Biogas Exploitation Brewery Waste Water Treatment

Biogas Exploitation Brewery Waste Water Treatment

$69999-72999 /Set/Sets

Payment Type:	L/C,T/T
Incoterm:	FOB,CFR,CIF,EXW
Min. Order:	1 Set/Sets
Transportation:	Ocean,Land
Port:	SHANGHAI,QINGDAO,ALASHANKOU

Option:

ø10 x H5

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Product Description

Product Attributes

Model No.: LPT500

Brand: LIPP

Certification: ISO9001

Application: Chemical

Packaging & Delivery

Selling Units	:	Set/Sets
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Product Description

Applicable Fields:

- Waste Water Tank

- Sewage sludge tank

- Process water tank

- Storage tank

- Firefighting water tank

- Mixing and compensation tank

- Buffer tank

- Stackable sludge tank

- Filtrate water tank

- Final sedimentation tank

Other special tanks on request

Specification:

Technical Data

Diameter: 3.5 - 38 m

Height: 5 - 23 m

Volume: 100m3 - 10,000m3

pH level: 3 - 13

Material

Galvanized steel / black steel

Stainless steel (SUS304, SUS316...)

Verinox (stainless steel + galvanized steel)

Accessories

Roofs and covers

Tank bottom

Pumping and mixing technology

Tank insulation

Stairways, ladders, platforms, connection pieces, manholes, etc.

Dimension Sheet:

LIPP® DOUBLE-SEAM / SPIRAL RIB

Conventional systems are often unsuitable for the optimum, safe storage of solid or liquid substances and their use can result in premature corrosion, leaks and problems with safety. Flexibility is another important factor. Tanks must be flexible in terms of size and substrate and optimally adaptable to the local conditions.

Brewery wastewater treatment process

1. Pretreatment

Screen/grille interception

Removal of large suspended solids (e.g. beer lees, wheat husks, etc.).

Conditioning pool

Adjust the water quality and quantity to reduce the fluctuation of subsequent treatment load.

Homogeneous homogeneity

Stirring to evenly distribute pollutants and improve the treatment effect.

2. Physical processing

Precipitation/air flotation

Gravity or bubbles are used to separate suspended solids (e.g. primary sedimentation before activated sludge processing).

Filtration

Suspended solids and colloidal substances are further removed by means of a filter or screen.

3. Biological treatment

Anaerobic treatment

Degradation of high concentrations of organic matter (e.g., COD 500–40,000 mg/L) to produce biogas (which can be used for power generation or heating).

Commonly used processes: hydrolysis acidification tank, anaerobic digestion tank. Aerobic treatment Activated sludge method: use microorganisms to degrade residual organic matter (such as BOD, COD).

Biofilm method: microorganisms attach to the surface of the filler to form a biofilm to stabilize the treatment of pollutants. Process example: SBR cell (sequential batch reactor).

4. In-depth processing

Adsorption/oxidation

Activated carbon adsorbs color and refractory organic matter, ozone or hydrogen peroxide oxidatively decomposes pollutants.

Membrane treatment

Ultrafiltration or reverse osmosis technologies enable wastewater reuse or zero discharge (e.g. Barros membrane technology).

Disinfect

Ultraviolet light or chemical agents kill pathogenic microorganisms.

5. Sludge treatment

Concentration and dehydration

Sludge volume reduction by belt press or centrifuge.

Stabilization

Anaerobic digestion or composting for sludge stabilization.

Key Metrics & Criteria

Emission standards: It is necessary to comply with the "Discharge Standards for Pollutants in the Beer Industry" (GB19821-2005), and it is forbidden to discharge into Class I/II waters.

Core Parameters:

The COD/BOD: ratio is typically 1.25–1.5, and biological treatment can be reduced to emission limits.

SS (Suspended Solids): Reduced to a specified range by physical and chemical methods.

Precautions

High-concentration wastewater: (e.g. fermentation broth) needs to be pre-treated separately to avoid impacting the main treatment system.

Temperature control: High-temperature wastewater (e.g. distillation) needs to be cooled to a suitable temperature (≤40°C) for biological treatment.

Recycling: Cooling water can be recycled into the soaking process, reducing the total water discharge. Through these processes, brewery wastewater can be effectively discharged or reused and reused as a resource (e.g. biogas for power generation).

About Us

Anyang lipp silo Engineering Co.,Ltd is a joint venture with its German partner, Lipp GmbH, the founder of Lipp® silo. Founded in 1984, Anyang Lipp has built over 10,000 steel silos in China and other countries like USA, Russia, Kazakhstan, Mongolia, Malaysia, Egypt, Zambia, Indonesia, Cambodia, Brunei etc.

Milestones

1985	We built the first Lipp silo for Xixia Distillery in Shandong Province, China, filled the gap of Chinese steel silo construction.
1991	We built the highest steel silo with the height 33m in Lianyungang, it became a milestone in Chinese storage field.
1993	we built the first silo design institute of China;
1996	We became the first Chinese company won the international invitation of tender in steel silo field (German Steinecker GMBH, New Zealand Lionna Than Company )
1998	We built the biggest steel silo for Uni-President group of Taiwan.
2001	We built the biggest Steel Tank (dia. 38m) for Chengyang Waste Water Treatment factory, Tsingdao.
2006	Annual turnover exceeded RMB120 million; turnover exceeds 100 million for 3 consecutive years.
2011	Given the title “National High & New Technology Enterprise” Annual turnover exceeded RMB250 million
2014	Became the first to get ISO9000, ISO14001 and ISO45001 certificates among the peers
2018	Introduce SM80 equipment from Germany, starting making spiral welding silo
2021	Secured Anyang Eco-Industrial Park EPC+O project with contract price CNY470 million