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19 applications found
Processes such as MLD (Minimal Liquid Discharge) and ZLD (Zero Liquid Discharge) to minimize or avoid wastewater discharge are one of the outstanding challenges in the field of environmental protection. Our CD modules allow to concentrate wastewater to such an extent that its disposal or further treatment (crystallization or evaporation) are economically feasible and acceptable. In particular, wastewater can be concentrated up to 130,000 ppm TDS and up to 100,000 ppm COD and operating pressures up to 140 bar can ...
ByMFT Membran-Filtrations-Technik GmbH based in Hürth, GERMANY
A strategy to reduce costs & waste and improve sustainability & efficiency of traditional seawater and inland groundwater desalination processes using minimal resources and limiting environmental ...
ByMemsys Water Technologies GmbH based in Schwabmünchen, GERMANY
Treating acidic or basic brines, with high concentrations of organic and anorganic, is a great challenge. ...
BySalttech based in Joure, NETHERLANDS
Fresh Water Production Via a Reverse Osmosis (RO) System: In typical RO onshore plants, only 1/3 of the total seawater pumped to shore is converted into freshwater with the remaining 2/3 returned to sea as concentrated brine. Unlike traditional desalination plants, 100% of the water pumped ashore is freshwater, resulting in significant energy and cost savings. ...
ByAquanet Power based in Taipei, TAIWAN
Ultra pure potable water can be produced from salt water without reverse osmosis brine water pollution, using vapor recompression distillation. Vapor recompression distillation allows you to produce ultra pure water and marketable salt, without producing any harmful by products for the environment. Ultra pure potable water can be produced from salt water without reverse osmosis brine water pollution, using vapor recompression distillation for 0.15 KW per gallon of water produced. ...
ByPowell Water Systems, Inc. based in Centennial, OREGON (USA)
Lithium DLE Challenge: The demand for lithium exceeds current global production capacity, requiring a 480% increase from 345,000 to 2 million metric tonnes/year by 2030. To meet this massive demand, new and unconventional lithium resources must be found and developed as soon as possible. The fastest and most efficient way of producing lithium is from brine using Direct Lithium Extraction (DLE), yielding lithium product in hours instead of months. DLE technology is enabled by use of adsorption or ion exchange ...
ByForward Water Technologies Inc. based in Toronto, ONTARIO (CANADA)
Krofta manufactures DAFs in different configurations. Often two DAFs are used in series; the first DAF without chemistry for re-use of FOGs, followed by the second DAF with chemistry for the highest water quality to downstream ...
ByKrofta Technologies based in Dalton, MASSACHUSETTS (USA)
Furthermore, Hydro Air Research Italia can offer access to Nanofiltration membranes suitable for use in non-aqueous applications. Typical applications for these membranes in the pharmaceutical and fine chemicals industries are solvent exchange, catalyst recycle, organics recovery and products ...
ByHydro Air Research Italia s.r.l. based in Merlino (LO), ITALY
Whether treating industrial, brackish or seawater, one of the biggest challenges in using reverse omsmosis (RO) is the management and disposal of produced concentrate. The cost of disposing of concentrate is related to its volume, so the answer is make less of it. Unfortunately in high TDS feed streams, simply adding more RO stages to reduce concentrate, results in increased operating pressures and increased fouling, scaling due to low shearing concentrate flow ...
ByForward Water Technologies Inc. based in Toronto, ONTARIO (CANADA)
We have experienced that brines in the Food and particularly the Dairy industry are enormously complex. So complex, in fact, that traditional treatment concentrating technologies are struggling to process these brines. We see that the brines are made up from several streams, each composed differently. ...
BySalttech based in Joure, NETHERLANDS
Porifera solutions outperform other membrane systems to treat waters high in COD & TDS. Reuse more water and create value from challenging wastes. ...
ByPorifera based in San Leandro, CALIFORNIA (USA)
Industrial water treatment – Often industries are tasked with treating their own flows of input water and wastewater. By using NF membrane, the LFNano™ can remove natural organic matter from water without having to rely on aerobic digestion which can often be subject to process upset. Keeping a biologic process operating consistently is extremely difficult and the upsets can risk the release of unsafe effluent into the environment and cost firms large fines and more importantly, bad press. ...
ByEconoPure Water Systems, LLC based in Tustin, CALIFORNIA (USA)
Global water shortages due to droughts, population growth and stringent enviromental discharge regulations have created increasing interest in water reuse and recycling. Pressured membrane processes, in particular, reverse osmosis (RO), are well-established technologies in water treatment. However, the drawbacks of RO membrane filtration include high energy consumption and operational costs. In addition, the volume of RO concentrate (reject) produced by RO systems is significant and, in most cases, contain high ...
ByBerghof Membranes Technology GmbH (BMT) based in Leeuwarden, NETHERLANDS
Reuse of mining waters, one of the biggest challenges in the industry. Water (re)use requirements are growing and wastewater disposal is under increasing environmental pressure ...
BySalttech based in Joure, NETHERLANDS
Steam is an important energy carrier in the chemical and petrochemical industries. Generated centrally, it is conveyed via pipe bridges to the points of consumption. Ion exchangers protect this infrastructure of boilers, pipelines and heat exchangers against scale formation and ...
BySuzhou X Chemical Co.,Ltd based in Suzhou City, CHINA
Leachate, an unpleasant and inevitable problem that is here to stay. Looking for a concentration and crystallization technology that is very robust and reliable. ...
BySalttech based in Joure, NETHERLANDS
Fluence has decades of experience delivering cost-effective and sustainable treatment solutions for a wide range of ...
ByFluence Corporation based in PLYMOUTH, NEW YORK (USA)
Our innovative brine treatment and wastewater volume reduction solutions maximize freshwater recovery and minimize brine volume, reducing disposal and transport costs or pond capacity requirements. ...
BySaltworks Technologies based in Richmond, BRITISH COLUMBIA (CANADA)
They could be regenerated by flowing concentrated NaCl solution through them to release CaCl2 and MgCl2. However, they are seldom used for water softening. ...
BySanford Chemical Co., Ltd based in Bengbu, CHINA