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3M™ Speedglas™ G5-01 1. 3M™ Speedglas™ Natural color technology: Great clarity before, during and after welding. And smoother dark-light filter transition which is designed to minimize eye strain when switching from dark state to light state. 2. Helmet duct system: Let you direct the airflow to your face and visor. You can even adjust the amount of air coming from the top outlet and the two side outlets. 3M™ Speedglas™ G5-02 1. Curved auto darkening filter: 3M™ Speedglas™ G5-02 is the world’s first curved auto darkening filter welding. 2. 3M™ Speedglas™ Natural color technology: Great clarity before, during and after welding. And smoother dark-light filter transition which is designed to minimize eye strain when switching from dark state to light state. 3. Helmet duct system: Let you direct the airflow to your face and visor. You can even adjust the amount of air coming from the top outlet and the two side outlets.
Sustainability | Machinery ＆ SystemAccording to the World Health Organization, antibiotic resistance is rising dangerously high worldwide as new resistance mechanisms emerge and spread globally. With antibiotics becoming less effective, treating patients for common infectious diseases like pneumonia has grown increasingly complex and, in some cases, impossible. The global problem of antibiotic resistance worldwide affects many types of pathogens. This phenomenon has been growing for decades, and nowadays, we are faced with a wide range of worrisome pathogens that are becoming resistant and many pathogens that may soon be untreatable. The product is antimicrobial gels with new antimicrobial action from plants. The solution product solves several problems by advantages: antimicrobial activity against Gram-positive/negative bacterial and drug resistance pathogens; green/natural technology; an evolutionary mechanism of antimicrobial action that works in several different ways; and cost-effective and environment friendly solution.
Sustainability | AgricultureUsing the sensitive hydrophone & accelerometer sensors, combined with advanced multi-spectral correlation. The system is able to locate small leaks even in plastic pipes.
Sustainability | Information ＆ Communications/Machinery ＆ System/Green Energy ＆ EnvironmentBoron (B) is necessary for plants during all vegetation periods. Boron is immobile in plants, so the condition of plants is determined by the fact that they constantly get this trace element. Molybdenum (Mo) has a positive effect on the growth of cereals and row crops. For normal growth leguminous plants require more molybdenum than other plants. In leguminous roots, nitrogen-fixing bacteria use molybdenum for the process of nitrogen fixation from the air. Boron and molybdenum complex as a nutrient improves the immune system of plants. Plants need boron and molybdenum throughout all vegetation, they cannot be replaced by other elements. Drought, insufficient moisture, low temperatures, and high rainfall in a short time are the factors causing boron deficiency. Boron deficiency appears due to an imbalance of boron and calcium as well as the low content of organic substances in the soil. Calcium inhibits the absorption of boron in alkaline soils.
Sustainability | AgricultureCORMETECH’s CORAL™ Adsorber Technology Efficient Honeycomb Structure • Reduces Electrical Demand • Maximizes Mass • Minimizes Pressure Increased Performance Potential • Adsorber Designed to Minimize Inert Mass • Improves Thermal Efficiency of Adsorb/Desorb Cycle • Reduces Parasitic Energy Load Adaptable to Needs • Applicable to ceramics, polymeric amines, MoFs • Customized Sorbent-Substrate Pairing Circular Lifecycle Management • Lowers CO2 Footprint • Reduce Landfill Waste CORMETECH’s Point Source Capture System Development for Nature Gas Fired Combined Cycle Units • Applying Experience Obtained Over 30+ Years • Intimate Knowledge of Utility Customers and Operation • Developing Superior CO2 Capture Systems Ultimately, at the end of the catalyst and adsorber material’s useful life, it can undergo a recycling process as part of CORMETECH’s C360 technology. Catalyst and adsorber reuse is an environmentally friendly, cost-effective and closed-loop solution using patented separation and cleaning technology to convert used catalyst and adsorbers into cleaned, reusable titanium feedstock. This life-cycle management approach greatly reduces or eliminates the need to dispose of used material in landfills. Additionally, it decreases our carbon footprint and enables us to provide sustainably made new materials. CORMETECH supports Great Waves Technology in introducing this technology to promote the industry’s sustainable development.
Sustainability | Green Energy ＆ EnvironmentCarbon EnVision- A SaaS platform for carbon management, which promotes digitalization of inventory. Compliance with ISO14064-1 standard and EPA’s regulations helps avoid time consuming procedures of doing inventory. With functions of data calculation and export of emission lists and report reduces labor costs. Built-in emission factors management and route calculation contribute to high efficiency of doing inventory. Data visualization helps users trace emission sources in certain period.
Sustainability | Information ＆ CommunicationsThrough several technology advancement initiatives, CORMETECH has developed a suite of high efficiency air pollution control products utilized on gas fired power plants. These include Selective Catalytic Reduction (SCR) catalysts for NOx control, Oxidation catalysts for CO control, and an innovative multi-emission system technology that combines the features of NOx and CO catalysts. 1. Elite™ catalyst module design to minimize gas turbine backpressure 2. Meteor™ Combined NOx/CO/VOC Catalyst 3. Optimized catalyst solutions for High Temperature and High NO2 environments Ultimately, at the end of the catalyst and adsorber material’s useful life, it can undergo a recycling process as part of CORMETECH’s C360 technology. Catalyst and adsorber reuse is an environmentally friendly, cost-effective and closed-loop solution using patented separation and cleaning technology to convert used catalyst and adsorbers into cleaned, reusable titanium feedstock. This life-cycle management approach greatly reduces or eliminates the need to dispose of used material in landfills. Additionally, it decreases our carbon footprint and enables us to provide sustainably made new materials. CORMETECH supports Great Waves Technology in introducing this technology to promote the industry’s sustainable development.
Sustainability | Green Energy ＆ Environment1. CORMETECH's DustBuster™ SCR catalyst technology is designed to maximize SCR performance while minimizing the incidence of coal ash plugging and accumulation in the SCR reactor. Its unique and innovative extruded monolithic design features high open area, large hydraulic diameter flow channels, and high NOx removal activity. It can be formulated to maximize Hg oxidation performance and minimize the generation of SO3. 2. The catalyst is designed to be removed from operation at periodic intervals, spanning several years, to undergo regeneration processing. This process removes contaminants and then reapplies the chemicals that promote the deNOx reaction. The catalyst is then reinstalled for continued operation. Ultimately, at the end of the catalyst and adsorber material’s useful life, it can undergo a recycling process as part of CORMETECH’s C360 technology. Catalyst and adsorber reuse is an environmentally friendly, cost-effective and closed-loop solution using patented separation and cleaning technology to convert used catalyst and adsorbers into cleaned, reusable titanium feedstock. This life-cycle management approach greatly reduces or eliminates the need to dispose of used material in landfills. Additionally, it decreases our carbon footprint and enables us to provide sustainably made new materials. CORMETECH supports Great Waves Technology in introducing this technology to promote the industry’s sustainable development.
Sustainability | Green Energy ＆ EnvironmentThis technology utilizes nanoscale Prussian blue material, which has the unique property of rapidly changing from blue to colorless when exposed to hydrogen gas. This stark color contrast allows for easy visual detection of hydrogen leaks directly by the naked eye or camera. Technical Specifications and Standards: • Composition: Insoluble mixed-valence iron cyanide compound with catalyst particles • Color change mechanism: Reduction of Fe(III) to Fe(II) by hydrogen • Response time: Instant color change within seconds upon hydrogen exposure • Operating temperature range: -20°C to 80°C • Reversibility: Color reverts upon removal of hydrogen • Form factors: Can be synthesized as thin films, coatings, inks, paints etc. Key Technical Advantages: • High sensitivity and selectivity towards hydrogen gas • Distinct blue-to-colorless transition for excellent visual contrast • Fast response time enabling real-time leak monitoring • Low-cost and readily available precursors with simple synthesis • Excellent thermal and ambient stability • Reusable and suitable for continuous monitoring Potential Applications: • Hydrogen fuel cell systems - Visual leak detectors for pipes, valves, tanks • Hydrogen storage facilities - Safety monitoring of cylinders and vessels • Aerospace and aviation - Detection of hydrogen fuel leaks Leveraging the unique hydrogen sensing capabilities of Prussian blue enables simple yet effective visual leak detection across the entire hydrogen value chain from production to storage, transport and end-use. Prussian blue is a promising new material for enhancing hydrogen safety due to its low cost, robust performance and ease of application.
Sustainability | Materials ＆ Chemical Engineering ＆ NanotechAlltech E-CO2’s assessments utilise a 4-stage process: 1. The assessment itself-Before going on farm we provide the farmer with a PAF (pre-assessment form), this helps them to understand the data that we are going to ask them to collect so that they can better prepare. Once on farm we aim to break the assessment into 2 sections. The first section is a farm walk. This allows dialogue with the farmer to better understand the challenges and aims for the business. It also allows for us to see potential opportunities on farm that the farmer may not notice. The second section is the actual data collection via our custom software. This normally takes place in the farm office. The assessment template includes built-in validations. The validations help ensure that only high quality, accurate data is entered. The validations allow us to see if data is within expected ranges, if not then we can ask for evidence if required. Once the data has been submitted it then goes through a final verification process. The verification again ensures data is accurate. If anything seems erroneous then it can be clarified with the data collector or farmer 2. Recommendations-After the data has been verified it is then run through our calculation model and a report produced. The report benchmarks various KPIs against set averages or farm groups, as well as detailing the farms opportunities for efficiency and sustainability improvements 3. Implementation- The next phase is to implement our recommendations. This can be done in conjunction with Alltech or the farmer choosing to implement recommendations themselves 4. Re-assessment- After 12 months we will re-assess the farm and can vindicate and measure any changes that have happened over the last year
Sustainability | AgricultureEnVision360-One stand service, elevating efficiency of energy use Data visualization helps users figure out hot spot of electricity consumption and make decision with ease. In-time data drives energy monitoring reaching the goal of energy saving and elevating efficiency. 3. Benefits of real-time tracking and flexibility of system integration’s applications.
Sustainability | Information ＆ Communications3M provides a total solution of fall protection products, including Anchorage for various environments, Full body harness, Lanyard, SRL, and Confined space rescue. 3M™ DBI-SALA® Full-Body Harnesses advantages: 1. Trauma straps easily deploy and hook together in seconds, allowing you to stand up while suspended in harness to relieve suspension trauma. 2. Quick-connecting buckles enhance productivity 3. Revolving adjusters maintain fit and lock excess webbing in place
Sustainability | Electronics ＆ OptoelectronicsFootPrint Carbon-Dynamic carbon footprint calculation Breakdown life cycle and manufacture processes of certain products API integration, handle emission hotspots Professional sustainable consultants.
Sustainability | Information ＆ CommunicationsThe International Sustainability and Carbon Certification (ISCC) is an independent multi-stakeholder initiative and leading certification system supporting sustainable, fully traceable, deforestation-free, and climate-friendly supply chains. With our certification we contribute to environmentally, socially, and economically sustainable production. ISCC is an independent multi-stakeholder organization responsible for the development, surveillance, revision, and continuous improvement of the ISCC certification system. The ISCC certification system covers all sustainable feedstocks, including biomass from agriculture, forestry and aquaculture, biogenic waste and residues, non-biological renewable materials and recycled carbon-based materials and products derived therefrom. With currently over 7,000 valid certificates in more than 100 countries, ISCC is among the world’s largest certification systems. As a no-deforestation standard with a strong commitment to protect forests, high-carbon stock lands and biodiversity, ISCC strives for a world where biomass and other raw materials are produced in an environmentally, socially, and economically sustainable manner.
Sustainability | AgricultureLiquid, concentrated fertilizer enriched with potassium (K) for additional fertilization. Potassium is one of the most important nutrients actively involved in many processes which affect the growth and reproduction of the plant. Kalisto maintains cellular osmotic pressure and water balance, and controls the function of stomata in leaves. Potassium in the fertilizer is pure, without any additives (N, S, P) which prevents unwanted incompatibility of nutrients.
Sustainability | Agriculture1. The MechFiber Difference KEENAN machines are unique in the proven nutritional benefits they deliver. Each KEENAN is engineered to use a gentle mixing action to produce evenly, thoroughly mixed, light, fluffy feed which is never over or under mixed. We call this optimal mix ‘MechFiber’. Using our InTouch technology and support all feed ingredients are consistently added in the same order and ratios. Independent trials have consistently shown that MechFiber retains the fiber structure to stimulate rumination, allows greater absorption of energy and maximized feed conversion efficiency. Numerous scientific studies have corroborated what KEENAN has known for decades - the MechFiber fed rumen is healthier and as a result animals are more productive. Research monitored over 24,450 dry cows across 277 farms showed the 33% reduction in time the MechFiber-fed rumen is below pH 6.0. . 2. In Touch system In Touch is a communication platform offering real time performance measuring and support service featuring proactive advice from skilled nutritionists to ensure animals meet their performance potential every day. 3. Engineering Difference The KEENAN mixer has a unique two-chamber system - both a mixing chamber and a separate discharge chamber. The two-chamber system, together with the 6-paddle reel and our patented fixed knives system is how we produce MechFiber - the open fluffy mix that is unique to KEENAN.
Sustainability | Agriculture1. Machine vision-based technology enables centimeter-level pinpointing of hydrogen leaks. 2. Suitable for detecting leaks ranging from small to large scale, accurately alerting even for leaks as small as 1 L/min. 3. Rapid leak detection within a minute, without waiting for hydrogen to diffuse to the detection point. 4. Sensor films require no power supply, and the visual monitoring equipment can be directly integrated with existing cameras in the facility.
Sustainability | Green Energy ＆ EnvironmentFlying a kite across the flow is the same principle behind Minesto’s patented and award-winning ocean technology. Except – instead of flying on a beach, we fly in the ocean, as water is nearly a thousand times denser than air so the energy is much more concentrated. Minesto’s technology generates electricity from tidal streams and ocean currents by a unique and patented principle similar to a kite flying in the wind. Minesto’s core offering is the Dragon Class kite systems - powerful, lightweight, and modular power plants generating electricity from the ocean with a unique flight principle. The focus on customer value is straight to the point – maximise yield and minimise costs. • Market exclusivity Our innovation is the only known technology to operate cost-effectively at low-flow sites, generating electricity in stream flows as low as 1.2 m/s • Small in size and lightweight A Minesto’s power plant weighs up to 15 times less per MW than competing technologies. • Low-cost offshore operations Small, cost-efficient vessels and equipment are used for installation, service, and maintenance. The simple recovery concept enables service and maintenance on shore. • Zero visual impact, minimal environmental impact Our ocean energy kites operate completely submerged below the water surface, with minimal environmental impact. • Predictable electricity production Tidal streams and ocean currents are highly predictable. Tides are caused by the moon. Ocean currents are the continuous, directional movement of seawater driven by gravity, wind, and water density. • Utilisation of ocean currents The ability to operate at low-flow streams makes Minesto’s innovation the only technology that is believed to be cost-efficient in both tidal streams and ocean currents.
Sustainability | Green Energy ＆ EnvironmentComing soon!
