Biogas production program from human waste 3

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Biogas production program from human waste 3

Table 5-1 Specifications and dimensions of major buildings

Ser.	Name	Structure type	Specification and size	Unit volume/area (m2/m3)	qty	remark
1	Screen pond	reinforced concrete	2.50.61.5	2.25	1
2	Sump	reinforced concrete	5475	117.5	1
3	Conditioning tank foundation	reinforced concrete	φ6.35*0.5	15.82658125	2
4	Primary sedimentation tank foundation	reinforced concrete	φ4.82*0.5	9.118717	2
5	Transfer tank foundation	reinforced concrete	φ6.35*0.5	15.82658125	2
7	UASB tank foundation UASB	reinforced concrete	φ8.64*0.5	29.299968	2
10	AO tank foundation	reinforced concrete	φ14.76*0.5	85.509108	2
19	Sludge tank foundation	reinforced concrete	φ4.82*0.5	9.118717	1
20	Screw dewatering machine room	Brick house	978.5	63	1
21	Blower room	Brick house	65.53.5	33	1
22	Dosing area and storage area	Brick house	11.55.53.5	63.25	1
23	Central control room	Brick house	35.53.5	16.5	1
24	Switch room	Brick house	5.55.53.5	30.25	1
26	The perimeter of the structure is hardened	Rim 1m			1
27	Waste water station scattered ditch	Width 200mm			1
28	Equipment basis				1
29	Outdoor equipment insulation shed				1
30	Banister				1

Table 5-2 lists the main devices

Serial Number	Structure name	equipment name	Material	specifications	Unit	Number
1	Screen Canal	Rotary drum screen machine	SS304	Specification: B=600mm, grid pitch: 5mm, installation Angle 70°, drop height 1m, 1.5kW	pcs	1
2	Sump	Submersible mixer in Sump	SS304	QJB1.5/6-260/3-96 0	sets	1
3		submersible lift pump in Sump	Wetted parts SS304	Flow: 15 cubic meters/hour, head: 15 meters	pcs	2
4	Regulating pond	Regulating pond tank body	GFS tank	φ5.35.4.8(H)	sets	1
5		Regulating pond submersible mixer	SS304	QJB1.5/6-260/3-96 0	sets	1
6		Regulating pond lift pump		Sewage pipe pump 25m3/h�?/span>35m	pcs	2
7	Primary Sedimentation tank	Primary Sedimentation tank body	GFS tank	φ3.82-4.2(H)	sets	1
8		Coagulation and flocculation dosing box	Carbon steel with anti corrosion treatment		sets	1
9		Mixer in Coagulation tank 1	Shaft and Paddle in SS304	1.5kW	sets	1
10		Mixer in Flocculation tank 1	Shaft and Paddle in SS304	1.5kW	sets	1
11		Center pipe of Primary sedimentation tank	Carbon steel with anti corrosion treatment		sets	1
12		Primary sedimentation tank overflow	PP+SS304	12m	sets	1

EPC projects reference

New Hope 5S swine wastewater Treatment project

New Hope 5S hoggery swine wastewater treatment

Project was built in Beijing, mainly dealing with pig manure and rinse sewage. The technology is “Pre-process + UASB + Two A/O system+ Coagulating Sedimentation + Oxidation Pond�? treatment capacity is 580m³/ day.

�?span style="font-variant-numeric: normal;font-variant-east-asian: normal;font-variant-alternates: normal;font-size-adjust: none;font-kerning: auto;font-optical-sizing: auto;font-feature-settings: normal;font-variation-settings: normal;font-variant-position: normal;font-variant-emoji: normal;font-stretch: normal;font-size: 9px;line-height: normal;font-family: 'Times New Roman'"> Installation: 2020

“Pollutant discharge standards for livestock and poultry breeding�?span style="font-family: ArialMT"> (GB18596-2001)

�?Irrigation water quality standards for farmland�?span style="font-family: ArialMT"> (GB5084-2005) Water Standard

EPC project of Aquaculture Farm

According to the raw water monitoring data provided by the owner, the water quality of the project is as below table: Raw water design pollutant concentration value table Implementation of wastewater discharge ”Water pollutant discharge limit�?(DB44/26-2001) the first standard in the second period, specific indicators are shown in the table below: Concentration limit table

Pharmaceutical Wastewater Treatment

�?span style="font-variant-numeric: normal;font-variant-east-asian: normal;font-variant-alternates: normal;font-size-adjust: none;font-kerning: auto;font-optical-sizing: auto;font-feature-settings: normal;font-variation-settings: normal;font-variant-position: normal;font-variant-emoji: normal;font-weight: normal;font-stretch: normal;font-size: 9px;line-height: normal;font-family: 'Times New Roman'"> Installation: 2019

�?span style="font-variant-numeric: normal;font-variant-east-asian: normal;font-variant-alternates: normal;font-size-adjust: none;font-kerning: auto;font-optical-sizing: auto;font-feature-settings: normal;font-variation-settings: normal;font-variant-position: normal;font-variant-emoji: normal;font-weight: normal;font-stretch: normal;font-size: 9px;line-height: normal;font-family: 'Times New Roman'"> Single tank water treatment: 1000m3/d;

�?span style="font-variant-numeric: normal;font-variant-east-asian: normal;font-variant-alternates: normal;font-size-adjust: none;font-kerning: auto;font-optical-sizing: auto;font-feature-settings: normal;font-variation-settings: normal;font-variant-position: normal;font-variant-emoji: normal;font-weight: normal;font-stretch: normal;font-size: 9px;line-height: normal;font-family: 'Times New Roman'"> Reactor type: Granular sludge anaerobic reactor

�?span style="font-variant-numeric: normal;font-variant-east-asian: normal;font-variant-alternates: normal;font-size-adjust: none;font-kerning: auto;font-optical-sizing: auto;font-feature-settings: normal;font-variation-settings: normal;font-variant-position: normal;font-variant-emoji: normal;font-weight: normal;font-stretch: normal;font-size: 9px;line-height: normal;font-family: 'Times New Roman'"> Reactor size: 12.66×24m, 6 Sets

�?span style="font-variant-numeric: normal;font-variant-east-asian: normal;font-variant-alternates: normal;font-size-adjust: none;font-kerning: auto;font-optical-sizing: auto;font-feature-settings: normal;font-variation-settings: normal;font-variant-position: normal;font-variant-emoji: normal;font-weight: normal;font-stretch: normal;font-size: 9px;line-height: normal;font-family: 'Times New Roman'"> Source of wastewater: mixed water of acarbose extraction wastewater, domestic sewage and other water;

�?span style="font-variant-numeric: normal;font-variant-east-asian: normal;font-variant-alternates: normal;font-size-adjust: none;font-kerning: auto;font-optical-sizing: auto;font-feature-settings: normal;font-variation-settings: normal;font-variant-position: normal;font-variant-emoji: normal;font-weight: normal;font-stretch: normal;font-size: 9px;line-height: normal;font-family: 'Times New Roman'"> Inlet and outlet water quality requirements: COD removal efficiency is not less than 70%, the main inlet and outlet water quality parameters are shown in the table below:

Domestic Sewage Treatment Plant

Φ6.11*4.8m(H) 1 Set

Φ12.99*4.8m(H) 2 Sets

Φ12.99*7.2m(H) 1 Set

Water discharged:

After being treated by the sewage treatment station, the wastewater quality meets the �?/span>Integrated wastewater discharge standard�?/span>, the first class A water quality index.

Domestic Sewage Project

Φ22.92*6m(H) 2 Sets

Φ32.87*6m(H) 2 Sets

Φ28.27*4.8m(H) 2 Sets

Φ22.15*4.2m(H) 2 Sets

Φ5.35*1m(H) 2 Sets

�?span style="font-variant-numeric: normal;font-variant-east-asian: normal;font-variant-alternates: normal;font-size-adjust: none;font-kerning: auto;font-optical-sizing: auto;font-feature-settings: normal;font-variation-settings: normal;font-variant-position: normal;font-variant-emoji: normal;font-stretch: normal;line-height: normal;font-family: 'Times New Roman'"> Sewage water inlet and outlet data

Water discharged:

After being treated by the sewage treatment station, the waste water quality meets the �?/span>Integrated waste water discharge standard�?/span>, the first class A water quality index.

Domestic Sewage Treatment Project in Ghana

�?span style="font:9px 'Times New Roman'"> Installation: 2021

�?span style="font:9px 'Times New Roman'"> Location: Ghana

�?span style="font:9px 'Times New Roman'"> Daily treatment volume: 1800M3/day

�?span style="font:9px 'Times New Roman'"> Reactor type : UBF, A2/O

�?span style="font:9px 'Times New Roman'"> Reactor size:

1 set of UBF Tank: Φ11.46*9.6m

1 set of Second Sedimentation Tank: Φ14.52*4.8m

2 sets of A2/O Tanks: Outer Tank: Φ20.64*6.6m

Inner Tank: Φ9.17*6.6m

�?span style="font:9px 'Times New Roman'"> Sewage water inlet and outlet data

Biogas Project

�?span style="font:9px 'Times New Roman'"> Installation: 2013

�?span style="font:9px 'Times New Roman'"> Handling capacity: 650T/D farm animal manure and washing wastewater

�?span style="font:9px 'Times New Roman'"> Treatment type: medium temperature anaerobic fermentation

�?span style="font:9px 'Times New Roman'"> Reactor type: CSTR

�?span style="font:9px 'Times New Roman'"> Reactor size: 3 sets of Primary Anaerobic Reactors: Φ15.29×15m

1 set of secondary anaerobic reactor: Φ5.22×6m

�?span style="font:9px 'Times New Roman'"> Scale: Annual production of 3 million cubic meters of methane for vehicles

�?span style="font:9px 'Times New Roman'"> Installation: 2017

�?span style="font:9px 'Times New Roman'"> Handling capacity: 900m³/D Farm animal manure and agricultural waste (grass straw)

�?span style="font:9px 'Times New Roman'"> Treatment type: medium temperature anaerobic fermentation

�?span style="font:9px 'Times New Roman'"> Reactor type : CSTR Reactor

�?span style="font:9px 'Times New Roman'"> Reactor size: 4 sets of Φ25.98×8.4m anaerobic reactors

�?span style="font:9px 'Times New Roman'"> Scale: daily biogas output 20,000m³

World Bank Agriculture EPC Projects

1) Design, construction, supply, and installation of the waste management system

�?span style="font:9px 'Times New Roman'"> Installation: November 2016

�?span style="font:9px 'Times New Roman'"> Daily treatment volume: 150m³/d

�?span style="font:9px 'Times New Roman'"> Treatment process: Black film biogas digester

�?span style="font:9px 'Times New Roman'"> Technical mode: Energy ecotype

�?span style="font:9px 'Times New Roman'"> Emission standards: “Farmland irrigation water quality standard�?(GB5084-2005)Dry farming standard

�?span style="font:9px 'Times New Roman'"> Sewage water inlet and outlet data:

2) Design, construction, supply, and installation of livestock waste management system

�?span style="font:9px 'Times New Roman'"> Installation: November 2016

�?span style="font:9px 'Times New Roman'"> Daily treatment volume: 300m³/d

�?span style="font:9px 'Times New Roman'"> Technical mode: Energy ecotype

�?span style="font:9px 'Times New Roman'"> Emission standards: “Farmland irrigation water quality standard�?(GB5084-2005)Dry farming standard

�?span style="font:9px 'Times New Roman'"> Sewage water inlet and outlet data:

3) Design, construction, supply, and installation of waste management system

�?span style="font:9px 'Times New Roman'"> Installation: 2017

�?span style="font:9px 'Times New Roman'"> Daily treatment volume: 120m³/d

�?span style="font:9px 'Times New Roman'"> Treatment process: Deep anaerobic digester enamel tank

�?span style="font:9px 'Times New Roman'"> Technical mode: Energy ecotype

�?span style="font:9px 'Times New Roman'"> Emission standards: “Pollutant Discharge Standard for Livestock and Poultry Breeding Industry�?(DB44/613-2009) Emission Standard

�?span style="font:9px 'Times New Roman'"> Sewage water inlet and outlet data:

Breeding plant wastewater treatment project

March 2017

Installation is completed in March 2017

Treatment Process: Pre-process +USR+AOAO+ Advanced treatment

Processing treatment capacity: 600m³/ day

Hoggery Wastewater Treatment Project

Process: Pre-process +USR+AOAO

Processing treatment capacity: Manure cleaning by water submerging: 300m³/ day

Cattle Farm

Installation Time: 2013

Process: CSTR process with insulation system

Breeding Project

Installation Time: 2014

Process: CSTR process

Capacity: 400 dairy cows

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