Decarbonising Domestic Heat Assignment Sample

In-Depth Analysis of Decarbonising Domestic Heat Assignment

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Introduction Of Decarbonising Domestic Heat In The United Kingdom: Pathway To A Net-Zero Carbon Emission

Background

In the present era, decarbonisation has become necessary for the United Kingdom to bring a net-zero carbon emissions goal by 2050 (Daruwala et al. 2022). Mostly in the past, high energy consumption has had a tremendous influence on the planet. It is impacting the high-cost expenditure along with that it also impacted the health of common people and the ozone layer has been affected by holes and deficits on it. Apart from this type of domestic heat also brought leading global warming and climate changes due to the emission of greenhouse gases (GHGs) (Dixon et al. 2022). This study also focused tomake an appropriate and unbiased way for vulnerable domestic heat and that has also impacted the income state of the common people of the UK.

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Research gap

As opined by Lovell and Foxon, (2023), this research lacked the use and evaluation of the potential of renewable heat sources for future use that can act as a pathway to a Net-Zero Carbon Emission within the entire country. This study also needs to focus more on how to increase the awareness of the common people to use the source of renewable energy sources such as geothermal, solar thermal, heat pumps and many more that can provide a way or long-term alternative as a substitute for the fossil fuels and that will be also cost-effective too.

Aim and objectives

This research aims to investigate the way to acquire net-zero carbon emissions in the United Kingdom by decarbonising domestic heat.

The objectives of this study are regarding the inspection of the present condition of domestic heating and its contribution to greenhouse gas emissions in the United Kingdom. After that, the analysis of the diverse opportunities for transitioning to low-carbon heating within the country has been aimed to evaluate here (Bataille, 2021). In this study, the determination of the possible obstacles to the adoption of low-carbon heating alternatives has been delivered. Furthermore, a few specific standards that are needed for the change to low-carbon heating have been focused as a research objective. Along with that critical examinations on the policy and regulations that can sustain the path to decarbonise domestic heating have been targeted to achieve net-zero carbon emissions by 2050. Lastly, furnish suggestions for future practices and also for improving the transition to low-carbon heating have been evolved here.

Methodology

The entire study has followed the "secondary qualitative" method as a data collection process. In this aspect, diverse secondary sources include academic articles, research papers, research journals, reports, books and diverse government reports. Throughout the study, the first stage of the examination has been developed on the existing data based on heating and its assistance to carbon emissions within the country (Lovell and Foxon, 2023). The major steps of the data collection process via secondary thematic analysis have been developed as per the following processes.

Understanding Emissions and the Current State of Domestic Heating in the United Kingdom

As per the view of Rosenow et al. (2020), the major benchmarks for the process of decarbonisation and how much the UK domestic heat sources directly impact the increase of carbon emission have been discussed along with the collection of authentic information from authentic resources. This study has collected data from the Department of Business of the United Kingdom government. The researchers have also collected data from the "Energy & Industrial Strategy (BEIS)" and "Department for Energy Security" on United Kingdom heating emissions and Net Zero. In this regard, the other relevant sources that are used by the researchers to gain an exact knowledge of the current state of United Kingdom domestic heating are the past and already published authentic books, journals and articles.

Assessing Low-Carbon Heating Solutions

According to Churchman and Longhurst (2022), the target to get a "net zero carbon emission" within the country can be achieved by using diverse natural substitute options including the use of natural gas that can be the substitute for fossil fuels. This study has discussed the current condition of the UK and how to access low-carbon solutions against the major reason for carbon emissions and the need for decarbonisation. Apart from that the other substitutes that are identified by the researchers include the sources of heat pumps, hydrogen gas, and biomass heating systems, solar thermal systems, and much other integration of "energy efficiency" standards.

Evaluating Potential Barriers to the Adoption of the Low-Carbon Alternatives

As stated by Bataille (2021), in this step of the research methodology, the researchers have identified diverse challenges and issues that may become barriers to the implementation of substitutes for natural and renewable energy sources rather than fossil fuels for domestic usage. The major identified barriers include lack of costs, lack of awareness, poor availability, need for substantial improvements, and many other regulatory burdens.

Policy and Regulatory Frameworks in Decarbonising Domestic Heat

This study has examined the use of different policies and regulatory frameworks to facilitate the procedure of "decarbonising domestic heating" and "attaining the target of net-zero carbon emissions" within 2050. The Department of Energy Security and Net Zero emission has been focused on the matter that the "Public Sector Decarbonisation Scheme" can bring awareness among the common people (Hardy and Vijh, 2022). Rather than this, the "Domestic Minimum Energy Efficiency Standard (MEES)" policy of the United Kingdom government can command that the landlords of personally leased households and non-domestic belongings have to compulsorily make sure that their constructions need to meet a minimum standard of natural energy use.

Impact of the research

This research develops based on the initial research that has been conducted on policy analysis for successful future strategy enhancement mostly to get a Zero carbon emission within the country. Furthermore, the study depicted the ability of support from diverse governmental policies and schemes that have provided a real understanding of the reduction in emissions. The net-zero targets have also depicted that it can be achieved through the adoption of low-carbon technologies.

References

  • Bataille, C., 2021. There Are Several Pathways to Net?Zero CO2 Emissions and It's Past Time to Get Moving.AGU Advances,2(1).
  • Churchman, P. and Longhurst, N., 2022. Where is our delivery? The political and socio-technical roadblocks to decarbonising United Kingdom road freight.Energy Research & Social Science,83, p.102330.
  • Daruwala, A., Workman, M. and Hardy, J., 2022. Identifying and unlocking the value from heat decarbonisation in the United Kingdom.Energy Research & Social Science,89, p.102672.
  • Dixon, J., Bell, K. and Brush, S., 2022. Which way to net zero? a comparative analysis of seven UK 2050 decarbonisation pathways.Renewable and Sustainable Energy Transition,2, p.100016.
  • Hardy, R. and Vijh, N., 2022, October. Accelerating the Path to Net Zero with Blue Hydrogen: A Route to Achieving Best-In-Class Environmental Performance and Economics. InADIPEC. OnePetro.
  • Lovell, K. and Foxon, T.J., 2023. Operationalising branching points for transition: Mapping policy and pathways for heat decarbonisation in the United Kingdom.Energy Research & Social Science,97, p.102960.
  • Lovell, K. and Foxon, T.J., 2023. Operationalising branching points for transition: Mapping policy and pathways for heat decarbonisation in the United Kingdom.Energy Research & Social Science,97, p.102960.
  • Rosenow, J., Lowes, R., Broad, O., Hawker, G., Wu, J., Qadrdan, M. and Gross, R., 2020. The pathway to net zero heating in the UK.
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