview

• Bioactive filtration media, providing an ideal colonization substrate and a suitable source of organic carbon to beneficial microbes responsible for uptake of nitrate and phosphate.
• Helps decrease latent organic material, and hence nitrate and phosphate concentrations, in aquaria, greatly simplifying and improving nutrient control relative to methods based solely upon using vodka or other alcohol/sugar solutions as organic carbon sources.
• May be used with MicroBacter7 and/or as part of a low-nutrient approach to aquarium husbandry.
• Improves water clarity through remineralization of latent dissolved organic compounds present in system.
• Safe for use in all freshwater and marine aquaria, including planted and reef systems.

Overview

• Bioactive filtration media, providing an ideal colonization substrate and a suitable source of organic carbon to beneficial microbes responsible for uptake of nitrate and phosphate.
• Helps decrease latent organic material, and hence nitrate and phosphate concentrations, in aquaria, greatly simplifying and improving nutrient control relative to methods based solely upon using vodka or other alcohol/sugar solutions as organic carbon sources.
• May be used with MicroBacter7 and/or as part of a low-nutrient approach to aquarium husbandry.
• Improves water clarity through remineralization of latent dissolved organic compounds present in system.
• Safe for use in all freshwater and marine aquaria, including planted and reef systems.

Overview

• Bioactive filtration media, providing an ideal colonization substrate and a suitable source of organic carbon to beneficial microbes responsible for uptake of nitrate and phosphate.
• Helps decrease latent organic material, and hence nitrate and phosphate concentrations, in aquaria, greatly simplifying and improving nutrient control relative to methods based solely upon using vodka or other alcohol/sugar solutions as organic carbon sources.
• May be used with MicroBacter7 and/or as part of a low-nutrient approach to aquarium husbandry.
• Improves water clarity through remineralization of latent dissolved organic compounds present in system.
• Safe for use in all freshwater and marine aquaria, including planted and reef systems.

Overview

• Bioactive filtration media, providing an ideal colonization substrate and a suitable source of organic carbon to beneficial microbes responsible for uptake of nitrate and phosphate.
• Helps decrease latent organic material, and hence nitrate and phosphate concentrations, in aquaria, greatly simplifying and improving nutrient control relative to methods based solely upon using vodka or other alcohol/sugar solutions as organic carbon sources.
• May be used with MicroBacter7 and/or as part of a low-nutrient approach to aquarium husbandry.
• Improves water clarity through remineralization of latent dissolved organic compounds present in system.
• Safe for use in all freshwater and marine aquaria, including planted and reef systems.

NPX Bioplastics granular plastic media made from biodegradable polymers. For use in a fluidized reactor or in a media bag within any filter. The slow release of organic food from these plastics promotes the development of bacteria that assimilate nitrate and phosphate. These bacteria can be harvested by protein skimmers, so that the nitrate and phosphate levels are naturally reduced. The bacteria are also a food source for filter-feeding invertebrates such as corals, clams, sponges, and feather dusters. Use 100ml of NPX Bioplastics for every 25 gallons.

NPX Bioplastics guidelines
NPX Bioplastics are best employed in a fluidized reactor such as the PhosBan Reactor 150 or 550.
When using NPX Bioplastics in a PhosBan Reactor, the sponges from the reactor must be removed and replaced with NPX screens, available in a pack of 2.
For 200 ml of NPX Bioplastics use the PhosBan reactor 150
For 400 ml of NPX Bioplastics use the PhosBan reactor 550
For 200 ml of NPX Bioplastics in the PhosBan reactor 150 choose a pump with 300 350 gph capacity.
For 400 ml of NPX Bioplastics in the PhosBan reactor 550 choose a pump with 350 500 gph capacity.

NPX Bioplastics granular plastic media made from biodegradable polymers. For use in a fluidized reactor or in a media bag within any filter. The slow release of organic food from these plastics promotes the development of bacteria that assimilate nitrate and phosphate. These bacteria can be harvested by protein skimmers, so that the nitrate and phosphate levels are naturally reduced. The bacteria are also a food source for filter-feeding invertebrates such as corals, clams, sponges, and feather dusters. Use 100ml of NPX Bioplastics for every 25 gallons.

NPX Bioplastics guidelines
NPX Bioplastics are best employed in a fluidized reactor such as the PhosBan Reactor 150 or 550.
When using NPX Bioplastics in a PhosBan Reactor, the sponges from the reactor must be removed and replaced with NPX screens, available in a pack of 2.
For 200 ml of NPX Bioplastics use the PhosBan reactor 150
For 400 ml of NPX Bioplastics use the PhosBan reactor 550
For 200 ml of NPX Bioplastics in the PhosBan reactor 150 choose a pump with 300 350 gph capacity.
For 400 ml of NPX Bioplastics in the PhosBan reactor 550 choose a pump with 350 500 gph capacity.

NPX Bioplastics granular plastic media made from biodegradable polymers. For use in a fluidized reactor or in a media bag within any filter. The slow release of organic food from these plastics promotes the development of bacteria that assimilate nitrate and phosphate. These bacteria can be harvested by protein skimmers, so that the nitrate and phosphate levels are naturally reduced. The bacteria are also a food source for filter-feeding invertebrates such as corals, clams, sponges, and feather dusters. Use 100ml of NPX Bioplastics for every 25 gallons.

NPX Bioplastics guidelines
NPX Bioplastics are best employed in a fluidized reactor such as the PhosBan Reactor 150 or 550.
When using NPX Bioplastics in a PhosBan Reactor, the sponges from the reactor must be removed and replaced with NPX screens, available in a pack of 2.
For 200 ml of NPX Bioplastics use the PhosBan reactor 150
For 400 ml of NPX Bioplastics use the PhosBan reactor 550
For 200 ml of NPX Bioplastics in the PhosBan reactor 150 choose a pump with 300 350 gph capacity.
For 400 ml of NPX Bioplastics in the PhosBan reactor 550 choose a pump with 350 500 gph capacity.

NPX Bioplastics granular plastic media made from biodegradable polymers. For use in a fluidized reactor or in a media bag within any filter. The slow release of organic food from these plastics promotes the development of bacteria that assimilate nitrate and phosphate. These bacteria can be harvested by protein skimmers, so that the nitrate and phosphate levels are naturally reduced. The bacteria are also a food source for filter-feeding invertebrates such as corals, clams, sponges, and feather dusters. Use 100ml of NPX Bioplastics for every 25 gallons.

NPX Bioplastics guidelines
NPX Bioplastics are best employed in a fluidized reactor such as the PhosBan Reactor 150 or 550.
When using NPX Bioplastics in a PhosBan Reactor, the sponges from the reactor must be removed and replaced with NPX screens, available in a pack of 2.
For 200 ml of NPX Bioplastics use the PhosBan reactor 150
For 400 ml of NPX Bioplastics use the PhosBan reactor 550
For 200 ml of NPX Bioplastics in the PhosBan reactor 150 choose a pump with 300 350 gph capacity.
For 400 ml of NPX Bioplastics in the PhosBan reactor 550 choose a pump with 350 500 gph capacity.

TLF Phosban Reactor Extension Kit