Sustainability
The blower sprayer, widely used in agriculture for trellis crops, has undergone significant design improvements to address climate change and promote sustainability. This technology focuses on optimizing the mechanical structure and segmented power transmission of the blower drive, resulting in the commercialization of an electric air blower sprayer. This innovation offers four key advantages: reduced carbon emissions, eliminated exhaust fumes, minimized noise pollution, and decreased machine vibration.
Sustainability | Agriculture
As the largest pig farmer in Taiwan, TSC has been incorporating the principles of circular economy into its swine business. This includes renovating its current pig houses to improve resource reuse and biogas renewable energy generation. The Dong Hai Feng (DHF) agricultural circulation park already features a 460 kW biogas power generation system. Moreover, an additional total capacity of 1200 kW will be installed from the other 13 pig farms currently under construction. When fully operational, the overall biogas power generation is expected to reach 8.9 million kWh annually, reducing carbon emissions by around 4,400 metric tons of CO2 equivalent. TSC's newly-built green circular pig farms use biogas power systems to collect the pig manure and urine. Then through anaerobic digestion, the waste is turned into green energy or used to keep the temperature of anaerobic digesters. The systems prevent the direct release of biogas into the atmosphere, thereby reducing greenhouse gas emissions.
Sustainability | Agriculture
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
(1)Utilizes AI and IoT technologies for dynamically adjusting equipment running parameters for optimizing energy consumption. A.Temperature set point of refrigerator is changed according to load variations. B.Defrost will only be triggered when the evaporator is frosted. C. Optimized -energy-saving control between Aircon and refrigerator. D.Support demand response event prediction and automated demand response (2)It has installed over 3,200 foor retail stores, and the 5-10% energy-saving rate for a store and the payback time for EMCS is less than 2 years. The system can also perform automated demand response, achieving a reduction of 5% of the contract demand and maintaining this reduction for 1 hour.
Sustainability | Green Energy ＆ EnvironmentComing soon!
