Sustainability

Best AI X Robotic Resource Recycling Sorting Solution

1.It can instantly identify various types of materials on the conveyor, and can subdivide materials such as paper, plastics, metal cans, etc., and can identify colors, uses and specific brands. 2.An industrial six-axis robotic arm uses a vacuum method to suck objects and spray them to a designated location. It has a small space to use and is quick to set up. It can quickly replace a person's standing position. 3.After AI identification, the types and quantities of various resource recycling materials are presented digitally; displays on various operating platforms (computers, mobile phones, tablets) are provided to understand the latest production line material status regardless of time and region.

Sustainability　|　Green Energy ＆ Environment

CORMETECH High Efficiency Catalysts for Nitrogen Oxide (NOx) and Mercury (Hg) control in coal fired power plants.

1. 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 ＆ Environment

Automatic portable detection system for pathogenic bacteria

An automatic portable detection system for pathogenic bacteria includes a water inlet and outlet device, a miniature mixing device, and a detection chip. Through a micro-pump, sample water and multiple reagents are sequentially injected into the microchip for mixing, generating an analyte solution and initiating a color reaction. The detection chip is responsible for detecting the color depth of the analyte solution, converting it into a corresponding voltage value, and generating a test result upon completion of the color reaction.

Sustainability　|　Agriculture

3M™ Speedglas™ G5-01/G5-02 Welding

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 ＆ System

Formulation and production technology of heat-tolerant microbial biofertilizer for crops

Bacillus velezensis KHH13 (KHH13), a proven plant growth promoter, has been commercialized for agricultural use. We developed a heat tolerance-enhancing KHH13 formulation (HA+KHH13) and its production technology. In greenhouse cucumber trials under high-temperature stress, HA+KHH13 reduced plant wilting by 66% and increased biomass by 15.38% compared to the control. Summer field trials demonstrated a 19.21% increase in marketable fruit rate and a 3.3 ton per hectare yield increase with KHH13-HA.