Innovation in Wastewater Technology: In 1989, Afvalwatertechniek took its first steps into a challenging market: bulk storage and scrapyards. Projects with companies such as Maja, EP Shipping, Jewo Metaal, and the Gerrits Group became pioneering cases in which we laid the foundation for our phased approach to large-scale and complex water challenges. These sites face enormous volumes of rainwater and contamination every day. Our challenge was clear: how do you purify that water sustainably, future-proof, and cost-effectively? Our solution lies in flexible systems that grow with the client. We design installations that operate efficiently today and can be easily adapted tomorrow when discharge regulations become stricter. In this way, companies avoid high upfront investments while saving on operating costs in the long run. The innovation lies in the approach. Where traditional techniques often resort immediately to chemical treatment, we take a different path: separation based on physical properties first. Only when absolutely necessary do we add chemicals. This significantly reduces sludge production, lowers environmental impact, and keeps the installation straightforward and robust. Water reuse is the first step. With every liter we can recover, we reduce pressure on the environment and water resources. Our technology is built on effectiveness and responsibility: as little chemistry as possible, as much reuse as possible, and always prepared for stricter requirements in the future. The results? Reduced sludge production and lower costs Improved discharge performance Flexible systems that adapt to legislation A measurable reduction in environmental impact For thirty-five years, Afvalwatertechniek has proven that innovation is not only about new technologies. With our approach, we set a new standard in water treatment—practical, affordable, and with maximum impact on both the environment and society.

SMART SOLUTIONS FOR SITES Within the field of civil engineering, we realise solutions for maritime locations; from foundations to site development. The examples below give an impression of what we can do for you. - Quays and foundations - Crane tracks - Construction of sewerage and facilities - Site paving - Concrete structures - Site development

We supply open and closed disposal containers from 2.5 m³ to 40 m³. Depending on the amount of waste, sorting of the waste and location, we can determine together with you which type of container is most suitable. You can choose from KA containers (small waste) of 2.5 m3 and 4.5 m3, portal containers of 4, 6 and 10 m3 and hook containers of 11 to 40 m3.

Lighthouse Europe specializes in industrial color printing- and plotting systems, supplies a very complete and wide range innovative consumables. Partly due to our extensive experience in industrial identification we offer you cost-effective solutions for a variety of applications. Quality and cost efficiency are of paramount importance at Lighthouse.

So how do you do that quickly and cost effectively? It's easy with the Lighthouse CPM-200. Used across industries, the Lighthouse CPM-200 handles labelling and signage requirements for Health & Safety, engineering, electrical, plant ID, product ID, pipe marking, admin, chemical ID, facilities management, control panels and more. As with all our systems, you can design and print exactly what you want, when you want it. The output is strong and robust meaning the Lighthouse CPM-200 can handle all kinds of applications, from signs and labels for education, retail and emergency services, right through to the most demanding uses in engineering, pipe marking and chemical ID. Really, there's no end to the possible applications!

The DINOSAURUS shredder is now available in three versions: shredder - cutter - ripper. Discover which technology best suits your process requirements.

The DINOSAURUS is now also available with electric drive. Contact us for more information.

The so-called Direct Carbon Immobilization (DCI™) technology is a thermo-chemical process that produces syngas and fixed carbon, minerals, and metals out of all kinds of hydrocarbons containing waste. The process is currently being tested on a laboratory scale. In 2025, the installation will be scaled up in a modular way to serve a variety of waste streams, including biomass, paper waste, and all sorts of plastics. A great benefit is that, contrary to Waste Incineration Facilities, the process produces no direct emissions of CO2 and keeps carbon and many minerals and (precious) metals available for retrieval.