ZH-1001 Biogas Bacteria as catalyst for biogas yield

ZH-1001 Methanogenic bacteria

ZH-1002 Non-methanogenic bacteria

Brief Introduction

This product is a compound microorganism bacterium agent containing cellulolytic bacteria, half-cellulolytic bacteria, amylolytic bacteria decomposing bacteria, protein decomposing bacteria, acid-producing bacteria, and methanogenic bacteria. It can accelerate decomposing of the organic materials, promote biogas growth, and increase gasification slag and biogas production, which has no toxic effect to livestock and people.

Working Mechanism

Biogas fermentation refers to a variety of organic compounds decomposed and transformed by various types of biogas microbial, and eventually generate biogas process in certain moisture, temperature and anaerobic conditions.

Biogas is a mixture of gas, the main component of which is methane, occuping 50-70% of the total volume of gas, followed by 30-40% of carbon dioxide. In addition, it contains a small amount of gas such as nitrogen, hydrogen, oxygen, ammonia, carbon monoxide, and hydrogen sulfide. Methane, ammonia and carbon monoxide are flammable gas, which we mainly use burning to get energy.

Biogas fermentation process can be generally divided to three stages: liquefaction, acid yielding and methane-producing.

The first stage (liquefaction): organic substances (carbohydrates, protein, fat, etc.) by the effect of fermentation bacteria (cellulose decomposing bacteria, protein decomposing bacteria, fat decomposition bacteria, etc.) hydrolyzing the polysaccharide into simple sugars, protein into peptides and amino acids, fat hydrolysis into glycerol and fatty acids, and further degraded into various lower organic acids, such as acetic acid, propionic acid, Yichun etc. Meanwhile, it also generates hydrogen and carbon dioxide.

The second stage (acid yielding): Mainly by hydrogen-producing bacteria and acetic acid bacteria decomposing propionic acid, acetic acid and ethanol forms hydrogen and acetate, or occasionally produces carbon dioxide.

The third stage (methane-producing phase): Methanogenic bacteria decomposes of acetic acid and alcohols to form methane and carbon dioxide, or make use of hydrogen to restore carbon dioxide to form methane, or converse formic acid to form methane.

The three stages of biogas fermentation are interdependent and continuously proceed to maintain dynamic balance. In the early stage of biogas fermentation, the first and second stages take the main role, also the third stage takes places; in later stage, the three stages take place at the same time, to a certain time maintaining a dynamic balance to continue produce biogas normally.

Advantages

1. Maintain the stability of the biogas fermentation environment, improving gas production rate.

2. With a high fermentation speed, it reduces hetero gas generation.

3. It has a demonstrable effect to the start of the new digesters and the recovery of biogas digesters after refueling, to achieve a quick start.

Adding Condition:

Temperature: 20 °C -30 °C, the optimum temperature is 35 ° C

PH: 6.5-7.5, the optimum PH is 6.8

Dosage

1. ZH-1001: 50-100ml / m³,

ZH-1002: 10g / m³

2. Take ZH-1001 liquid product and ZH-1002 solid product in accordance with the standard dosage, and then put them to the digester.

Storage

Placed in cool, well-ventilated place, the shelf life of the products is two years.

Precautions

1. The product can not be mixed with antibiotics, disinfectants or insecticides when used.

2. After using, please seal it tightly and prevent gas leakage.

Technical Services:

Sukahan (Weifang) Bio-Technology Co., Ltd. will assist our customers to use the product correctly.