"green technology" is an umbrella term for products that make manufacturing more effective and efficient while also having less of a negative effect on the environment. Because of this, the term "clean technology" is used to describe improvements in how waste is handled, how wastewater is treated, and how clean energy is made.

Uses of nanotechnology that is good for the environment:

Gold-based nanoparticles and thin films could help improve a number of green nanotechnologies. The goal of this research is to look into how gold nanoparticles and thin films are made so that they can be used more in things like light-emitting diodes, electrochromic devices, and photocatalysis. The particles and films were looked at in terms of their optical, structural, electrochemical, electrical, and photocatalytic properties. Every single deposit was made by sputtering with a DC magnetron. By putting gold on glass slides as well as SnO2:In, ITO, and TiO2 base layers, researchers were able to learn more about how the qualities of the substrates affected how the gold clumped together. Because of the different uses, a wide range of substrate qualities are made. The temperature has a big effect on the way gold clumps together.

So, gold was put down on both heated and unheated substrates. The unheated substrates were then heated again at temperatures between 25 and 140 degrees Celsius. Both kinds of substrates were also heated before they were used. Also, different temperatures were used to make gold nanoparticles, and WO3 films were used to test how well the nanoparticles worked as photocatalytic enhancers. After the optical properties of Au films on glass were determined using ellipsometry in the range of 0.25-2 m, the effective dielectric permittivity was studied using spectral density. After the optical properties of Au films on glass had been found out, this was done. The results of this study showed that using thin sheets of gold instead of transparent conductors made of oxide is a great way to make electrochromic devices.

Face-to-face with morality:

Some of the things that will be talked about at the Symposium are our moral obligation to fight climate change, the future of natural gas production as a result of improved hydrofracturing extraction techniques, and the role of the federal government in putting green technologies into place. But depending on how they are used, technological advances can have both good and bad effects. In order for green technology to move forward, we need to think about how it will affect not only the environment, but also human health. Because of this, the Symposium also talks about some of the risks that come with projects that are good for the environment, with a focus on the extraction of shale gas and the need to have a well-rounded plan for environmentally friendly technology.

The use of technologies that are good for the environment has been getting more attention lately because of worries that they could hurt the fossil fuel industry, the U.S. economy, the country's reputation abroad, and even the safety of local people. Right now, there is a lively and interesting debate about technologies that are good for the environment, alternative energy sources, and the question of whether or not the United States has a duty to work toward a better future.

1. When building new buildings, make sure to use water-efficient building materials, like those with the WaterSense mark on them. Make sure there are enough water meters to track how much water is being used and build landscapes that don't need much water. The EPA's WaterSense Program gives users access to a wide range of tools, such as information on water-saving technologies, a list of qualified irrigation contractors, and more.

2. Rely less on traditional sources of power and use more alternative sources of power. Energy generation and improvements to how well energy is used should both be part of any project at a place that cleans drinking water and waste water. It is important to encourage the use of fuel that can be found on-site to make energy that can be used on-site. Biogas that is captured, combined heat and power systems, and renewable energy sources like wind and sun are all examples of on-site fuel. Evaluating how well the equipment is working now, upgrading to newer, more energy-efficient equipment (like pumps and motors), and taking more steps are all part of the plan.my topic is green technology

The presentation is the final assignment of this course. The goal of this assignment is to provide you with the opportunity to discuss the recommendations you provided in your paper in Week 7.

Discuss your strongest ethical values and explain which philosophies and philosophers are your greatest influences.

Develop 3 slides discussing ethical concerns or issues present with your technology, particularly their impact on vulnerable populations.

Provide 3 slides with recommendations to address those ethical issues, with a focus on equitable support for those who have been marginalized.

A conclusion with final thoughts