Sectoral Technology and Solutions - Chlor Alkali
Bichlor Electrolyser (Zerogap Electrolyser)
‘Zero gap technology’ delivers full use of the membrane area and extends the membrane’s life. Modular design enables pre-installation pressure testing, simpler and safer maintenance, and offline preparation for rapid electrolyser turnaround
INEOS
Address: Bankes Lane Office, Bankes Lane PO Box 9, Runcorn, Cheshire, WA7 4JE United Kingdom
National/International: International
📧 electrochemical[dot]solutions[at]ineos[dot]com
🌐 https://www.ineos.com/businesses/ineos-electrochemical-solutions/products/bichlor-electrolyser/
Bio-circular PVC
Bio-circular Poly (Vinyl Chloride) (PVC) is made from ethylene which is produced from wastes and residues of biological origin and that does not compete with the food chain such as used cooking oil instead of fossil fuel derivatives. It has identical properties and there is less than 90% carbon emission compared to conventionally produced PVC resin. It is also recyclable and can be processed with the existing equipments. Mass balance concept is used to keep track of the volume for the bio-circular feedstock which may different for different products.
Vynova
Address: Heilig Hartlaan 21, Tessenderlo, 3980, Belgium
State: Belgium
National/International: International
✆ (321) 361-2300
🌐 https://www.vynova-group.com/
Bipolar Membrane (BM) Single Element Technology
Bipolar Membrane (BM) 2.7v6 plus single element offers optimized design features and thus breaks the barrier of 1,980 kWh per metric ton of NaOH at 6kA/m². Highlights are an accessible active area of 2.85m² and a longer membrane life under high current density operation beyond 6 kA/m².
Thyssenkrupp nucera
Address: Vosskuhle 38, Harpen-Haus, 44141 Dortmund
National/International: International
📧 dortmund[at]thyssenkrupp-nucera[dot]com
🌐 https://thyssenkrupp-nucera.com/chlor-alkali-solutions/
Carbon Capture Technology
A patented carbon capture technology using CDRMax™ process which allows to capture more carbon at the lowest cost, all while meeting strict environmental criteria. The CDRMax™ process captures carbon dioxide (CO2) from the industrial flue gases or off-gases emitted from power plants, boilers, kilns and chemical facilities. The process produces CO2 with purities ranging from 95% to 99%, which can then be sold, re-used, or sequestered. The CDRMax™ process utilises our CO2 capture technology, proprietary solvent, process equipment, and advanced heat integration to significantly reduce both capital and operating costs.
Carbon Clean
Address: 3rd floor, 3 Valentine Place, London, GB, SE1 8QH
National/International: International
✆ +44 (0)20 8164 7400
Circular PVC
Circular PVC is made using ethylene produced from pyrolysis oil as feedstock. It gives same performance as conventionally produced PVC and emits 50% less emissions than traditionally produced PVC. It can also be recycled many times.
Vynova
Address: Heilig Hartlaan 21, Tessenderlo, 3980, Belgium
State: Belgium
National/International: International
✆ (321) 361-2300
🌐 https://www.vynova-group.com/
Consultancy services
It is a chlor-alkali consulting company with more than 30 years of experience in this area. Its ket strength is its price reporting business. The company provides fundamental data and analytical tools strategy reports and can leverage these in various custom-made projects.It is recently focusing in the chlorine and caustic soda market.
Argus Consulting: Inorganic Chemicals
Address: 7900 College Boulevard, Suite 200, Overland Park, KS 66210, USA
National/International: International
📧 support[at]argusmedia[dot]com
🌐 https://view.argusmedia.com/APAC-EMD-2020-04-PET-SAMP-Chlor-Alkali-consulting_LP-Chlor-Alkali-Consul
The company provides consultancy services to chlor-alkali industry producers, consumers and investors in areas such as capacity expansions, product improvements, ESG initiatives and changing industry growth needs by providing market intelligence and data insights.
Tecnon Orbi Chem
Address: 15720 Brixham Hill Avenue, Ste 550, Charlotte, NC 28277
State: NC 28277
National/International: International
✆ 17045401440
📧 connect[at]resourcewise[dot]com
🌐 https://www.orbichem.com/markets/chlor-alkali
Direct Lithium Extraction and Crystallization (DLEC™)
This technology is used to extracct and purift lithium from brine solutions which uses various chemical and phusical techniques to adsorb or absorb lithum from the brine and followed by recovery lithium.Benefits - reduced costs, has reduced environmental impact compared to other processes and can be produced in a large scale. Its sadvanced membranes and filtration systems can used to extract other minerals and metals from all types of water. This technology enables to recover more than 95% of lithium and convert into lithium salt for battery grade lithium. The entire technology is either solar or geothermal powered.
Watercycle Technologies (WT)
Address: Watercycle Technologies Ltd, Graphene Engineering & Innovation Centre, Sackville St, Manchester, M1
National/International: International
📧 info[at]watercycletechnologies[dot]com
🌐 https://www.watercycletechnologies.com/news
Green Hydrogen production
HyProvide™ A-Series is an alkaline electrolyser which uses electricity to produce green hydrogen. The unit can handle fluctuations that come renewable energy sources and its versatile design allows its usage across various market segments. It can be used for projects up to 4.5 MW. Benefits include high efficiency, versatility and scalability.
Green Hydrogen Systems®
Address: Green Hydrogen Systems, Nordager 21, DK-6000 Kolding, Denmark
National/International: International
✆ +4575503500
🌐 https://www.greenhydrogensystems.com/projects/siemens
High- performance Heat Transfer components for Chlor-Alkali production
Alfa Laval is a global supplier of products and solutions for heat transfer, separation and fluid handling. Alfa Laval offer a broad range of high-performance heat transfer components and complete engineered solutions for energy efficient Chlor-Alkali processes. They also offer support through the life cycle of their supplied equipment — from start-up, maintenance, support and improvements to monitoring services — for maximum uptime, availability and optimization. Their products include a range of evaporators and heat exchangers which have been specially designed for compact and efficient operation.
Alfa Laval
Address: 7 Doman Road, Camberley Surrey, UK/ Global
State: UK
National/International: International
✆ +44 (0) 1276 633 833
📧 general[dot]uk[at]alfalaval[dot]com
🌐 https://www.alfalaval.co.uk/industries/chemicals/inorganic-chemicals/chlor-alkali-production/
Industry 4.0 Wireless Energy Solutions
Industry 4.0 Wireless Energy Solutions offering end to end solution, right from LT main panel up to individual machines. While panel-level wireless sensors give an overview of energy consumption at the macro-level, the circuit-level / machine-level wireless sensors monitor energy consumption at each electrical phase (R/Y/B) of a machine. This will help in reducing inefficiencies/ wastages in any system but also machine level breakdowns through predictive maintenance. As the complete solution is wireless, the installation and software integration are executed within minutes and the whole system/ facility can be digitalized in no-time. The clip-on sensors are self-powered (no battery/ electrical source) and maintenance-free.
Centrica
Address: via website
National/International: International
📧 anand[at]hitechfe[dot]in
🌐 https://www.centricabusinesssolutions.com/
Oxygen Depolarised Cathode (Membrane Process for Energy Savings Chlorine Production)
Deriving chlorine normally costs an enormous amount of energy because the highly reactive element forms bonds with practically every other element and therefore needs to be isolated using laborious methods. The new method is based on the membrane process for chlorine-alkaline electrolysis, which has become the standard method for manufacturing chlorine. In this process, chlorine, sodium hydroxide and hydrogen are derived from cooking salt and water. The new feature of the ODC process: the hydrogen-producing electrodes that are normally used in the membrane process are replaced by an oxygen depolarizing cathode. Supplying the cathode – the negative pole – with oxygen prevents the formation of hydrogen, leading only to the production of chlorine and sodium hydroxide. This process requires a voltage of just two volts instead of three – a third less.
Covestro
National/International: International
📧 https://solutions[dot]covestro[dot]com/en/headersites/global-contact
🌐 https://www.covestro.com/en/sustainability/flagship-solutions/oxygen-depolarized-cathode
RECOVYN™
RECOVYN™ is a range of sustainable PVC portfolio which focuses on circularity of products. It is made of 100% recycled carbon feedstock and meets high technical, quality and regulatory standards. Benefits include reduced environmental impact, increased resource efficiency and enhances sustainability.
Ineos Inovyn
Address: INOVYN, 38 Hans Crescent, London, SW1X OLZ, United Kingdom
State: London
National/International: International
🌐 https://www.inovyn.com/news/ineos-inovyn-expands-its-pvc-product-range-offering-new-solutions-for-ca
SMART (Sustainable Modularly Arranged Pressure Reducing Turbines)
SMART (Sustainable Modularly Arranged pressure Reducing Turbines) units which are essentially backpressure steam turbines and perform the same function as pressure-reducing stations while offering additional electricity by converting steam energy into electrical energy.
Triveni Engineering
National/International: National
✆ 9555 988 988
📧 Please vist website
🌐 https://www.triveniturbines.com/smart-turbines.html
Supplying Certified Green Hydrogen from Chlor-Alkali Electrolysis
In chlor-alkali membrane electrolysis, the products chlorine, caustic soda, and hydrogen are produced simultaneously, using brine and electricity. Green hydrogen is produced with renewable energy, resulting in a 90% lower carbon footprint compared to conventionally produced hydrogen from fossil fuels.
Nobian
Address: Van Asch van Wijckstraat 53 3811 LP Amersfoort +31 (0) 85 000 6000
National/International: International
🌐 https://www.nobian.com/en/contact
Sustainable Waste Water Treatment Technology
Sustainable water treatment and solutions fo complex waste water streams. The technology comprises of a humidification and dehumidification column to separate clean water and recover salts and minerals. Powered using only waste heat, this technology offers a sustainable solution with lower operating costs than any other technology. The clean water stream produced through this technology can be reused for process water or agriculture, and meets all relevant discharge limits.
LAT Water
Address: Thatcham, Berkshire RG19 4EP
National/International: International
✆ +44 (0)1635 635900
📧 info[at]latwater[dot]com
🌐 https://latwater.com/
Ultra Low Carbon chlor-alkali products
The company has developed a range of Ultra Low Carbon (ULC) range of products of chlor-alkali products which reduces up to 70% of the GHG emissions compared to its standard portfolio of chlor-alkali products which offered 30% lower GHG emissions. The ULC chlor-alkali products ramge include caustic soda, caustic potash and chlorine. The range is also certified under ISCC (International Sustainability & Carbon Certification) PLUS scheme.
Ineos Inovyn
Address: INOVYN, 38 Hans Crescent, London, SW1X OLZ, United Kingdom
State: London
National/International: International
🌐 https://www.ineos.com/news/shared-news/ineos-inovyn-launches-ultra-low-carbon-chlor-alkali-range--si
Zero Gap Membrane Cell Technology Zero-gap technology
The Zero Gap membrane cell is state of art technology available for Caustic Soda manufacturing plants which provides 30 kWh/tonne of electricity savings. Electrolysis process being the heart of Caustic Soda manufacturing as it consumes around 75%-85% of total energy consumption of plant, upgrading to newer technology saves considerable amount of energy. At present plants are upgrading to zero gap technology in phases.
Thyssenkurpp UDHE, Germany
Address: Electrolysis and Polymers Technologies thyssenkrupp Uhde Chlorine Engineers Vosskuhle 38
State: Harpen-Haus 44141 Dortmund,
National/International: International
✆ Germany P: +49 231 547 0 F: +49 231 547 2334
📧 info-uce[at]thyssenkrupp[dot]com
Narrow down your search
