Sectoral Technology and Solutions - Textile
Additive Manufacturing Technology
Cosyflex is manufactured additively, but instead of an extruder head or print bed, the fabric is built up in layers by a spray jet over the course of a few seconds, rather than minutes or hours. The system is capable of working with liquid polymers such as natural latex, silicon, polyurethane, and Teflon, as well as a variety of textile fibres such as cotton, viscose, and polyamide. Patterns, colours, decorative elements, and perforations can all be added during manufacturing. Eco-friendly technology which uses recycled raw material and produces very little scrap compared with traditional textiles industry.
TamiCare
Address: Broadfield Business Park, Manchester, UK
National/International: International
📧 info[at]tamicare[dot]com
🌐 https://www.tamicare.com/
Boilers
Steamology is developing scalable, modular hydrogen-based technology solutions that have commercially viable potential to replace oil and gas-fired boilers, for industrial sector steam and medium-grade heat users.
Steam is generated using energy stored as compressed hydrogen and oxygen gas in tanks. High pressure superheated steam is used to drive a turbine to do useful work by generating electricity. Renewable Energy is used to power electrolysis to generate the hydrogen and oxygen gas and to compress the gas into storage tanks. This Water to Water closed cycle is emission free producing no carbon or NOX emissions in a repeatable cycle without charging losses.
Steamology
Address: The Boiler House, Unit 19, Dean Hill Park, West Dean, Wiltshire, UK
National/International: International
📧 info[at]steamology[dot]co[dot]uk
🌐 https://www.steamology.co.uk/
Circular Economy (Software Solution)
Circular Fashion has developed a Digital Platform for circular design and closed-loop recycling, including recyclable materials and design guidelines. The platform can be purchased and used as a software as a service and features the following tools: Circular Material Library, Design Guidelines, Product Check, circularity ID, Customer Interface and Sorting Software. With a smart traceability solution, the platform enables a transparent flow of information between material suppliers, brands, customers and recyclers to collaboratively realise a circular economy for fashion and textiles. In addition, it also offers workshop and training that encourage and enable fashion brands to incorporate circularity into the core of their business.
Circular Fashion
Address: Skalitzer Strasse 97 10997, Berlin, Germany
National/International: International
📧 team[at]circular[dot]fashion
🌐 https://circular.fashion/en/
Digital Textile Finishing Technology
Alchemie has developed digital finishing technology that deliver a dramatic reduction in energy consumption and eliminate contaminated wastewater emissions. Alchemie Novara™: Digital textile finishing technology delivers sustainability with a precision digital application of functional finishes to textiles. The digital finishing process can reduce energy consumption by over 85% vs traditional padding processes.
Alchemie Technologies
Address: The Flight Sergeants Mess, Duxford Business Park, Cambridgeshire, UK
National/International: International
📧 enquiries[at]alchemietechnology[dot]com
🌐 https://www.alchemietechnology.com/
IE-5 electric motors
Line Start Permanent Magnet Synchronous (LSPMS) motor with IE5 levels of efficiency in the same frame size as a standard induction motor. The innovative design of rotors to improve the efficiency to IE5 level. The IE5 motor is suitable to operate directly on grid supply with / without variable frequency drive (VFD)
Bharat Bijlee Limited
National/International: National
✆ +91 22 2763 7200 / +91 22 2760 0401
📧 motorlvsales[at]bharatbijlee[dot]com
🌐 https://www.bharatbijlee.com/electric-motors/product-range/
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
National/International: International
📧 anand[at]hitechfe[dot]in
🌐 https://www.centricabusinesssolutions.com/
Nano composite deposit on the pump surfaces
The innovative solution is being developed for improvement of hydraulic efficiency of the pump with the Nano composite coating on pump internals. The coating will increase the operating life of pump while maintaining the hydraulic efficiency of pump in industrial and commercial applications
Mattest Research Academy
National/International: National
✆ 98414 44418
📧 Please vist website
🌐 https://www.mattest.net/; https://low-carbon-innovation.org/winners.html
OptiMakx Industrial IoT
AKXA Tech has developed OPTIMakx for industrial data analytics and decision support. It enables existing plant automation systems and tech team to systematically monitor, diagnose and reduce plant wide fluctuations contributing to enhanced productivity and energy efficiency.
AKXA Tech Private Limited
National/International: National
✆ 9243209569
📧 contact[at]akxatech[dot]com
🌐 https://akxatech.com/
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
Supercritical- CO2 Dyeing Technique
World’s first 100% water free and process chemical free CO2 Dyeing technology for textile industries. DyeCoo uses patented and industrial proven technology based on CO2, instead of water. The technology uses reclaimed CO2 as the dyeing medium in a closed loop process. When pressurized, CO2 becomes supercritical (SC-CO2), a phase between a liquid and a gas. In this state CO2 has a very high solvent power allowing dye to dissolve easily. Due to the high permeability, the dyes are transported easily and deeply into fibres, creating vibrant colours.
dyecoo
Address: Flevolaan 50 1382 JZ Weesp The Netherlands
National/International: International
📧 sales[at]regentmachinery[dot]com
🌐 https://dyecoo.com/contact/
The installation of Microturbine/Back pressure Turbine in Textile Processing/composite units
The conventional boilers in the Textile industry generally generates steam at higher pressure and end use pressure requirement is around 3 Bar. The PRDS pressure reducing and de-superheating system is used to reduce the pressure which results in the loss of kinetic energy of steam. By replacing PRDS by Back pressure turbine (microturbine) to generate power from the available kinetic energy of pressure drop across the PRDS and significantly less heat reduction.
Kessels Engineering Works Pvt. Ltd
Address: 1008 Pragati Tower Rajendra Place New Delhi 110008, India
State: Delhi
National/International: National
✆ Please vist website
📧 Please vist website
🌐 https://www.exportersindia.com/kessels-engineering-works/products.htm
Treekind - A Plasticfree Leather alternative
Biophilica’s first product is Treekind® - a plastic-free leather alternative, which is free of PU, in comparison to many other leather alternatives. It is made with lignocellulosic feedstocks (leaf matter). It is compostable and non-toxic. It transform green waste into a leather-like material that is low-resource, recyclable, and compostable.
Treekind’s production uses less than 0.1% of the water in equivalent to leather processing and has a very low carbon footprint.
Biophilica
Address: London, UK
National/International: International
📧 hello[at]biophilica[dot]co[dot]uk
🌐 https://www.biophilica.co.uk/
Waste Heat Recovery system for the Textile Dyeing Unit Hot Effluent
Promethean Energy has designed and developed a waste heat recovery unit to recover heat from hot effluent dye-liquor to preheat incoming dye water for process. The system is integrated with IoT and complete automation, enabling the industry to operate with ease and without human intervention. The technology can be replicated to many textile plants with the dyeing process.
Promethean Energy
National/International: International
✆ 7835998980
📧 info[at]prometheanenergy[dot]com
🌐 https://www.prometheanenergy.com/
Waterless Dyeing Technology
Alchemie has developed breakthrough digital dyeing technology that deliver a dramatic reduction in energy consumption and eliminate contaminated wastewater emissions. Alchemie Endeavour™: Waterless smart dyeing, is a digital on-demand process, it reduces minimum run lengths and enables rapid changeovers between colours and fabrics. The process enables a step-change in the sustainability of textile dyeing by eliminating wastewater emissions and reducing carbon footprint by over 85%.
Alchemie Technologies
Address: The Flight Sergeants Mess, Duxford Business Park, Cambridgeshire, UK
National/International: International
📧 enquiries[at]alchemietechnology[dot]com
🌐 https://www.alchemietechnology.com/
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