Javascript must be enabled to continue!
Hourly Firewood Consumption Patterns and CO2 Emission Patterns in Rural Households of Nepal
View through CrossRef
Nepal has low per-capita energy use and a majority of its rural residents use firewood as their primary energy source. Excessive use of firewood in improperly ventilated buildings degrades the indoor environment and health condition of the inhabitants. This study aims to assess the influence of hourly firewood consumption patterns on CO2 emissions and resulting concentrations in rural households in Nepal. A field survey was conducted for 24 h in 16 households during winter. The results suggest that most of the households tend to use more firewood during the morning and evening hours. Family size and number of animals reared by the households were positively correlated with firewood consumption, whereas family size was negatively correlated with per-capita firewood consumption. Per-capita firewood consumption was found to be 1.8 kg/(capita·day). Household firewood consumption and CO2 emissions were 12 kg/(family·day) and 14.26 kg CO2 e/(household·day), respectively. The larger households spent more time for cooking, while their consumption rate was similar (1.3 kg/h) to that of smaller households. High indoor CO2 emissions in the morning and evening hours due to high firewood consumption may pose severe health risks to the inhabitants. Therefore, intensive awareness programs and pollution control programs are suggested for improving indoor air quality and health condition of the rural population.
Title: Hourly Firewood Consumption Patterns and CO2 Emission Patterns in Rural Households of Nepal
Description:
Nepal has low per-capita energy use and a majority of its rural residents use firewood as their primary energy source.
Excessive use of firewood in improperly ventilated buildings degrades the indoor environment and health condition of the inhabitants.
This study aims to assess the influence of hourly firewood consumption patterns on CO2 emissions and resulting concentrations in rural households in Nepal.
A field survey was conducted for 24 h in 16 households during winter.
The results suggest that most of the households tend to use more firewood during the morning and evening hours.
Family size and number of animals reared by the households were positively correlated with firewood consumption, whereas family size was negatively correlated with per-capita firewood consumption.
Per-capita firewood consumption was found to be 1.
8 kg/(capita·day).
Household firewood consumption and CO2 emissions were 12 kg/(family·day) and 14.
26 kg CO2 e/(household·day), respectively.
The larger households spent more time for cooking, while their consumption rate was similar (1.
3 kg/h) to that of smaller households.
High indoor CO2 emissions in the morning and evening hours due to high firewood consumption may pose severe health risks to the inhabitants.
Therefore, intensive awareness programs and pollution control programs are suggested for improving indoor air quality and health condition of the rural population.
Related Results
Rapid Large-scale Trapping of CO2 via Dissolution in US Natural CO2 Reservoirs
Rapid Large-scale Trapping of CO2 via Dissolution in US Natural CO2 Reservoirs
Naturally occurring CO2 reservoirs across the USA are critical natural analogues of long-term CO2 storage in the subsurface over geological timescales and provide valuable insights...
Design And Operation Of The Levelland Unit CO2 Injection Facility
Design And Operation Of The Levelland Unit CO2 Injection Facility
Abstract
The Levelland CO2 Facility provides CO2 storageand handling capacity for the five CO2 injection pilots located in the Levelland Unit. Facilities pilots l...
Tourism Development and Energy Consumption Pattern in Langtang Valley of Nepal Himalayas
Tourism Development and Energy Consumption Pattern in Langtang Valley of Nepal Himalayas
Langtang is one of the three major trekking destinations in Nepal. Tourism development in Langtang was started since after the establishment of Langtang National Park in 1976. Lang...
Impact of CCUS Impurities on Dense Phase CO2 Pipeline Surface Engineering Design
Impact of CCUS Impurities on Dense Phase CO2 Pipeline Surface Engineering Design
Abstract
Numerous CO2 injection pipeline applications have been developed and implemented in the past decades in the UAE and all around the globe. Transporting the C...
The Comprehensive Evaluation on the Integral Development of Volcanic Gas Reserves and CO2 Flooding in Jilin Oil Field
The Comprehensive Evaluation on the Integral Development of Volcanic Gas Reserves and CO2 Flooding in Jilin Oil Field
Abstract
Pilot-CO2 flooding in Jilin Oil Field has been got a first base in recent years in order to ensure CO2 coming from the development of volcanic gas reserv...
Mechanism and Potential of CO2 Injection to Enhance Recovery Rate of Gas Reservoir
Mechanism and Potential of CO2 Injection to Enhance Recovery Rate of Gas Reservoir
Abstract
This paper aims to clarify the mechanism and feasibility of carbon dioxide (CO2) injection into carbonate gas reservoirs to enhance recovery and evaluate it...
Effectiveness of 4D Seismic Data to Monitor CO2 Plume in Cranfield CO2-EOR Project
Effectiveness of 4D Seismic Data to Monitor CO2 Plume in Cranfield CO2-EOR Project
Using carbon dioxide for enhance oil recovery (EOR) has attracted a great deal of attention as the world grapples with the twin challenges of improving oil recovery from mature oil...
Novel CO2 Capture Process Suitable for Near-Term CO2 EOR
Novel CO2 Capture Process Suitable for Near-Term CO2 EOR
Abstract
Recent studies have indicted that more than 40 billion barrels of additional oil can be produced economically with CO2-EOR for a low CO2 capture cost and an...

