H2holland specialise in the design, construction and installation of complete waste water treatment plants for a wide range of industry sectors from beverage and food to sewage and waste water.
Whether your solution calls for a conventional treatment process or is to involve a more modern Membrane Bio Reactor (MBR) type system, you can rest assured that our dedicated team of process design and project engineers will deliver the correct solution for the specific needs of your plant.
We can Design, Build, and if required Operate & maintain under contract, turnkey effluent treatment plants for the recycling and re use of water. Sustainability in all our activities including energy efficiency, renewable energy from wastewater and water re-use solutions will ensure the optimal efficiency of your new effluent treatment plant.
With our many years of combined experience gained in technologies such as - screening, pumping, pipework, storage, mixing, aeration, maceration, physio-chemical treatment, biological treatment, dosing, settling, clarifiers, dewatering, filtration, UV, Ozone, reverse osmosis (RO), Dissolved air floatation (DAF), process instrumentation monitoring and control you can be certain of a clear solution to your effluent treatment needs.
Physical / chemical (before and / or after) treatment. Delivery and installation of filtration, DAF, precipitation, coagulation, flocculation, sludge dewatering or the conversion / optimization thereof.
Optimization (energetic / biological) and conversion of existing WWTPs / WWTPs. Membrane bioreactors (MBR) Design, realization, start-up, conversion, optimization and aftercare.
Design, realization, start-up, conversion, optimization and aftercare.
Delivery only after validation of biological and operational design.
Skids or containers for the preparation and / or control of our waste water (reuse) systems. Effluent polishing/reusing (waste) water Delivery and installation of various equipment polishing.
Delivery and installation of different equipement for ‘polishing’.
Optimization of biological characteristics, process-integrated measures and taking care of permits / notifications.
Support maintenance periodically and / or ad-hoc.
In a membrane bioreactor (MBR), the polluting components in the waste water are biodegraded by bacteria in a natural way. Because these bacteria need oxygen for this, these systems are intensively aerated. The purified water is then separated from the bacteria again by means of membrane filtration.
The special feature of a membrane bioreactor compared to a "normal / conventional" biological purification plant is that, thanks to the application of the membrane filtration, the plant can be built very compactly. In its Membrane Bioreactors, H2holland has been using Mitsubishi 'so-called Sterapore membranes for some time. With a good design of the installation, these membranes have a long service life, small footprint and low energy consumption.
Japan’s biggest acrylic fiber maker continually researches and develops new and modern materi-als for treatment processes. That’s why H2holland has selected to use its STERAPORE™ Hollow Fibre product in a number of industrial wastewater treatment and water purification systems.
There are more than 5,000 installed projects throughout the world, in various industrial and medical applications such drainage, sewage, and water treatment equipment, turbine conden-sate filtration equipment in power plants, and sterile hand-washing equipment used in hospitals by surgeons, which utilise STERAPORE™.