Logisticon can get you waterfootprint insights on input, throughput and output with the Waterscan! A tool to help industries understand their waterfootprint and advice on sustainable options and alternatives to minimize impact and preserve valuable watersources. Why would industries choose for a waterscan from Logisticon? - Insights on water usage and footprint of your production plant - Site visit and data review by a water treatment specialist - Doesn’t distract your team or resources from your core business - Identify “Quick Wins” on sustainable improvements on waterfootprint and alternative, feasible water sources - Quick selection of feasible projects with high level TCO impact - Logisticon can provide equipment, from pilot to full scale outsourcing solutions to help industries reduce their waterfootprint in a sustainable way - Limited investment, no further commitments and to the point advice Total investment: approximately 3 full days of a water treatment specialist.

Water treatment optimization plan Based on more than 25 years of worldwide experience, H2O developed together with its partner AZES Energy Solutions the Watertop approach. This Water Treatment Optimization Program that takes plant-specific water conditions (such as the material of construction, local fauna, water composition, temperature, etc.) into account. This important factor establishes an efficient treatment program and provides excellent operational reliability in the system. Rather than “just” a biocide implementation, Watertop provides a long term operational support service that helps to monitor and optimize the performance of your cooling systems Our approach is to provide the Best Available Technique (BAT) to control biofouling settlement at a specific site. WATERTOP takes all site specific conditions and properties of the water system into account to prevent any side effect of a biocide dosing. The selection of a proper treatment program, in combination with adequate monitoring, are essential to ensure minimization of costs (both capital investment as O&M costs) and maximization of the protection and proper operations of the utilities intake and (cooling) water system.

The Joint Research Programme of KWR and the water utilities – known in Dutch as ‘Waterwijs’, which is pronounced, and means, ‘water wise’ in English – is dedicated to the development of knowledge which also has an impact in meeting societal challenges, such as climate change, water quality, water availability and drought. The Dutch drinking water utilities, the Flemish De Watergroep water utility and the branch association, Vewin, collaborate in this research programme, for which KWR is the coordinator and implementing knowledge institute of the drinking water sector.

WBH Horizontal Single Shaft Batch Mixers consist of a mixing drum vessel with an inlet, an outlet with discharge valve and a venting spout, a full material mixing shaft, two drum closing end plates that carry flanged end bearing assemblies complete with integrated air or gas-purged shaft seals, and a drive unit complete with power transmission. Ploughshare or inclined blade-type shovel tools rotate as mixing tools in a special arrangement on the mixer shaft in a horizontal, cylindrical drum vessel. The result is a turbulence in the mix that constantly involves all the product particles in the mixing process. The formation of dead spots or slow-movement zones in the mixing drum is prevented ensuring precise mixing. In some cases, to obtain the desired mixing effect, separately driven high-speed choppers can be installed.

Wedge wire products, like flat and bended screens, drums, cylinders, etc.

G20 is the first geared motor range to be completely developed in-house at WEG. It comprises helical, parallel shaft and helical bevel gear units with torques between 50 and 18,000 Nm. These two-stage units excel with their large ratio range, as well as being exceptionally efficient thanks to the sophisticated design. The light, yet robust, aluminium housing of the gear units in the WG20 range provide a highly versatile and reliable product, with a wide range of possible applications.

The WEG Motor Scan is a performance monitoring solution for electric motors.

W22 Magnet motors are synchronous motors with permanent high performance magnets inside their rotor resulting in differentiated characteristics. The W22 Magnet Line offers IE5 Ultra Premium performance, wide range of torque with constant torque without the need for forced ventilation and higher lifespan. WEG technology provides greater efficiency, quality and saving for the industry.

Commissioned by the De Dommel Water Board, Van der Ven has successfully completed the renovation of the Opwetten watermill. The existing weir has been replaced by a modern sluice gate, which improves water drainage and water safety. In addition, a fish lift and a debris removal point have been installed, thereby enhancing the ecology and maintenance of the water system. This project has made the regional water system future-proof, with a focus on safety, ecology, and reliability.

Our weirs ensure the accurate regulation of water levels in waterways. Together with our own electromechanical cilinders we can provide a complete and sustainable solution. Thanks to the robust design, and system optimisations based on our experience in the sector, our weirs are durable, precise, and user-friendly.