For livestock manure treatment to reduce air emissions Avifloc S
For biogas production Bactogas
Disposal of petroleum products, phenols, hydrocarbons, land remediation - Avifloc T
Wastewater treatment: to improve nitrification for biofilters Avifloc N
WWTP organic biodegradation, settling improver in aeration tanks Avifloc EF
For animal husbandry Slurry treatment with Avifloc S bioproduct Slurry treatment is ideal for treating slurry to improve its quality and reduce crusting problems. Shrinking crust Avifloc S uses a combination of enzymes and bacteria to break down fiber and keep more nutrients in the slurry. Enzymes have a direct effect on this decomposition by breaking down the bonds that hold the fibers. Bacteria are the key to long-term slurry effectiveness in the winter. Bacteria need both a source of carbon and a source of nitrogen to grow. Coal is obtained from the organic matter in the slurry and nitrogen from the ammonia in the slurry. The advantages of this are that the solid contains carbon, which reduces the formation and sticking of the slurry crust. Second, ammonia that would otherwise be lost is bound as a microbial protein that is safe from evaporation during storage or distribution.
More nitrogen Avifloc S reduces the amount of ammonia in the slurry. The advantage of this is that nitrogen is bound to reduce losses. Nitrogen is stored as a microbial protein that cannot enter the atmosphere. Spread nitrogen is an ideal form to nourish soil microbes. This in turn improves the condition of the soil, reduces crop burnout and promotes better regeneration.
Less odor The odor level in the slurry is reduced because the bacteria in the Slurry treatment reduce the level of ammonia and break down other sulfur compounds in the slurry. As a result, barns with grated slurry storage have less odor. Less odor from outdoor storage and less odor during dispersal. The reduced odor is particularly evident in enclosed pig houses. Lower ammonia levels will further improve animal health and productivity. Benefits
Reduces crust formation
Retains more nitrogen
Slurry spreads more consistently
Healthier soil structure
Usage Use 1 kg / 200 m3 slurry storage capacity.
To increase biogas production
Biogas improver product Bactogas Biogas Improver is a powder product designed to stimulate, enhance the anaerobic digestion process and improve efficiency. The mineral carrier provides a site for the colonization of methanogens and acts as an ion exchange, promoting interspecies electron transfer. Bacillus strains were selected for their ability to increase hydrolysis and fermentation by secreting anaerobic, active hydrolytic enzymes. Synergies between chemistry and biology promote biogas production and reduce the final volume of sludge. The various metabolic possibilities with Bacillus allow the use of a wide range of bioreactor configurations and a variety of organic substrates. The biogas additive is manufactured according to the recognized international standard ISO 9001, which ensures quality. Stable spore formulas ensure long-term product stability. APPLICATION • Sludge supply systems • Agricultural waste supply systems • Slurry systems • Food and municipal waste systems • Landfill leachate systems • Single-phase configurations • Two-phase configurations • Other complex configurations The product is a combination of a new mineral carrier and selected Bacillus microorganisms. The pores of the mineral surface allow the colonization of the deep-structured biofilm, which provides an additional layer of protection for these microbes. The mineral surface is also able to absorb compounds such as ammonia and hydrogen sulfide, reducing their inhibitory effect on the entire system. The ability of Bacillus to secrete hydrolytic enzymes under anaerobic conditions promotes the degradation of various polymeric compounds present in sludge, such as proteins, polysaccharides, and fats. This helps to liquefy the sludge, making the substrates bioavailable for further decomposition and further methane formation. How does it work? Physiochemical component Methanogens colonize the inner pores of the mineral carrier. Biofilm formation allows better tolerance of environmental stress and the mineral surface facilitates the transfer of electrons between species. Both are beneficial for the growth and activity of methanogen Biological component Bacillus secretes many hydrolytic enzymes to break down organic polymers into small, more easily digestible ingredients. The improved fermentation phase produces more hydrogen and acetate for methanogenesis The strengthening of the most sensitive microbes allows for more methane production. The tests showed a very significant reduction in sludge and up to 50%. increase in biogas production. During the tests alone, the savings amounted to € 200,000. Packing: 20kg bags. Dosage: 0.1%. from the dry mass entering the bioreactor. Conditions - mesophilic up to + 45oC. Number of bacteria: 1 billion / g
Ammonia removal Nitrosomone and Nitrobacter bacterial concentrate Avifloc N Designed to improve the performance of the biofilter, to increase the efficiency of ammonium removal. Packs of 20L.