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Power & Energy

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The smart environmental monitoring solution for waste-to-energy plants is increasingly becoming an essential element in modern production activities. In the context of rising environmental pollution and climate change, the search for effective waste management methods, while also generating renewable energy, has become a top priority for many countries.
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Nghi Son 2 Thermal Power Plant (NS2PC) prides itself on being one of the most advanced thermal power plants in Southeast Asia. With a capacity of 1,200 MW and employing the most advanced ultra-supercritical coal combustion technology available today, NDNS2 plays a crucial role in supplying electricity to the region and committing to provide a safe and sustainable living environment. Going beyond its mission of electricity generation, NDNS2 pioneers the application of environmental monitoring software in management and environmental protection efforts. This modern system allows for efficient collection, storage, processing, and analysis of data from emission and wastewater monitoring systems.
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The Thai Binh Thermal Power Plant is one of the advanced facilities in applying technology to manage and monitor the production environment. Particularly, this plant has integrated a software system for environmental monitoring and data management into its operations, making a positive contribution to the protection of resources and the surrounding environment.
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With the increasing demand for human electricity consumption, power plants need to accelerate their progress and working capacity many times over. The emissions from thermal power plants, such as exhaust gases, industrial wastewater, domestic wastewater, ash, are significant factors that seriously impact the environment. Therefore, thermal power plants invest in installing automatic monitoring systems to protect the environment. Among them, the Nhon Trach 1 thermal power plant is no exception as it has collaborated with iLotusLand to deploy and install multiple environmental data management systems.
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Currently, Vietnam utilizes various energy sources to generate steam and heat, including saturated steam and heat systems. However, during the production of these types of energy, emissions can be generated, including gases like CO2 (carbon dioxide) or other pollutant gases, depending on the feedstock used. If the input materials for energy production are not well managed, it can lead to unsustainable extraction practices or environmentally harmful impacts. In pursuit of environmental protection for sustainable development, Tri Viet Energy Limited Liability Company has implemented emissions monitoring data software developed by iLotusLand.
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Nha-may-thuy-dien-Son-La
The development of hydropower in Vietnam has significantly contributed to the country's economic growth over the past two decades. However, it has also been a major cause of environmental issues, resulting in changes to the landscape, affecting water resources, and having serious impacts on forests, fisheries, ecosystems, and biodiversity. Therefore, with the goal of sustainable economic development, Son La Hydropower Company has collaborated with iLotusLand Vietnam to implement a software project for surface water monitoring, serving water resources in particular and environmental protection in Vietnam in general.
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The global population continues to increase, leading to increased demand for exploitation, production, and consumption while the resources are limited. The scarcity of resources, combined with the negative impact of burning fossil fuels, has made the development of renewable energy sources such as wind and solar power a top priority for many countries.
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