Manufacturer: Hamann AG (Germany)
For over 35 years, Hamann have been providing the marine industry with the world's best in sewage treatment technology. The Hamann brand is synonymous with quality, reliability and longevity. Each plant is constructed and tested under very strict standards ensuring trouble-free operation in any environment. Hamann sewage treatment plants are applied across a range of applications including yachts, ferries, cruise ships, container ships, navies, tugs, barges, oil rigs and offshore platforms.
- Extremely compact.
- High processing capacity.
- No pre-filtration system or screening required.
- High quality process without membranes.
- Completely automatic operation.
- Not sensitive to toxic shock from cleaning chemicals.
- Comprehensive warranty program.
- Supported by a worldwide network of sales and service stations.
1 - 10 Passengers
The Super Mini Plus is extremely simple yet robust, making it a perfect choice for vessels operating with up to 10 berthed passengers.
The scope of supply includes everything you need to effect a perfect, 'set-and-forget' installation of a high quality and reliable sewage treatment solution.
The Hamann HL-Cont Plus series of sewage treatment plants are available in a range of capacities to suit any type of installation. The treatment plant is conveniently constructed within a single skid in order to minimise the installation space requirement.
The treatment process is simple, automatic and requires very little crew intervention. The scope of supply includes a variety of options, allowing you the flexibility to incorporate existing facilities or have a complete turn-key package offering proven and reliable service.
Dissolved air floatation is a well-known treatment process whereby contaminants are removed through a separation process involving tiny air bubbles and chemical flocculant.
When the level inside the onboard collection tank rises to the “start” level, the treatment plant will start automatically. Sewage will circulate through the treatment plant for a short, fixed time (only a few minutes). This circulation process provides time for the bioreactor to to grow and the UV steriliser to achieve optimal performance.
Sewage inside the treatment plant is saturated with air at a pressure of about 6 bar. The sewage remains pressurised until reaching the expansion valve A-1-H-004 (please refer to the process diagram). After passing through expansion valve, the sewage is unpressurised (atmospheric pressure).
Chemical flocculant is added to the sewage to help the separation and treatment process.
Due to the pressure loss after the expansion valve, tiny bubbles within the sewage begin to expand. As a result, an air cushion of many thousands of small air bubbles is formed within the flotation tank. As the air bubbles expand and rise, sludge particles are lifted to the surface inside flotation tank. The chemical flocculant helps to bind the sludge particles together into a solid mass that is supported by the air bubbles. The sludge is lifted into a separation chamber where it falls by gravity into a sludge collection chamber within the flotation tank. When the sludge chamber is full, it is automatically discharged to the customerʼs sludge tank inside the ship.
Heavy, cleaner sewage water is always present below the air bubbles inside the lower section of the flotation tank. The outer section of the flotation tank contains a fixed bed bioreactor. Natural bacteria inside of the sewage grow on the bioreactor. These bacteria digest the harmful nutrients within the sewage water.
As the clear water exits the flotation tank, it will pass through a UV steriliser to kill any harmful bacteria or pathogens before discharge to the ocean.
There are many advantages to this treatment process when compared to conventional membrane bioreactors or settlement-type electro-chemical systems:
- Lower operating costs. Our system does not need filters or membranes.
- Reliable operation. We do not need activated sludge, therefore there is no risk of toxic shock caused by aggressive chemical use by the crew or passengers.
- The treatment process is not affected by changes in hydraulic load.
- The treatment plant has a very high capacity and a very small installation space requirement.
- The high capacity process requires a smaller holding tank.
- The treatment plant requires a small 25 mm ventilation connection where as others need much larger ventilation connections.
Capacity: 5,200 litres per day.
Persons: approximately 30 considering vacuum toilets.
Dimensions: 0.75 x 0.95 x 1.0 m (plant)
Weight: 270kg operational
Power requirement: 3.1 kW (50 Hz)
Materials: Version (1) mostly stainless steel with some piping in PVC; version (2) mostly stainless steel including piping.
Coating: RAL9010
Sludge: 2%
The treatment process involves maceration, dissolved air flotation and UV disinfection. This treatment plant requires no chemicals for treatment or maintenance. Aside from the UV lamp, the HAMANN HLCP02 Slim is consumable-free, providing the owner with a very affordable and extremely compact sewage treatment plant.
Capacity: 12,000 litres per day.
Persons: approximately 60 considering vacuum toilets.
Dimensions: 1.0 x 1.3 x 1.4 m (LxWxH)
Weight: 950kg operational
Power requirement: 1.7kW (50 Hz)
Materials: Version (1) mostly stainless steel.
Coating: RAL9010
Sludge: 3-5%
The treatment process involves maceration, dissolved air flotation, biological process via fixed bed reactor and UV disinfection. The treatment process is enhanced through the use of a small amount of chemical flocculant for the purpose of solids separation.
Capacity: 24,000 litres per day.
Persons: approximately 130 considering vacuum toilets.
Dimensions: 1.2 x 1.6 x 1.8 m (LxWxH)
Weight: 1,630kg operational
Power requirement: 2.5kW (50 Hz)
Materials: Version (1) mostly stainless steel.
Coating: RAL9010
Sludge: 3-5%
The treatment process involves maceration, dissolved air flotation, biological process via fixed bed reactor and UV disinfection. The treatment process is enhanced through the use of a small amount of chemical flocculant for the purpose of solids separation.
Capacity: 48,000 litres per day.
Persons: approximately 250 considering vacuum toilets.
Dimensions: 1.5 x 2.1 x 2.1 m (LxWxH)
Weight: 2,800kg operational
Power requirement: 3.9kW (50 Hz)
Materials: Version (1) mostly stainless steel.
Coating: RAL9010
Sludge: 3-5%
The treatment process involves maceration, dissolved air flotation, biological process via fixed bed reactor and UV disinfection. The treatment process is enhanced through the use of a small amount of chemical flocculant for the purpose of solids separation.
Capacity: 96,000 litres per day.
Persons: approximately 510 considering vacuum toilets.
Dimensions: -- -- -- m(plant)
Weight: kg operational
Power requirement: --kW (50 Hz)
Materials: Version (1) mostly stainless steel.
Coating: RAL9010
Sludge: 3-5%
The treatment process involves maceration, dissolved air flotation, biological process via fixed bed reactor and UV disinfection. The treatment process is enhanced through the use of a small amount of chemical flocculant for the purpose of solids separation.
Capacity: 48,000 litres per day.
Persons: approximately 1,040 considering vacuum toilets.
Dimensions: 2.1 x 4.7 x 2.7 m (LxWxH)
Weight: 8,800kg operational
Power requirement: 13.5kW (50 Hz)
Materials: Version (1) mostly stainless steel.
Coating: RAL9010
Sludge: 3-5%
The treatment process involves maceration, dissolved air flotation, biological process via fixed bed reactor and UV disinfection. The treatment process is enhanced through the use of a small amount of chemical flocculant for the purpose of solids separation.
Design Review
To determine the capacity requirements and recommend a plant, we need a few details about your project (such as the type of ship and the maximum number of users).
Please use our quotation request form to send us some basic information about your project and we will reply with a proposal for the appropriate plant.
To determine the capacity requirements and recommend a plant, we need a few details about your project (such as the type of ship and the maximum number of users).
Please use our quotation request form to send us some basic information about your project and we will reply with a proposal for the appropriate plant.
When you are ready to receive more information about sewage treatment products from Hamann AG, please contact Hamann Asia or any one of our sales affiliates located throughout southeast asia.
We may also send you a quotation at any time. Please use our online quotation page to send us some basic information about your project. Our sales team will evaluate your project and reply with a quotation and scope of supply.
Please visit our contact page to find the office closest to you.