Continuum Aquatics BacterGen MD 2 litres - Denitration Microbial Culture

Continuum BacterGen MD is a water conditioners breakthrough microbial culture specifically for denitration in all marine & reef systems.

The Continuum advantage.
Bacter Gen MD

BacterGen MD is a breakthrough in microbial cultures and is specifically designed to establish anaerobic bacteria populations in denitrators and anoxic zones (those zones that are depleted in dissolved oxygen), such as internal pores in live rock and to establish anoxic slime layers within all zones, even within zones otherwise saturated with oxygen.

BacterGen MD does this by developing layers of bacterial slime to prevent oxygen availability to anaerobic microbes thereby encouraging denitration by conversion of nitrates to nitrogen gas.

Whereas most competing products are designed primarily for freshwater aquariums, and most don't do much to address nitrate reduction, BacterGen MD will quickly generate effective anoxic zones and encourage beneficial denitrifying bacterial populations in seawater.

Whereas competing products may increase the production of toxic hydrogen sulfide in the system, and denitrators, particularly those utilizing alcohol or sugar for fuel are known for hydrogen sulfide production, BacterGen MD is non-sulfur fixing and will reduce hydrogen sulfide levels.

BacterGen MD is designed to seed new denitrators, as well as to form anoxic zones in other areas of marine aquariums.

When seeding new denitrators, or re-starting an old unit, it is best to do this off line.

Clean old denitrators first, to remove any buildup of organic material so that bacteria have clean surfaces for attachment.

Fill the unconnected denitrator with aquarium water, then add this product.

Since the bacteria will have no food, it is necessary to also add equal amounts of Reef Micro Fuel, along with the BacterGen MD, as an organic carbon source to accelerate the growth and maintenance of the new bugs.

Let denitrator stand for 12 hours for establishment of new populations.