1300gallons Sewage Treatment Tank SMC Mold Low Consumption High Efficiency Waste Water Treatment for Village Farm Remate Area

• Customization: Available
• After-sales Service: Provided
• Warranty: 1 Year
• Model NO.: XYD-JHC-001
• Type: Sludge Dewatering Machine
• Method: Biological Treatment
• Usage: Industrial, Home, Agriculture, Hospital, Sewage Treament
• Productivity: 5t/Day
• Keywords: Sewage Treatment Equipment Johkasou
• Size: 2420*2010*2000mm
• Showroom Location: United States, Viet Nam, Philippines, Peru, UAE
• Material: Molded Glass Fiber Reinforced Plastic
• Weight: 520kg
• Warranty of Core Components: 1 Year
• Core Components: Pump, Engine, Motor
• Advantage: Effluent Water Meets The Discharge Standards
• Voltage: 380V /Customized
• Power: 110W
• Machinery Test Report: Provided
• Transport Package: Wooden Box
• Specification: FRP Materials
• Trademark: New YUDA
• Origin: Guangxi, China
• HS Code: 8421219090
• Production Capacity: 200 Set/Month
• Package Size: 450.00cm * 210.00cm * 220.00cm
• Package Gross Weight: 620.000kg

Product Description

What differences between septic tank and sewage treatment plant

Septic Tanks & Sewage Plants - What's The Difference?

Septic tanks and sewage treatment systems serve the same purpose to the extent that they both provide buildings, that don't have access to mains sewers, with a way to process their wastewater. Despite their similarities, they do have some distinct differences.

What Is A Septic Tank?

As you can see in the diagram above, septic tanks are normally buried underground and are split into
multiple chambers. Wastewater enters one end of the septic tank, before being separated into solids (sludge) and oils (scum). The separated wastewater (effluent) then leaves the septic tank via an outlet and goes into a drainage field.

Once the water leaves the outlet pipe and has gone into the drainage field, the effluent is percolated
through the ground to remove bacteria, before being dispersed and rejoining watercourses.

How Does A Sewage Treatment Plant Work?

Although sewage treatment plants perform the same function as a septic tank, it does it in a different
way. Rather than just separating the sludge and scum from the wastewater, a sewage treatment plant uses a pump to aerate the chamber. This process encourages the growth of 'good' bacteria that will help to break down the harmful bacteria that's in the wastewater. Once this process has been completed, the liquid water can be released from the plant directly into watercourses, such as streams.

Key Differences

In terms of the process, the key difference between a septic tank and a sewage treatment plant is that a sewage treatment plant purifies the effluent before it is released, meaning that it can be released into streams without the need for further filtering.
Aside from the cleanliness of the effluent, there are also a number of other differences.
* Sewage treatment plants require electricity to run the air pump, however septic tanks can run power-free
* Septic tanks don't require servicing (although they do require emptying), whereas sewage treatment plants require servicing and emptying
* Septic tanks generally require emptying more frequently than sewage treatment plants

Product Description

1300Gallons Sewage Treatment Tank SMC Mold Low Consumption High Efficiency Waste Water Treatment for Village Farm Remate Area
 

SMC Materials
SMC material adopts FRP mold casting process, which has the advantages of general FRP material performance and at the same time improves the relevant mechanical property index. The material of the tank body include UP resin, glass fibers, fillers and various additives such as initiators, polymerization inhibitors, thickeners, internal release agents, etc. The glass fibers bear the major part of the mechanical strength, the filler reduces the cost and improves all the relevant properties of the resin and the composite material, etc., and prevents the fibers and resin from separating or being leached out during molding process.

Performance indicators of tank body material

Name	Unit	Index	Remarks
Density	g/cm3	1.75~1.95
Water-absorbing quality	mg	<3
Heat distortion temperature	ºC	≥240
Impact strength of supported beam (without notch)	KJ/m2	70~90
Bending strength	MPa	150~180
Flame retardancy	Level	HB
Compressive strength	MPa	>140
Curing temperature	Cº	135~145
PENETRATION INDEX	mm	3~5
Glass fiber content	%	25±2
Material shrinkage rate	%	0.05~0.10
Tensile strength	MPa	80~90
Degree of surface finish	To ensure that the material is free of impurities and has a glossy, smooth, crack-free surface.

1. Corrosion resistance

It has good corrosion resistance and can resist corrosion from dilute concentrations of acids, alkalis, and salts. And has good resistance to oils, organic solvents, and seawater.

1. Lightweight, high-strength, and resilient

It has high tensile strength, bending strength, and impact toughness, with a specific gravity between 1.75-1.90 g/cm3, and is lightweight, making it an ideal substitute material for ordinary plastics.

1. UV aging resistance, high and low temperature resistance

Has good resistance to UV aging. The material can maintain good mechanical properties over a wide temperature range (-50ºC to +155ºC). If buried underground, the service life exceeds 30 years.

1. Heat Insulation

It can reduce the impact of environmental temperature changes on the internal temperature of the box, especially in winter, which can effectively protect the water temperature and improve microbial biological efficiency.

1. Good Impact Resistance, easy to manufacture

Good impact resistance; insensitive to notching (no neat fracture, cracks do not spread); good machinability (can be drilled and cut).

BG Functional Microorganisms
BG functional microorganisms are special functional microorganisms developed for pollutants such as nitrogen, phosphorus, and oil in water bodies. They have significant phosphorus and nitrogen removal effects and have been widely used in many places.
The BG series functional microorganisms mainly include denitrifying microorganisms, polyphosphate accumulating microorganisms, oil removing microorganisms, and various COD reducing microorganisms. The main strains of microorganisms come from the environment itself. Take from the environment and use for the environment.     

Agents	Name of Strain	Applications
BG denitrifying compound microbial agent	Composed of various efficient water purification functional microorganisms  such as ammonia oxidizing microorganisms, nitrifying microorganisms, photosynthetic microorganisms, denitrifying microorganisms, etc., it can remove nitrogen from water bodies	Ecological restoration and reconstruction of eutrophic water bodies such as polluted rivers, lakes, and reservoirs, treatment of domestic sewage, and treatment of nitrogen-containing wastewater
BG polyphosphate compound microbial agent	Mainly composed of polyphosphate accumulating microorganisms, it removes phosphorus from water bodies	Ecological restoration and reconstruction of eutrophic water bodies such as polluted rivers, lakes, and reservoirs, treatment of domestic sewage, and treatment of nitrogen-containing wastewater
BG oil removal compound microbial agent	Degreasing microorganisms	Ecological restoration and reconstruction of eutrophic water bodies such as rural tourism wastewater, oily wastewater, polluted rivers, lakes, reservoirs, etc
BG black and odorous removal compound  microbial agent	Photosynthetic microorganisms, Bacillus subtilis, yeast, lactic acid microorganisms, coagulants, EM decolorizing microorganisms, cellulose degrading microorganisms, polycyclic aromatic hydrocarbon degrading microorganisms	Ecological restoration and reconstruction of eutrophic water bodies such as polluted rivers, lakes, and reservoirs.

This strains has the following characteristics:
1. High treatment efficiency and high treatment flux: the treatment capacity per unit tank capacity reaches 2-3 times that of the "activated sludge method";
2. Extremely low sludge production: The unit sewage sludge production is only about 30% of that of the "activated sludge method";
3. Strong ability to remove total nitrogen and phosphorus;
4. Good sludge settling performance and good effluent effect;
 

 

Specification

Purification Tank	Details Specification
Capacity	1m³/d	2m³/d	5m³/d
Size	2400×1300×1400mm	2130x1150x1650mm	2420x2010x2000mm
Weight	180kg	200kg	520kg
Thickness	6-7mm	6-7mm	7mm

 

Company Profile

NEW YUDA Environmental Protection Technology Co., Ltd. is a comprehensive environmental protection enterprise integrating consulting and design, equipment manufacturing, construction, investment and financing, and operation and maintenance management. Its business areas focus on urban and rural environmental governance, industrial and service wastewater treatment, and water supply purification, solid waste treatment and environmental services. The company is committed to providing overall environmental solutions for local governments' rural revitalization strategic projects and enterprises.
 

1) National Hi-tech Enterprise, Guangxi Famous Brand, Class A Credit Enterprise.
2) More than 60 intellectual property rights, including trademarks, software copyrights, utility and invention patents.
3) Strong technical ability, cooperate with Tsinghua University, Tianjin University, Tokyo University,etc.
4) More then 15 years experiences in the industry.
5) General contracting qualification of municipal public works construction. Professional contracting qualification of environmental protection engineering.
 

Certifications

Packaging Logistics

FAQ

1. What can you buy from us?
Sewage Treatment Equipment / Water Purifier / Water Purification and so on
2. What service can we provide?
Payment Terms:EXW; FOB; CIF and so on
Payment Way:T/T; L/C
3. What's your delivery time?
Based on different equipment, there is different delivery time.
Usually 7-18 days for reference.

 

 

Before providing details quotation, please kindly help to confirm below details:

1. What's your daily water treatment volume (T)?
2. Is the equipment used to treat domestic sewage or industrial sewage?
3. How many people use? / and where is the use scene?
4. Is there a water ingress test report?
5. What are the requirements for effluent and local discharge standards?