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Sewage Treatment Device HBNA-10


Category:

HBNA Series Sewage Treatment Plant


Keywords:

Sewage Treatment Device HBNA-10


The HBNA series domestic sewage treatment device uses a combination of oxidation degradation, membrane microfiltration, and physical disinfection to treat sewage from ship toilets, kitchens, and bathrooms (also applicable to government agencies, schools, hotels, residential areas, and factories and mines).




Product Details


The HBNA series of domestic sewage treatment devices uses a combination of oxidative degradation, membrane microfiltration, and physical disinfection and sterilization to treat domestic sewage from ships' toilets, kitchens, and bathrooms (also applicable to government agencies, schools, hotels, residential areas, and factories and mines).

 

Product Details: Compared with similar products, it has the characteristics of small size, light weight, compact structure, no secondary pollution, and simple operation and maintenance.

Water quality standards after treatment by the HBNA series domestic sewage treatment device 
Heat-resistant coliform group: ≥100/100L 
Total suspended solids (TSS): ≥35mg/L 
Non-nitrified five-day biological oxygen demand (BOD5): ≥25mg/L 
Chemical oxygen demand (COD): ≥125mg/L 
Acidity (PH value): 6-8.5 
Residual chlorine: ≥0.5mg/L

 

The HBNA series of domestic sewage treatment devices uses a combination of oxidative degradation, membrane microfiltration, and physical disinfection and sterilization to treat domestic sewage from ships' toilets, kitchens, and bathrooms (also applicable to government agencies, schools, hotels, residential areas, and factories and mines).

Compared with similar products, it has the characteristics of small size, light weight, compact structure, no secondary pollution, and simple operation and maintenance.

The discharge water after treatment by this device meets the emission standards of the International Maritime Organization (IMO)'s amended International Convention for the Prevention of Pollution from Ships (MARPOL 73/78), and complies with Article 5.2.2 and 5.2.4 of GB3552-2018 "Emission Standards for Ship Water Pollutants" and IMO.MEPC.227(64) "2012 Implementation Guidelines for Discharge Standards and Performance Tests of Sewage Treatment Plants", and has obtained CCS, ZY and ZC type approvals.

 

 Hayward

 

Model

Hydraulic Load (L/d)

Organic Load (kg/d BOD5)

Electrical System

Certificate

Total Power (kw)

Dimensions

Net Weight (kg)

L(mm)

W(mm)

H(mm)

HBNA-5

350

0.175

AC220V/

AC380V/

AC440V

MEPC.227(64)

And GB3552-2018 Article 5.2.2 and 5.2.4

2.0

590

620

1400

~380

HBNA-10

700

0.35

2.0

820

745

1400

~420

HBNA-15

1050

0.525

2.0

930

850

1450

~450

HBNA-20

1400

0.7

2.0

1100

915

1450

~480

HBNA-30

2100

1.05

2.5

1340

995

1470

~560

HBNA-40

2800

1.4

2.5

1510

1115

1470

~650

HBNA-50

3500

1.75

3.0

1590

1215

1570

~690

HBNA-60

4200

2.1

3.0

1740

1290

1570

~730

HBNA-70

4900

2.45

3.0

1750

1360

1770

~800

HBNA-80

5600

2.8

4.0

1900

1415

1770

~890

HBNA-90

6300

3.15

4.0

1900

1465

1920

~1010

HBNA-100

7000

3.5

4.0

2030

1515

1920

~1150

 

About MEPC.227(64)

On October 5, 2012, the International Maritime Organization (IMO) Marine Environment Protection Committee formally adopted Resolution IMO.MEPC.227(64), which sets out new requirements for the MARPOL 73/78 International Convention for the Prevention of Pollution from Ships, Annex IV, concerning shipboard sewage treatment plants. From January 1, 2016, all new and existing ships' sewage treatment plants must meet the requirements of this convention.

 

STANDARD/Convention

Suspended Solids

Biochemical Oxygen Demand

Chemical Oxygen Demand

Coliform Group

PH

Residual Chlorine

Original Convention (before January 1, 2010)

<50mg/L(SS)

<50mg/L

NR

<250/100ml

6-9

As low as possible

New Convention (from January 1, 2016)

<35mg/L(TSS)

<25mg/L

<125mg/L

<100/100mg

6~8.5

<0.5mg/L

The hot water tank is an important equipment for heating water in marine engineering, mainly used in ship heating systems. Common types include electric heating marine hot water tanks and seawater/freshwater heating hot water tanks, which are characterized by stable operation and complete specifications. Manufacturers usually provide a variety of sizes of customized services.

Hot water tanks are divided into electric heating marine hot water tanks and seawater/freshwater heating hot water tanks according to the heating method. Electric heating type uses electric energy and is suitable for different ship environments; seawater/freshwater heating type uses the existing heat source of the ship to heat water. Both types are characterized by stable operation and complete specifications, and support various sizes of customized needs.

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