Salher develops sustainable solutions for the treatment of industrial wastewater
Industry is one of the human activities that generates most polluting waste. Treating industry’s wastewater properly is essential to control its environmental impact. Salher creates tailor-made solutions for the treatment of industrial water.
For the treatment of industrial wastewater, biological treatments are often chosen to remove organic matter (BOD5), suspended matter (SS) and polluting nitrogen. Salher’s low-load activated sludge biological treatments are treatment plants that remove organic matter and colloidal solids from wastewater in an aerobic environment, through the intervention of microorganisms capable of degrading it. Salher’s moving bed biofilm treatments (MBBR) are smaller treatment plants than activated sludge ones, where the biomass is fixed and grows attached to moving supports, under adequate agitation and oxidation conditions. Salher’s biomembrane biological treatments (MBR) combine filtration, aeration and clarification of the water in one step. Finally, biological treatments with Salher’s ceramic membrane ultrafiltration system combine a biological reactor and external ultrafiltration with inorganic membranes.
Biological wastewater treatments are very effective in industry, however, they have a high energy consumption. In order to reduce costs and offer more sustainable solutions, Salher has invested significant resources in optimising the wastewater treatment processes, including the energy efficiency derived from adding chemical pre-treatment systems before the wastewater treatment phase.
Salher especially recommends its Vespa equipment as a physical-chemical system before the industrial wastewater treatment line.
This cylindrical dissolved air float includes an Automatic Polyelectrolyte Preparation Unit that allows the preparation, maturation and dosage of the chemical solution with polyelectrolyte in a continuous and automatic way.
This combination of chemical pre-treatment, or physical-chemical treatment, with Salher’s biological wastewater treatment plants allows not only to control energy consumption, but also to reduce the volume of the equipment, facilitating the control and maintenance tasks of industrial wastewater treatment plants.
Digitalisation is a current reality that has a positive impact on people’s lives by easing daily tasks. From the water sector, Salher takes advantage of the digital tools, as the automated control...
Salher improves its compact drinking water treatment plants with membrane technology: ultrafiltration
In recent years, the use of membrane technology in water treatment has increased in order to obtain higher quality permeate water. Salher offers an extensive catalogue of compact purification plants...
On October 24, the International Day of Climate Change is celebrated. Floods, droughts, pollution and shortages show us that water is closely linked to climate change. Salher offers a wide range of...
Designed and developed to meet all the requirements in water treatments.
Project and Design
Engineering development and projects management.
Production of GFRP, polypropylene and steel equipment.
Assembly of modular equipment and integration in civil works.
Selection of equipment and instrumentation to provide an integral water treatment solution.
Technical assistance in the electromechanical and electrical assembly of every water treatment plant.
Post-installation control service by a qualified technical staff.
Courses & documentary support
Practical training and delivery of manuals of operation, commissioning and maintenance.
Carrera Toledana, 33. Arganda del Rey. Madrid 28500. Spain.
+34 91 870 00 15
Spain / +34 91 870 00 15
France / +33 1 84 16 47 84
Malaysia / +60 102 452 108
Mexico / +52 55 5081 8437
Peru / +51 620 0722
Poland / +48 22 737 24 95
Portugal / +351 234 795 821
Paraguay / +595 981 252 845
Philippines / +63 (0) 977 215 4199
Engineering – Wastewater treatment – Purification – Liquid/solids separation equipment for industrial and municipal process applications – Surface water – Groundwater – Water Reuse – Drinking Water – Hydrocarbon and Oil Water Separation