Fluence MABR (membrane aerated biofilm reactor) technology address the critical challenges of wastewater treatment plants for: nutrient reduction, high effluent quality, compliance with regulations, minimized energy consumption, at a small footprint, whil
Water is a precious and crucial resource in the process of food and beverage production. From screening to tertiary treatment, biological nutrient removal to water reclamation, WesTech equipment is designed to maximize efficiencies and minimize downtime, all while meeting the ever-tightening EPA regulations.
Groundwater Treatment: WesTech offers a wide variety of equipment for groundwater treatment for potable use. Whether your treatment objective is gas removal, nitrate removal, iron and manganese removal, color removal, softening, or even filtering a source under the direct influence of surface water, WesTech has your solution.
Steel, an alloy of iron and carbon (up to 2% of weight), is one of the most widely used construction materials. It is produced by Basic Oxygen Steelmaking (BOS) in a converter : oxygen is blown to form carbon monoxide (CO) and carbon dioxide (CO2) with the carbon excess of molten pig iron. Other chemical elements (such as nitrogen) that may decrease the efficiency of furnace are also removed. Finally, oxygen is replaced by an inert gas (Ar) to minimize the oxidation.
Thickeners improve the operation of your digestion process. WesTech’s gravity thickeners and rotary drum thickeners have a proven history. For biological nutrient removal applications or sites with limited area, dissolved air flotation thickeners offer many advantages.
Food Processing: Water is a precious and crucial resource in the process of food and beverage production. From screening to tertiary treatment, biological nutrient removal to water reclamation, WesTech equipment is designed to maximize efficiencies and minimize downtime, all while meeting the ever-tightening EPA regulations.
Power plants play a vital role. We help minimize downtime while delivering safety and productivity. Whether your power plant serves the needs of ordinary homes, hospitals or factory production lines - the world needs reliable and safe power, and you need profitability. At Endress+Hauser, we bring precision and safety to power plants all over the world.
Companies and municipalities have to remove nutrients from their effluents - such as nitrogen and phosphate - before they can reuse the water. There are also strict discharge limits on the nutrients levels that must be met. Paques has a number of technologies that can deal with these requirements.
Water sustainability has become a significant issue for FMCG companies. Many companies publish information on their water usage and are committed to reducing their carbon and water footprints. Paques’ technologies for treating water and gas can significantly contribute to this aim.
Most nitrogenous materials in natural waters tend to be converted to nitrate, so all sources of combined nitrogen, particularly organic nitrogen and ammonia, should be considered as potential nitrate sources. Primary sources of organic nitrates include human sewage and livestock manure, especially from feedlots. The primary inorganic nitrates which may contaminate drinking water are potassium nitrate and ammonium nitrate both of which are widely used as fertilizers. According to the Toxics Release Inventory,...
International certified and proven, these decentralized residential, community, and commercial wastewater (blackwater/greywater) treatment technologies have performed exceptionally well in achieving the new higher levels of nitrogen removal, achieve net-zero water, and optimal effluent quality with automated, energy efficiency required today.
Blue-green algae or cyanobacteria are gram-negative bacteria that obtain their energy through photosynthesis. They have a huge resistance to adverse conditions due to their simple construction. Typically, they occur in lakes, ponds and slow-moving streams but they can survive even in hostile environment due to their simple construction. Massive development of cyanobacteria is caused by the accumulation of nutrients in stagnant water (eutrophication). Algae Blooms can cause human allergic reactions manifesting by...
Brewery wastewater is generally polluted with two different classes of pollutants. In the direct brewing process, biological substances such as yeasts, starch or sugar compounds are increasingly introduced into the wastewater. By cleaning brewery plants (boilers, pipelines, etc.) and washing empties, large quantities of chemical cleaning detergents are also discharged into the wastewater of breweries.
Textile wastewater typically has high pH, high organic pollution, high salt concentration (in most cases sulphate), toxicity and colour. The composition of the wastewater varies per production process: desizing, scouring, dyeing and finishing produce completely different wastewater qualities.
Tighter discharge consents, reduced energy consumption, reduction of CO2 emission, advanced nutrient removal from effluent, increased capacities and decentralized treatment are the modern trends that waterboards and municipalities are facing. In order to meet new standards, municipalities are looking for specialized solutions.