Evaluating Energy Technology Impacts on Environmental Devolution

This report examines the significant role of modern energy technology in mitigating the adverse environmental effects associated with traditional energy sources. It highlights the commitment of countries like the United States and advancements in Latin America regarding renewable energy exploitation. The report references CNN and Reuters articles to validate technological advancements and incorporates respondent feedback to assess the impact of energy devolution. Key terminologies like devolution, innovation, and renewable sources are defined. The study emphasizes the importance of technology in constraining the adverse outcomes of traditional energy sources, focusing on transport and industrial segments. It also addresses the limitations of existing reports and references studies like the EMF-32-Model to support claims about the adoption of technological innovations and their economic implications.

Running head: ENERGY TECHNOLOGY IMPACTS ON ENVIRONMENT 1
ENERGY TECHNOLOGY IMPACTS ON ENVIRONMENT
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ENERGY TECHNOLOGY IMPACTS ON ENVIRONMENT 2
ENERGY TECHNOLOGY IMPACTS ON ENVIRONMENT
This professional project demonstrates a probe based on the significant portrayed by modern
advancement in the energy sector. Highly technological devices and innovations are there on a
daily basis to eradicate the traditional energy sources, together with its negative impacts on the
environment and human health. Adverse environmental effects associated with oil-fuels are
becoming historical in some developed countries Da Costa, et.al, (2018). Not only the use of
renewable sources of energy but also the use of modern devices and technological innovations to
advance the energy sector.
The United States of America has shown great commitments in the validation of technological
advancements in energy sources. Policies and measures are set to guide the energy devolution.
Huge strides demonstrated by Latin American especially in the exploitation of implausible solar,
wind, biofuel, and geothermal resources of energy Da Costa, et.al, (2018). CNN and Reuters are
the pinpoints of the secondary data. Trending articles and videos based on this devolution bombs
adequate information to ascertain this project Hodson, et.al, (2018). Respondents’ feedbacks and
phone interview, conducted by both Reuter and CNN would play a crucial responsibility in the
composition of a summarised project report.
The study questions
1. What is the significant of energy devolution to the world environment?
2. What is the role of technology in energy devolution?

ENERGY TECHNOLOGY IMPACTS ON ENVIRONMENT 3
Terminologies
Devolution- as used in energy, show the ability to increase energy sources from a significant
cause to other sub-division sources Hodson, et.al, (2018). In the study, various sources of energy
are projected, both renewable and non-renewable sources.
Innovations- Involves the upheavals in technological designation to save energy. The projects
make use of hybrid and electric car as a structural innovation.
Renewable sources- comprises of substances of economic significance which is replaceable in
less or same time after usage deletion Hodson, et.al, (2018). Geothermal and solar sources of
energy are a set of samples in this project.
Respondents- These are participants who supply information during research or investigations.
Reuter and CNN meet interested respondents visually or non-visually who are significantly
participating in the data collection.
Both CNN and Reuter articles have converged similar thoughts on energy devolution. EPA
demands the car industry to roll back the vehicle emission rule set by former U.S president
Barrack Obama Havukainen, et.al, (2018). Latin America generally cut down their percentage
use of oil-fuel transport, replacing the gap between hybrid and electric cars. Moreover, Latin
America is anticipated to double their electrical yield in the future. None of their power plants is
nowadays oil-fueled. This show indicates powering up using different technologies.
Finally, it is much essential to execute the critical implications on environmental aspect. The
traditional sources of energy are critically associated with detrimental effects on the environment

ENERGY TECHNOLOGY IMPACTS ON ENVIRONMENT 4
such as pollution, high cost, and less productivity Havukainen, et.al, (2018). The technology,
therefore, constrains the adverse outcomes of the ancient sources of energy, creating a more
effective and efficient ecosystem for human activities. Emphasis is on transport and industrial
segments. Unit of the carriage is proposed to be oil-fueled free, with more useful measures been
taken in the toxic gaseous emission. The articles reporting these advancements lacks merit of
evidence in the exercised range, the significance, while others are proposed and opposed
lawfully. Thus, reference materials composes proofs as how the America States are adopting
technological innovations, according to the incorporated study of EMF-32-Model and Carbon
Oxides policies. Life cycle of energy economics which portrays technological interference to
enhance the various implications of energy to the economy.

ENERGY TECHNOLOGY IMPACTS ON ENVIRONMENT 5
References
Da Costa, T. P., Quinteiro, P., da Cruz Tarelho, L. A., Arroja, L., & Dias, A. C. (2018).
Environmental impacts of forest biomass-to-energy conversion technologies: Grate
furnace vs. fluidised bed furnace. Journal of Cleaner Production, 171, 153-162.
Extracted from https://www.reuters.com/energy-environment
Havukainen, J., Nguyen, M. T., Väisänen, S., & Horttanainen, M. (2018). Life cycle assessment
of small-scale combined heat and power plant: Environmental impacts of different forest
biofuels and replacing district heat produced from natural gas. Journal of Cleaner
Production, 172, 837-846. Comprised in https://www.marketviews.com/latam/latin-
americas-renewable-energy-revolution/
Hodson, E. L., Brown, M., Cohen, S., Showalter, S., Wise, M., Wood, F., & Cleary, K. (2018).
US energy sector impacts of technology innovation, fuel price, and electric sector CO2
policy: Results from the EMF 32 model intercomparison study. Energy Economics, 73,
352-370. Retrieved from https://www.reuters.com/article/us-usa-epa-senate/epa-head-
wants-car-industry-states-to-compromise-on-emissions-idUSKBN1KM5DO