An emission inventory of pollutants in enugu urban
Table Of Contents
Chapter ONE
INTRODUCTION
- 1.0 Introduction 1.1a Air pollution 1.1b Emission factors and Emission Inventory1.2 Scope of research
- 1.3 Data collection
- 1.4 Limitations CHAPTER TWO2.0 Literature Review
- 2.1 History of pollutants
- 2.2 Pollution
- 2.3 Types of pollution
- 2.31 Air pollution
- 2.311 Particulates
- 2.312 Hydrocarbons
- 2.313 Carbon monoxide
- 2.3131 C02 as a pollutant
- 2.314 Oxides of sulphur
- 2.315 Oxides of nitrogen
- 2.32 Water pollution
- 2.33 Land pollution
- 2.34 Noise pollution CHAPTER THREE3.0 Methodology
- 3.1 Emission inventory of pollutants from petroleum products.
- 3.2 Concentration of pollutants (mg/m3) CHAPTER FOURDiscussion CHAPTER FIVEConclusion CHAPTER SIXRecommendation Reference Appendix
Thesis Abstract
Pollutant emissions in Enugu urban are generally from the combustion of petroleum products and to a negligible extent, solid waste disposal by open burning.
The quantity of petroleum products consumed within Enugu urban was obtained in the spot” from the functional fuel stations in the area.
The results showed that Nitrogen Oxide (No) has the highest annual concentration of 2309.11mg/m3. next is particulates (1075.8 mg/m3), hydrocarbons (378.32mg/m3), sulphur dioxide (1705.8mg/m3), and lastly, carbon monoxide (85.05mg/m3).
A comparison of pollutant concentrations with WHO quality standards showed that pollutant emissions within the study area (Enugu Urban) are well within safe limits although the pollutant concentrations will increase as the population and economy continue to grow.
Several recommendations were proferred towards the effective control of pollutant emissions into the study area. these include the improvement of the efficiency of fuels, the remobilization of automobile engines, establishment of more road network and traffic decongestion, and the promulgation of anti-air pollutant laws.
This emission inventory is recommend for the planning and development of this great metropolitan area called Enugu.
Thesis Overview
<p> </p><p><strong>1.0 INTRODUCTION</strong></p><p><strong>1.1A AIR POLLUTION</strong></p><p> Though most people tend to associate air pollution problems with the advent of the industrial revolution, such problems in one form or another have plagued the human race for centuries. The earliest pollutants noted in the atmosphere were probably of natural origin: Smoke, fumes, ash and gases from volcanoes and forest fires, sand and dust from windstorms in arid regions; fog in humid, low-lying areas; and natural terpenehazes from pine trees in mountainous regions were part of our environment long before human induced (anthropogenic) problems came on the scene.</p><p> Indeed, several of the above-mentioned natural problems would surely have qualified as “air pollution” under this generally accepted definition of pollution of ambient, or outdoor air:</p><p> “Air pollution is the presence in the outdoor</p><p> atmosphere of one or more air contaminants</p><p> (ie dust, fumes, mist, odour, smoke or vapour)</p><p> in sufficient quantities of such characteristics,</p><p> and of such duration as to be or to threaten</p><p> to be injurious to human, plant, or animal</p><p> life, or to property, or which reasonably</p><p> interferes with the comfortable enjoyment….</p><p> produce, their projected emission of pollutants and the frequency duration, and relative contribution of pollutant emissions from each source. </p><h5> Emission Inventories Are Used To:-</h5><p>1. Plan developments in metropolitan areas.</p><p>2. Establish sampling programs and interpret the results of sampling activities</p><p>3. Establish emission standards</p><p>4. Provide basic input for simulation models.</p><p>5. Estimate air pollutant concentrations with various metrological conditions.</p><p>6. Establish baseline levels of air pollutant concentrations and to relate these to future trends.</p><p>7. Indicate seasonal and geographical distribution of air pollutants in a study area,</p><p>8. Assist in establishing priorities for a control programme.</p><p><strong>1.2 SCOPE OF RESEARCH</strong></p><p> The proposed research is designed to obtain an emission inventory of pollutants in Enugu metropolis.</p><p> Emphasis will be placed on:</p><p>1. The identification and classification of the types of pollutants emitted into the community.</p><p>2. The identification and classification of the sources of these pollutants</p><p>3. The determination of the quantity and quality of the material being handled, processed or burned.</p><p>4. The obtaining of emission factors of these materials and thus computing the rate of emission.</p><p>5. The comparism of the inventory with National ambient air quality standards.</p><p>6. The effect of pollutants on human health, plants, and on materials; and</p><p>7. The global implications of air pollution.</p><p><strong>1.3 DATA COLLECTION</strong></p><p> Relevant data figures and information for this study were collected from the Enugu State Environment Protection Agency-ENSEPA (emission factors for solid waste), by the use of questionnaires through personal interviews from field surveys and from literature sources</p> <br><p></p>Blazingprojects Mobile App
📚 Over 50,000 Research Thesis
📱 100% Offline: No internet needed
📝 Over 98 Departments
🔍 Thesis-to-Journal Publication
🎓 Undergraduate/Postgraduate Thesis
📥 Instant Whatsapp/Email Delivery
Related Research
A Framework for Analyzing Emotional Expression in Cross-Cultural Music Performance...
This research explores how emotions are expressed and perceived in music performances that come from different cultural backgrounds. Music is a universal langua...
A Framework for Predicting Antibiotic Resistance Development in Clinical Bacteria...
This research aims to develop a helpful framework that can predict how bacteria that cause infections in hospitals and clinics become resistant to antibiotics. ...
A Framework for Patient-Centered Design in Remote Medical Rehabilitation Programs...
This research focuses on creating a practical framework to guide the design of remote medical rehabilitation programs that are centered around the needs and pre...
A Framework for Standardizing Quality Control Practices in Clinical Laboratory Testi...
This research focuses on developing a clear and practical framework to standardize quality control practices in clinical laboratory testing. Quality control in ...
A Framework for Parametric Modeling of Additive Manufacturing Mechanical Properties...
This research focuses on developing a systematic framework to model the mechanical properties of materials produced through additive manufacturing (AM), also kn...
A Framework for Modeling Nonlinear Dynamics in Chaotic Systems...
This research aims to develop a comprehensive framework for understanding and modeling nonlinear dynamics in chaotic systems. Chaotic systems are complex system...
A Framework for Predicting Corrosion Resistance in Aluminum Alloy Composites...
This research focuses on developing a structured way to predict how well aluminum alloy composites resist corrosion, which is a common challenge in many industr...
A Framework for Analyzing the Impact of Social Media Influencers on Youth Political ...
This research examines how social media influencers affect the way young people engage with politics. In recent years, social media influencers—individuals wi...
A Framework for Integrating Social Media Engagement into Customer Loyalty Models...
This research explores how social media engagement influences customer loyalty, aiming to create a new framework that combines these two areas. Customer loyalty...
