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
Cracking in a refinery is a process where the long organic chains in oil are broken to produce shorter chain organics that are more valuable than the oil. Fluid catalytic cracking (FCC) has generally replaced thermal cracking of petroleum hydrocarbon feed stocks. FCC produces more gasoline with a higher octane rating. FCC’s byproduct gases are more olefinic and valuable than those produced by thermal cracking.
Whether municipal or industrial, SUEZ understands your challenges and recognizes the opportunities of creating sustainable solutions for wastewater treatment and ensuring plants meet effluent discharge permits.
Municipalities of every size are subject to public and governmental scrutiny of their municipal wastewater treatment efficacy. As effluent water quality regulations become increasingly stringent, Aeration Industries partners with municipalities to develop economical, environmentally friendly, and sustainable wastewater treatment solutions; customized for each unique environment.
Your partner from vine, to barrel, to bottle. Wine production generates a wide variety of challenges managing wastewater throughout the year, and decades of helping winemakers has taught us that no two winery wastewater treatment systems are alike. In the face of increasing scrutiny from regulatory agencies, along with water, energy, and sustainability initiatives, we understand why you might feel like your focus is shifting from winemaking to wastewater management. That’s where we can help.
With growing demand for high-quality effluent and the reuse of treated wastewater, WesTech has your solution. WesTech offers a full range of tertiary treatment equipment for new construction, plant upgrades, and in-basin retrofits.
Decades of experience in the Pulp & Paper industry enables SUEZ to assist Tissue, Packaging, Newsprint and Integrated Pulp & Paper Mills to meet and exceed their business goals by overcoming water and energy challenges.
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.
Many wastewater streams contain suspended solids that need to be disposed of or cause problems in ‘downstream’ wastewater treatment systems. Effective TSS removal is an important step to purify water sufficiently for reuse, thereby lowering the requirement for fresh water.
Komline-Sanderson`s pumping, thickening, dewatering, and drying technologies are used to help both municipal and industrial wastewater (sewage) treatment plants reduce their sludge and biosolids disposal cost. Thickening greatly reduces the sludge volume for land application or improved digester performance. Belt press dewatering meets landfill disposal requirements for cake solids.
Indirect drying allows for disposal cost reduction and for the beneficial use of biosolids as soil amendments (fertilizers), sludge...
Komline-Sanderson’s pumping, thickening, dewatering, and drying technologies are used to help both municipal and industrial wastewater (sewage) treatment plants reduce their sludge and biosolids disposal cost. Thickening greatly reduces the sludge volume for land application or improved digester performance. Belt press dewatering meets landfill disposal requirements for cake solids.
ENEXIO designs, develops and implements municipal water and wastewater treatment solutions that improve effluent quality, reduce energy wastage and carbondioxid emissions and keep costs down. Every ENEXIO potable water and sewage treatment solution is unique because every element – treatment processes, media, products and infrastructure– is customized to deliver the client’s performance and productivity objectives.
Cost Effective Biofilm Processes With Low Energy Consumption. Whether it’s a new build, a refurbishment or a replacement sewerage plant project, low energy consumption and cost effectiveness are key factors when selecting biological wastewater treatment equipment.
UV disinfection is now a standard final treatment stage in most wastewater treatment plants worldwide. Our UV systems are widely favoured due to their environmentally friendly, chemical-free and ability to provide high-log reductions of all known micro-organisms, including chlorine resistant strains, such as Cryptosporidium. As growing environmental awareness and stricter regulations drive effluent discharge standards and water re-use initiatives to achieve greater performance, UV water treatment is fast...
Water. One of the world’s most precious resources for drinking, irrigation or industrial processes. The supply of clean, fresh water continues to be more and more constrained as populations rise and water demands grow on our planet. Activated carbon is one of the best technologies available for improving water quality. Jacobi’s AquaSorb range of activated carbon is specifically designed for use in liquid phase adsorption systems.
Specially designed and developed for food and beverage production, chemical–free ultraviolet water treatment eliminates all types of water-borne micro-organisms, including bacteria, moulds, yeasts, spores & viruses. Critically, UV treatment does not affect the organoleptic properties of water and other liquids, providing high rates of disinfection without any changes to taste, PH, texture and odour. This key benefit has seen UV systems widely deployed in all areas of food and beverage production,...