Ecological - Model BGE M - Biological Methane Booster
BGEm by ELI BioScience is a unique blend of methane forming bacteria called acetolactic methanogens as wall as hydrogen oxidizing methanogens. These microbes have been Isolated and stabilized in BGEm for their effectiveness to convert acetate and methyl to methane. Hydrogen oxidizing methanogens aid in producing hydrogen ions which react with available carbon dioxide to increase methane output.
Product Details
- Maximizes the production of biomethane output
- Enhances biogas methane percentage and heat value
- Drive methanogenesis by converting acetate and methyl to methane and carbon dioxide
- Oxidizes hydrogen ions which convert with carbon dioxide to increase methane output
- Safe, Easy to Apply, Effective.
- Concentrated methanogens to drive greats methane output
- Drives the final stage of methanogenesis
- High counts of archaea, proven to be the dnvmg for of methane generation
- Effective in passive, low rate, and high rate systems
Several trials have been conducted to showcase the diversity of the technologies capability to adjust to different feedstocks. An anerobic digestor operator in N. Ireland, displaying high levels, of hydrogen sulfide at 270 ppm and low methane output. The trial was conducted with daily treatment of BGEi and BGEi on an 600,000-gallon anaerobic digestor with a combined feedstock of grass, chicken litter, and manure slurry.
Results
Hydrogen Sulfide Concentration and Iron Hydroxide Usaae
Eli Biosciences effectively increas biogas yield a...
Eli Biosciences effectively increas biogas yield and methane percentage, while reducing hydrogen sulfide levels by 70% after 21 days of treatment. Completely removing his annual cost of $40,000 for iron hydroxide input.
The Biogas Series by Eli Biosciences supports each stage of anaerobic digestion.
The microbial technology promotes process improvement with high fat and protein food waste as ELI's microorganisms exhibit exceptional enzymatic breakdown and cleavage within Hydrolysis assuring problem free transition to acidogenesis, with limited to no build of FOG, scum, or foam.
Separate strains, including archaea, drive the conversion of fatty acids, leading to higher methane outputs.
Highly specifically to speed up the biological deg...
Highly specifically to speed up the biological degradation of hard to degrade compounds in anaerobic digestors. Contains purple sulfur - non-sulfur to support hydrogen sulfide reduction and methanogens to drive methane production.
- Effectively eliminates and controls hydrogen sulfizde
- Maximizes production biogas
- Enhance biogas methane percentage and heat value
- Reduces shut down time
- Increase loading capacity
- Enhances and drives startup of biogas unit
- Increases digestate plant availability
- Safe, Easy to Apply, Effective
BIOGAS SERIES BRINGS INOPERABLE DIGESTOR BACK TO L...
BIOGAS SERIES BRINGS INOPERABLE DIGESTOR BACK TO LIFE
The Holstein Family Farm in Pennsylvania, operating two 150,000-gallon anerobic digestors, were facing severe concerns with their reactors. The combined feed stock of poultry waste and dairy manure are extremely high in: FOG's, Protein, and chemical constituents. Difficulty breaking down these organics resolved in bulking, low methane output, and exceedingly high hydrogen sulfide levels.
Following treatment with Eli Biosciences™, the reactor's performance shifted dramatically. The methane percentage grew by 10%, solids were completely eliminated from the balancing tank, and hydrogen sulfide levels were undetectable.
Holstein Farm Generates an additional $720 per day...
Holstein Farm Generates an additional $720 per day with application of the Biogas Series, or a 7x return of investment. This does not factor in other benefits including operating efficiency, reduced shut down time, H2S reduction, and cost saving for replacement of equipment (H2S scrubber and Motors).
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