Energy management in small scale industries a vital tool for sustainable deve...IAEME Publication
This document discusses energy management in small scale industries as a vital tool for sustainable development. It first provides background on the importance of energy management and conservation. It then summarizes the results of a survey conducted on energy practices in textile and foundry cluster industries in India. The survey found a lack of energy auditing and awareness. Finally, it proposes a six-step plan for improving energy management in small industries: 1) Generate awareness, 2) Conduct energy audits, 3) Assess energy use, 4) Schedule conservation programs, 5) Enhance energy efficiency, and 6) Consistently monitor progress. Implementing this plan can help small industries improve energy efficiency and competitiveness.
Nepal’s access to energy and modern energy services is inadequate and the use of energy is inefficient. The electrical power supply is characterized by scheduled power interruption up to 16 hours daily. The insufficient and interrupted supply of electricity affects industrial production negatively and forces more and more industrial and commercial enterprises to generate their own electricity generally by means of diesel generators. Over the last year its development has led to the increased import of petroleum products contributing to an increased trade balance deficit. Furthermore, the additional burning of fossil fuels results in higher emissions of climate change relevant and environmentally harmful pollutants.
Energy efficiency improvements help industries, business, governments, and consumers meet their needs by using less energy, saving them money, driving investment across all sectors of the economy, creating much needed jobs, and reducing the myriad of environmental impacts of the energy production system. The industrialists, regulators, and citizens are increasingly recognizing the energy efficiency is a crucially important national resource. In fact, the demand for the energy efficiency audit by the industrialists in Rupandehi is increasing day by day.
After performing the energy efficiency audits in the industries as well as the business, the project has identified the saving potential of around 2,000 kVA electrical demand, 3,39,000 kWh electricity, 33,380 litres of Diesel fuel, 27,300 litres of Furnace Oil and 31,14,000 MJ of thermal energy.
Electricity and each type of fuel savings are being compared with the annual electricity sales by Nepal Electricity Authority (NEA) and fuel sales by Nepal Oil Corporation (NOC). Practice of energy efficiency in the different sectors has proved the saving of electrical energy equivalent to 4.03% of the sales by NEA and 2.39% of diesel sales by NOC. Finally, the energy efficiency project is being adopted by the industrialists and the business personnel to enhance their energy use.
Industrial energy efficiency - approaches, technologies and policies, Girish ...ESD UNU-IAS
This document summarizes an presentation on industrial energy efficiency approaches, technologies, and policies in India. It discusses how energy demand is projected to increase significantly in India by 2031-32 based on current trends. It outlines key approaches to improving energy efficiency in industry, including energy audits, research & development on efficient technologies, standards and labeling programs. Case studies are presented on energy audits of public buildings and replacing HVAC systems with waste heat recovery systems. India's Perform, Achieve and Trade program and National Mission on Enhanced Energy Efficiency are summarized as important policies to mandate efficiency improvements in energy-intensive industries.
The document discusses electric utility rate structures and how customers can identify potential ways to reduce energy costs. It provides background on utility costs and how rates are determined based on three main cost components: customer costs, energy/commodity costs, and demand costs. The summary then describes the basic rate structure most utilities follow, including customer charges, energy charges, and demand charges. It also discusses some common rate variations utilities use like seasonal pricing, block pricing, riders, and discounts.
Business Idea: Industrial Energy Conservation Solutions eeaadil
The document provides details about a proposed energy conservation business, including its project profile, scope, marketing analysis, potential customers, and finances. The business would identify areas for energy savings at industrial customers' facilities by assessing equipment like motors and lights. It aims to capitalize on Pakistan's energy crisis and increasing prices by providing cost-effective conservation solutions.
The document discusses collecting and analyzing energy usage data within a company. It explains that the goals are to [1] establish an energy database to optimize energy management, [2] identify weaknesses and savings potentials, and [3] describe the company's annual energy situation and benchmarks. Key aspects covered include gathering data on energy supply, conversion, distribution, utilization, and disposal. Specific metrics like energy consumption per production unit are emphasized to evaluate efficiency over time.
Expert workshop on the creation and uses of combined environmental and economic performance datasets at the micro-level - 10-11 July 2018 - OECD, Paris
Project on energy audit (mahindra & mahindra)Prithu Sureka
The document discusses energy management and audits. It explains that the goal of energy management is to produce goods and services with the least cost and environmental impact. An energy audit helps identify areas of waste and inefficiency to reduce energy costs without affecting production. Benchmarking energy usage internally and comparing to similar industries allows for assessing performance and finding improvement opportunities. The document then provides details on a company's energy conservation initiatives through engineering changes, process improvements, and awareness programs that have reduced energy consumption and costs.
Energy management in small scale industries a vital tool for sustainable deve...IAEME Publication
This document discusses energy management in small scale industries as a vital tool for sustainable development. It first provides background on the importance of energy management and conservation. It then summarizes the results of a survey conducted on energy practices in textile and foundry cluster industries in India. The survey found a lack of energy auditing and awareness. Finally, it proposes a six-step plan for improving energy management in small industries: 1) Generate awareness, 2) Conduct energy audits, 3) Assess energy use, 4) Schedule conservation programs, 5) Enhance energy efficiency, and 6) Consistently monitor progress. Implementing this plan can help small industries improve energy efficiency and competitiveness.
Nepal’s access to energy and modern energy services is inadequate and the use of energy is inefficient. The electrical power supply is characterized by scheduled power interruption up to 16 hours daily. The insufficient and interrupted supply of electricity affects industrial production negatively and forces more and more industrial and commercial enterprises to generate their own electricity generally by means of diesel generators. Over the last year its development has led to the increased import of petroleum products contributing to an increased trade balance deficit. Furthermore, the additional burning of fossil fuels results in higher emissions of climate change relevant and environmentally harmful pollutants.
Energy efficiency improvements help industries, business, governments, and consumers meet their needs by using less energy, saving them money, driving investment across all sectors of the economy, creating much needed jobs, and reducing the myriad of environmental impacts of the energy production system. The industrialists, regulators, and citizens are increasingly recognizing the energy efficiency is a crucially important national resource. In fact, the demand for the energy efficiency audit by the industrialists in Rupandehi is increasing day by day.
After performing the energy efficiency audits in the industries as well as the business, the project has identified the saving potential of around 2,000 kVA electrical demand, 3,39,000 kWh electricity, 33,380 litres of Diesel fuel, 27,300 litres of Furnace Oil and 31,14,000 MJ of thermal energy.
Electricity and each type of fuel savings are being compared with the annual electricity sales by Nepal Electricity Authority (NEA) and fuel sales by Nepal Oil Corporation (NOC). Practice of energy efficiency in the different sectors has proved the saving of electrical energy equivalent to 4.03% of the sales by NEA and 2.39% of diesel sales by NOC. Finally, the energy efficiency project is being adopted by the industrialists and the business personnel to enhance their energy use.
Industrial energy efficiency - approaches, technologies and policies, Girish ...ESD UNU-IAS
This document summarizes an presentation on industrial energy efficiency approaches, technologies, and policies in India. It discusses how energy demand is projected to increase significantly in India by 2031-32 based on current trends. It outlines key approaches to improving energy efficiency in industry, including energy audits, research & development on efficient technologies, standards and labeling programs. Case studies are presented on energy audits of public buildings and replacing HVAC systems with waste heat recovery systems. India's Perform, Achieve and Trade program and National Mission on Enhanced Energy Efficiency are summarized as important policies to mandate efficiency improvements in energy-intensive industries.
The document discusses electric utility rate structures and how customers can identify potential ways to reduce energy costs. It provides background on utility costs and how rates are determined based on three main cost components: customer costs, energy/commodity costs, and demand costs. The summary then describes the basic rate structure most utilities follow, including customer charges, energy charges, and demand charges. It also discusses some common rate variations utilities use like seasonal pricing, block pricing, riders, and discounts.
Business Idea: Industrial Energy Conservation Solutions eeaadil
The document provides details about a proposed energy conservation business, including its project profile, scope, marketing analysis, potential customers, and finances. The business would identify areas for energy savings at industrial customers' facilities by assessing equipment like motors and lights. It aims to capitalize on Pakistan's energy crisis and increasing prices by providing cost-effective conservation solutions.
The document discusses collecting and analyzing energy usage data within a company. It explains that the goals are to [1] establish an energy database to optimize energy management, [2] identify weaknesses and savings potentials, and [3] describe the company's annual energy situation and benchmarks. Key aspects covered include gathering data on energy supply, conversion, distribution, utilization, and disposal. Specific metrics like energy consumption per production unit are emphasized to evaluate efficiency over time.
Expert workshop on the creation and uses of combined environmental and economic performance datasets at the micro-level - 10-11 July 2018 - OECD, Paris
Project on energy audit (mahindra & mahindra)Prithu Sureka
The document discusses energy management and audits. It explains that the goal of energy management is to produce goods and services with the least cost and environmental impact. An energy audit helps identify areas of waste and inefficiency to reduce energy costs without affecting production. Benchmarking energy usage internally and comparing to similar industries allows for assessing performance and finding improvement opportunities. The document then provides details on a company's energy conservation initiatives through engineering changes, process improvements, and awareness programs that have reduced energy consumption and costs.
A case study on total Energy Conservation opportunities in a Solar power assi...Ambika Prasanna Dhal
This document summarizes a case study on energy conservation opportunities at a solar power-assisted building. It analyzes the current energy consumption at GIET campus and identifies opportunities to reduce usage. An energy audit was conducted to assess lighting, HVAC, motor, and other loads. Conservation measures like efficient lighting, fans, and motors were implemented. While energy usage increased 10% with a new building from 2012-2014, electricity costs decreased 5.61% due to conservation efforts. The study concludes energy conservation can reduce costs and environmental impacts through efficient technologies and operations.
The document summarizes an Indian government website that promotes energy efficiency. The website provides information for various stakeholders on energy conservation laws, certification programs for energy managers and auditors, sector-specific best practices, case studies and reports. It aims to spread awareness on energy efficiency and conservation among industries, experts, students and the public.
This document discusses principles of energy conservation and energy audits. It explains that energy conservation means reducing energy consumption without sacrificing production quality or quantity. An energy audit is a technical survey that studies patterns of energy consumption across machines, sections, and departments to identify areas of waste and inefficiency. The goal is to recommend improvements that can be implemented in the short, medium, and long term to boost overall plant efficiency and reduce energy costs. Energy audits are the starting point of energy management programs.
Energy Audit / Energy Conservation Basics by Varun Pratap SinghVarun Pratap Singh
This document discusses energy conservation basics and India's energy consumption. It defines different types of energy and provides details on world energy consumption and India's energy sources. It discusses the importance of energy audits for industries, commercial buildings, homes and utilities. Energy audits identify opportunities to reduce energy use and costs. The government of India is promoting energy conservation and efficiency through organizations like BEE and CPRI that conduct energy audits and research.
The document discusses energy efficiency, conservation, and management. It defines energy efficiency as using less energy to provide the same service, and energy conservation as reducing or going without energy usage. An effective energy management strategy involves appointing an energy manager, conducting energy audits, establishing monitoring systems, creating awareness programs, and annually reviewing efforts. Comprehensive energy audits are conducted in multiple phases to accurately assess energy usage and identify opportunities to reduce costs. The audits analyze equipment and processes to determine how energy is being used and provide recommendations.
The document provides an overview of energy management and energy audits. It defines energy and various types of energy like mechanical, thermal, nuclear, chemical, and electromagnetic. Energy management aims to optimize energy use and reduce costs. The objectives are to minimize energy procurement and utilization costs without affecting production. Energy audits identify ways to reduce energy consumption per unit of output. Preliminary audits establish baseline consumption while detailed audits evaluate all energy consuming systems and equipment to identify savings opportunities through a ten step process. The document outlines the various instruments used in energy audits to measure consumption.
Energy Auditing/ Energy conservation ppt by Varun Pratap SinghVarun Pratap Singh
Download Link (Copy URL):
https://sites.google.com/view/varunpratapsingh/teaching-engagements
Unit-1:
PPT for Energy Conservation Subject (Updated Aug,2018).
The document summarizes an energy audit conducted on a cafeteria to identify opportunities to save energy. Key findings were that electricity usage varied significantly with seasons, with a seasonal variation factor of 4, while gas usage varied less with a factor of 1.4. Refrigeration was found to be the biggest consumer of electricity. Suggestions included improving insulation, shutting off heating/cooling before closing, using natural light, and replacing lights with LED bulbs which would pay for itself in under 2 years. Replacing small refrigerators with a larger unit and using a chest freezer as a refrigerator were also recommended to reduce energy usage.
This document is a project report submitted by four students for their Bachelor of Engineering degree. It outlines an energy audit conducted of the air pre-heater unit at the Wanakbori Thermal Power Station. The audit analyzed the performance of the air pre-heater through measurements and calculations of parameters before and after improvements were made. Key areas of improvement that were addressed include correcting air leakage and improving the gas outlet temperature. The results of the audit found improved performance in the air pre-heater unit after implementing corrective measures.
The document discusses strategies for mainstreaming energy efficiency and reducing carbon emissions in the Indian apparel industry. It provides an overview of baseline energy consumption and carbon emissions for a typical apparel manufacturing unit. Common energy efficiency measures are identified that could save on average 4.6 lakh units of electricity annually for each unit, reducing costs by 19 lakhs rupees annually after investing 40 lakhs rupees. Implementing energy efficiency and using an ESCO model could reduce carbon emissions from each unit by around 105 tonnes or 7% of current emissions annually. Monitoring and verification plans are needed to track performance and ensure savings.
EAM ASE Breakfast Seminar NSW - April 2008jmortensen
This document discusses global asset sustainability and how an enterprise asset management system can help organizations improve the sustainability of their assets. It provides examples of how tracking asset energy consumption and efficiency can help identify savings opportunities from reducing waste and improving maintenance practices. The system allows integration of energy data to help optimize asset performance, replacement decisions, and achieve benchmark sustainability goals.
Sustainability in Cement Industry | Rakesh Bhargava, Chief Climate & Sustaina...Cairn India Limited
The document discusses sustainability initiatives in the Indian cement industry. It notes that the industry is the second largest producer of cement globally and discusses its economic and social contributions. It outlines several sustainability initiatives the industry is undertaking, including generating green power through waste heat recovery, increasing the use of alternative fuels and raw materials to reduce reliance on fossil fuels, enhancing energy efficiency, undertaking social development programs, and transparent sustainability reporting. The industry is also working to make its supply chain more sustainable through criteria evaluation, stakeholder consultation, and monitoring.
Her in this PPT we covered so many Topic .
1. Definition Of Energy Management, 2. Objective of Energy Management, 3. Energy Security, 4. Energy Conservation And its Importance. etc..
This PPT is part 3 of Energy Conservation and Management .
Definition of Energy Management :
"The judicious and effective use of energy to maximize profits (minimize costs)”
case study on energy conservation and utilization.tamboliameer
1) The document discusses energy conservation and load distribution analysis conducted at VIIT. It analyzed the institute's energy usage and expenses from 2012-2014.
2) Solar panels were installed in 2013, which led to a decrease in electricity expenses from nearly Rs. 11 lakh in 2012 to Rs. 7.98 lakh in 2013 despite increased campus load.
3) Further energy conservation measures helped reduce expenses further to Rs. 5.14 lakh in 2014, representing over 60% savings from 2012 levels.
Relation between Energy Saving and Economic Indices of CompanyIJRES Journal
Owing to the application of energy, tangible products made of raw materials take on those properties that determine their market demand. Raw materials acquire these properties and qualities during a process that is referred to as the energotechnological process. In general there are two definitions of a technological process. According to the first definition, the technological process is a sequence and combination of operations, and according to the second definition, which is more concise and derived from the content of the term itself, technology is a science about material treatment methods that allow this effect to be optimised. The first definition relates mainly to the organisation and structure of production. The priority of the second definition is obvious when creating new production, making advanced improvements to the existing production and ensuring the pre-eminence of the products in market competition. Obviously the second definition is more universal and preferable, and it is clear that practical utility of this definition is based on science about the energy impact on various material media. Thus energy shall be considered as one of two major factors of production efficiency (along with the material component). The considered methods of calculation of separate aspects of the problem of energy saving represent a complete logically bracketed approach and allow for proceeding to form a common methodology of energy saving in the company as well as in territorial and production groups.
This document discusses industrial energy audits and their importance. It provides an overview of the types of energy audits, including preliminary and detailed audits. Preliminary audits gather basic energy usage data through interviews and reviews, while detailed audits involve comprehensive assessments of energy systems and balance of energy inputs and outputs. The goals of energy audits are to reduce waste, improve efficiency, and lower costs. Conducting regular audits is important for energy management and conservation efforts in industries.
This document summarizes the energy efficiency efforts of OBERBE TON-IN V ES T, Ltd, a manufacturer of reinforced concrete structures. The company conducted an energy audit that identified optimization of production processes and equipment as areas for improvement. Measures implemented included reducing the heating time for concrete molds, insulating mold walls, and modernizing lighting. These measures saved 45.2 MWh of natural gas annually from optimizing mold heating, and over 40 MWh of electricity annually from lighting modernization. Employee training on energy efficiency helped optimize implementation of such measures going forward.
Energy Audit A Case Study of Pashupati Candle filter Udhyog And Country foo...Bikram Dahal
Energy itself is growing issue at present scenario and its effective management has growing scope in the field of industrialization. As Industrial Engineer, we must have sound knowledge of energy management, which would be integral part when we enter the field of our engineering. This is the main reason behind selection of “Energy Audit”. The project is supervised by Er. Bhisma Pandit(senior energy expert) and audit instrument support from Thapathali Campus and IEMP. The project is carried with permission in Pashupati Filter Candle Udhyog (LPG LPG Regulator Division)and Country foods Pvt.Ltd.
The Novomykolayivskyi Dairy Plant implemented several energy efficiency measures that allowed it to reduce its energy consumption by 6.1% and greenhouse gas emissions by 19%. It optimized technological processes by installing variable speed drives and updating its cooling system. It also increased staff knowledge on energy efficiency topics through training. The measures generated cost savings of over UAH 500,000 annually with payback periods of 1-2 years and have led the company to consider additional upgrades like a more efficient boiler.
The document discusses energy audits, which involve inspecting and analyzing energy usage in buildings, processes, or systems to identify opportunities to reduce energy input without negatively impacting output. Energy audits can be preliminary or detailed depending on factors like the industry, desired cost reductions, and depth needed. The objectives of an audit include cost reduction by analyzing expenses. Conducting audits can help reduce carbon footprints by identifying solutions to lower greenhouse gas emissions from sources like electricity generation, transportation, and water usage. Individual actions like calculating one's carbon footprint and supporting renewable energy can also help address global warming.
The document discusses conducting a water audit at a school to identify ways to reduce water usage and wastage. It provides information on the water audit process which includes measuring current water consumption from different sources, identifying issues like leaks, and developing solutions for more efficient water use. The goals are to save money, promote water conservation awareness among students, and ensure long-term sustainable water management practices.
The document outlines the process for conducting an energy audit. It discusses initiating an energy management program, analyzing energy bills, conducting an on-site audit by examining various systems and equipment, and developing an energy audit report that identifies energy management opportunities and recommends cost-effective solutions to reduce energy usage and costs. The goal of an energy audit is to understand current energy usage and identify ways to use energy more efficiently.
A case study on total Energy Conservation opportunities in a Solar power assi...Ambika Prasanna Dhal
This document summarizes a case study on energy conservation opportunities at a solar power-assisted building. It analyzes the current energy consumption at GIET campus and identifies opportunities to reduce usage. An energy audit was conducted to assess lighting, HVAC, motor, and other loads. Conservation measures like efficient lighting, fans, and motors were implemented. While energy usage increased 10% with a new building from 2012-2014, electricity costs decreased 5.61% due to conservation efforts. The study concludes energy conservation can reduce costs and environmental impacts through efficient technologies and operations.
The document summarizes an Indian government website that promotes energy efficiency. The website provides information for various stakeholders on energy conservation laws, certification programs for energy managers and auditors, sector-specific best practices, case studies and reports. It aims to spread awareness on energy efficiency and conservation among industries, experts, students and the public.
This document discusses principles of energy conservation and energy audits. It explains that energy conservation means reducing energy consumption without sacrificing production quality or quantity. An energy audit is a technical survey that studies patterns of energy consumption across machines, sections, and departments to identify areas of waste and inefficiency. The goal is to recommend improvements that can be implemented in the short, medium, and long term to boost overall plant efficiency and reduce energy costs. Energy audits are the starting point of energy management programs.
Energy Audit / Energy Conservation Basics by Varun Pratap SinghVarun Pratap Singh
This document discusses energy conservation basics and India's energy consumption. It defines different types of energy and provides details on world energy consumption and India's energy sources. It discusses the importance of energy audits for industries, commercial buildings, homes and utilities. Energy audits identify opportunities to reduce energy use and costs. The government of India is promoting energy conservation and efficiency through organizations like BEE and CPRI that conduct energy audits and research.
The document discusses energy efficiency, conservation, and management. It defines energy efficiency as using less energy to provide the same service, and energy conservation as reducing or going without energy usage. An effective energy management strategy involves appointing an energy manager, conducting energy audits, establishing monitoring systems, creating awareness programs, and annually reviewing efforts. Comprehensive energy audits are conducted in multiple phases to accurately assess energy usage and identify opportunities to reduce costs. The audits analyze equipment and processes to determine how energy is being used and provide recommendations.
The document provides an overview of energy management and energy audits. It defines energy and various types of energy like mechanical, thermal, nuclear, chemical, and electromagnetic. Energy management aims to optimize energy use and reduce costs. The objectives are to minimize energy procurement and utilization costs without affecting production. Energy audits identify ways to reduce energy consumption per unit of output. Preliminary audits establish baseline consumption while detailed audits evaluate all energy consuming systems and equipment to identify savings opportunities through a ten step process. The document outlines the various instruments used in energy audits to measure consumption.
Energy Auditing/ Energy conservation ppt by Varun Pratap SinghVarun Pratap Singh
Download Link (Copy URL):
https://sites.google.com/view/varunpratapsingh/teaching-engagements
Unit-1:
PPT for Energy Conservation Subject (Updated Aug,2018).
The document summarizes an energy audit conducted on a cafeteria to identify opportunities to save energy. Key findings were that electricity usage varied significantly with seasons, with a seasonal variation factor of 4, while gas usage varied less with a factor of 1.4. Refrigeration was found to be the biggest consumer of electricity. Suggestions included improving insulation, shutting off heating/cooling before closing, using natural light, and replacing lights with LED bulbs which would pay for itself in under 2 years. Replacing small refrigerators with a larger unit and using a chest freezer as a refrigerator were also recommended to reduce energy usage.
This document is a project report submitted by four students for their Bachelor of Engineering degree. It outlines an energy audit conducted of the air pre-heater unit at the Wanakbori Thermal Power Station. The audit analyzed the performance of the air pre-heater through measurements and calculations of parameters before and after improvements were made. Key areas of improvement that were addressed include correcting air leakage and improving the gas outlet temperature. The results of the audit found improved performance in the air pre-heater unit after implementing corrective measures.
The document discusses strategies for mainstreaming energy efficiency and reducing carbon emissions in the Indian apparel industry. It provides an overview of baseline energy consumption and carbon emissions for a typical apparel manufacturing unit. Common energy efficiency measures are identified that could save on average 4.6 lakh units of electricity annually for each unit, reducing costs by 19 lakhs rupees annually after investing 40 lakhs rupees. Implementing energy efficiency and using an ESCO model could reduce carbon emissions from each unit by around 105 tonnes or 7% of current emissions annually. Monitoring and verification plans are needed to track performance and ensure savings.
EAM ASE Breakfast Seminar NSW - April 2008jmortensen
This document discusses global asset sustainability and how an enterprise asset management system can help organizations improve the sustainability of their assets. It provides examples of how tracking asset energy consumption and efficiency can help identify savings opportunities from reducing waste and improving maintenance practices. The system allows integration of energy data to help optimize asset performance, replacement decisions, and achieve benchmark sustainability goals.
Sustainability in Cement Industry | Rakesh Bhargava, Chief Climate & Sustaina...Cairn India Limited
The document discusses sustainability initiatives in the Indian cement industry. It notes that the industry is the second largest producer of cement globally and discusses its economic and social contributions. It outlines several sustainability initiatives the industry is undertaking, including generating green power through waste heat recovery, increasing the use of alternative fuels and raw materials to reduce reliance on fossil fuels, enhancing energy efficiency, undertaking social development programs, and transparent sustainability reporting. The industry is also working to make its supply chain more sustainable through criteria evaluation, stakeholder consultation, and monitoring.
Her in this PPT we covered so many Topic .
1. Definition Of Energy Management, 2. Objective of Energy Management, 3. Energy Security, 4. Energy Conservation And its Importance. etc..
This PPT is part 3 of Energy Conservation and Management .
Definition of Energy Management :
"The judicious and effective use of energy to maximize profits (minimize costs)”
case study on energy conservation and utilization.tamboliameer
1) The document discusses energy conservation and load distribution analysis conducted at VIIT. It analyzed the institute's energy usage and expenses from 2012-2014.
2) Solar panels were installed in 2013, which led to a decrease in electricity expenses from nearly Rs. 11 lakh in 2012 to Rs. 7.98 lakh in 2013 despite increased campus load.
3) Further energy conservation measures helped reduce expenses further to Rs. 5.14 lakh in 2014, representing over 60% savings from 2012 levels.
Relation between Energy Saving and Economic Indices of CompanyIJRES Journal
Owing to the application of energy, tangible products made of raw materials take on those properties that determine their market demand. Raw materials acquire these properties and qualities during a process that is referred to as the energotechnological process. In general there are two definitions of a technological process. According to the first definition, the technological process is a sequence and combination of operations, and according to the second definition, which is more concise and derived from the content of the term itself, technology is a science about material treatment methods that allow this effect to be optimised. The first definition relates mainly to the organisation and structure of production. The priority of the second definition is obvious when creating new production, making advanced improvements to the existing production and ensuring the pre-eminence of the products in market competition. Obviously the second definition is more universal and preferable, and it is clear that practical utility of this definition is based on science about the energy impact on various material media. Thus energy shall be considered as one of two major factors of production efficiency (along with the material component). The considered methods of calculation of separate aspects of the problem of energy saving represent a complete logically bracketed approach and allow for proceeding to form a common methodology of energy saving in the company as well as in territorial and production groups.
This document discusses industrial energy audits and their importance. It provides an overview of the types of energy audits, including preliminary and detailed audits. Preliminary audits gather basic energy usage data through interviews and reviews, while detailed audits involve comprehensive assessments of energy systems and balance of energy inputs and outputs. The goals of energy audits are to reduce waste, improve efficiency, and lower costs. Conducting regular audits is important for energy management and conservation efforts in industries.
This document summarizes the energy efficiency efforts of OBERBE TON-IN V ES T, Ltd, a manufacturer of reinforced concrete structures. The company conducted an energy audit that identified optimization of production processes and equipment as areas for improvement. Measures implemented included reducing the heating time for concrete molds, insulating mold walls, and modernizing lighting. These measures saved 45.2 MWh of natural gas annually from optimizing mold heating, and over 40 MWh of electricity annually from lighting modernization. Employee training on energy efficiency helped optimize implementation of such measures going forward.
Energy Audit A Case Study of Pashupati Candle filter Udhyog And Country foo...Bikram Dahal
Energy itself is growing issue at present scenario and its effective management has growing scope in the field of industrialization. As Industrial Engineer, we must have sound knowledge of energy management, which would be integral part when we enter the field of our engineering. This is the main reason behind selection of “Energy Audit”. The project is supervised by Er. Bhisma Pandit(senior energy expert) and audit instrument support from Thapathali Campus and IEMP. The project is carried with permission in Pashupati Filter Candle Udhyog (LPG LPG Regulator Division)and Country foods Pvt.Ltd.
The Novomykolayivskyi Dairy Plant implemented several energy efficiency measures that allowed it to reduce its energy consumption by 6.1% and greenhouse gas emissions by 19%. It optimized technological processes by installing variable speed drives and updating its cooling system. It also increased staff knowledge on energy efficiency topics through training. The measures generated cost savings of over UAH 500,000 annually with payback periods of 1-2 years and have led the company to consider additional upgrades like a more efficient boiler.
The document discusses energy audits, which involve inspecting and analyzing energy usage in buildings, processes, or systems to identify opportunities to reduce energy input without negatively impacting output. Energy audits can be preliminary or detailed depending on factors like the industry, desired cost reductions, and depth needed. The objectives of an audit include cost reduction by analyzing expenses. Conducting audits can help reduce carbon footprints by identifying solutions to lower greenhouse gas emissions from sources like electricity generation, transportation, and water usage. Individual actions like calculating one's carbon footprint and supporting renewable energy can also help address global warming.
The document discusses conducting a water audit at a school to identify ways to reduce water usage and wastage. It provides information on the water audit process which includes measuring current water consumption from different sources, identifying issues like leaks, and developing solutions for more efficient water use. The goals are to save money, promote water conservation awareness among students, and ensure long-term sustainable water management practices.
The document outlines the process for conducting an energy audit. It discusses initiating an energy management program, analyzing energy bills, conducting an on-site audit by examining various systems and equipment, and developing an energy audit report that identifies energy management opportunities and recommends cost-effective solutions to reduce energy usage and costs. The goal of an energy audit is to understand current energy usage and identify ways to use energy more efficiently.
The document summarizes an energy audit conducted of the Indian Institute of Technology (IIT) Kharagpur campus in India. A team of students and interns led the audit in association with IIT Kharagpur faculty and an energy solutions startup. They divided the campus into areas and collected electrical, fossil fuel, and HVAC usage data. The goal was to identify opportunities to reduce energy consumption and costs while providing learning experiences for those involved.
The document outlines the key aspects of conducting an energy audit for an industrial establishment. It defines an energy audit as the first step in any energy management program that seeks to identify opportunities to improve energy efficiency. The summary includes identifying major energy uses, analyzing conservation opportunities, conducting cost-benefit analyses of projects, and developing an action plan to prioritize implementation. The goal of an energy audit is to establish a baseline and targets to help reduce energy costs through efficiency gains over time.
The document discusses energy audits and provides details about conducting an energy audit at a milk plant. It describes the goals of energy audits as minimizing costs for energy, operations, repairs, and increasing environmental quality. The document outlines the methodology for preliminary and detailed energy audits, including data collection, measurements, analysis, and post-audit presentations. It also provides a case study of an energy audit conducted at a milk plant, identifying areas for savings through improvements to boilers, air compressors, and illumination systems.
The document outlines the methodology for conducting an energy audit. It discusses defining an energy audit, objectives of energy audits and energy management. It describes the basic levels of audits and tasks involved, including preliminary analysis, energy analyses by section, measurement campaigns, and developing an energy balance and action plan. The document provides examples of collecting data for an audit of an establishment, including energy consumption breakdown, costs, passenger numbers, and specific energy consumption benchmarks.
This is normally my story line whenever I was asked/requested/invited to share with audience on the way forward for energy efficiency industry in Malaysia when I was I the government trying to push for EE agenda..and my opinions and thoughts are still the same until today and look like for longer time
Paul Hamilton, Schneider Electric: Lean and Clean: Equipping Modern Manufactu...guest3e1229f
On Friday, March 19, Alliance staff and industry experts discussed energy efficiency's role in reducing greenhouse gas emissions in the industrial sector.
Paul Hamilton, Schneider Electric: Lean and Clean: Equipping Modern Manufactu...Alliance To Save Energy
The document discusses industrial energy efficiency and provides recommendations for engaging with industrial customers. It recommends that energy experts recognize the priorities of the facility, enhance the facility's perspective on energy, and that an energy audit should only be the first step in developing an ongoing energy action plan through continuous collaboration. Case studies show how comprehensive energy action plans can identify significant ongoing energy savings opportunities through mechanical systems improvements, combined heat and power optimization, and other measures.
Proposal For Energy Management Gold Standard (REV).pptxMohamadRazin2
1. Hospital Sungai Buloh is a major public hospital in Selangor, Malaysia that provides a wide range of medical services including emergency care and specialized services using modern facilities.
2. The hospital consumed 32,379,113 kWh of power in 2023, exceeding the threshold that requires compliance with EMEER 2008 energy efficiency regulations.
3. The regulations require the hospital to appoint an energy manager, submit energy management plans and reports, and achieve at least 5% annual energy savings over the next two years to obtain a 2-star rating under the energy efficiency accreditation scheme.
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2. INTRODUCTION
Chamber of Industries Morang (CIM) is one of the leading chamber in Eastern
Region. It was established in 2024 B.S. (1967 A.D) by one of the well-known
Industrialist of Nepal with the aim of promoting Industries, develop national and
International trade and commerce to achieve quality objectives, make necessary co-
ordination with government and among Industrial sector. Chamber of Industries
Morang plays a key role in promoting different activities like
training, Workshop, Energy Conservation Program, Industrial trade
fair, Seminar, Talk Programs and corporate social responsibilities.
3. Mission
Develop national and international business, coordinate and regulate different activities establishing
cooperation among the industries of the region.
Vision
Depicting proper industrial sector and encouraging industrialists and business personalities towards
nation economic development.
Objective
To promote member industries, develop national and international trade & commerce, to achieve
quality objectives, make necessary co-ordination among industrial sectors.
1. To co-ordinate among organizations and federations.
2. To protect industrial rights for mutual helps among national, international and local authorities.
3. To analyze and suggest annual policies, rules, plans for related member industries.
4. To participate actively in any conflict among industries and labor problem.
5. To organize regional, national & International seminar, talk program & workshop.
6. To open branch offices in all over Nepal if required for the protection of industries.
7. To flow information to the associated members and secretariat.
4. ENERGY AUDIT
An energy audit is an examination of an energy consuming
equipment/system to ensure that energy is being used
efficiently.
(Or)
“Energy Audit” means the verification, monitoring and
analysis of the use of energy including submission of technical
report containing recommendation for improving energy
efficiency with cost benefit analysis and an action plan to
reduce energy consumption.
5. Purposes of Energy Audit:
1. Find realistic energy saving.
2. Environmental protection.
3. National Energy supply/demand balance.
4. Occupational safety and health
5. Promoting energy efficiency and conservation.
6. Create important information, new ideas.
7. Define cost effective project.
8. Prepare action plans.
9. Develop staff training programs.
10.Aspiration of the improvement to corporate image by promoting energy
efficiency and conservation
6. Objective
Energy audit is an effective energy management tools. By identifying and
implementing the means to achieve energy efficiency & conservation, not
only can save energy but also equipment/system life can be extended. All
these means saving money.
Based on the principle of “The less energy is consumed, the less fossil fuels will
be burnt” so companies will generate relatively less pollutants and by-
products. Therefore, all concerning these will contribute to conserve the
environment and to enhance sustainable development.
Environmental Protection
Energy Audit = Saving Money +
Sustainable Development
7. Classification Of Energy Conservation Measures
Based on energy audit and analysis of the plant, a number of potential energy
saving projects can be identified. These may be classified into three
categories.
No cost/Low cost – High return
Medium cost- Medium return
High cost- High return
Normally the low cost - high return projects receive priority. Other projects
have to be analyzed, engineered and budgeted for implementation in a
phased manner.
8. Energy Audit In Few Industries within Morang and Sunsari Industrial
Corridor
Plant Energy
Electrical – 567 KWh/ Ton of paper
Thermal- 1 Ton of rice husk/ ton of paper
Observation (Thermal)
Heat loss from uninsulated boiler, digester and steam pipe
Waste water- 47, 000 liter per hour
Steam leakage- digester, resin cooker vessels
9. After Energy Audit
Low cost high return (Thermal)
Particulars Before After
Surface Temperature (0 C) 180 50
Ambient Temperature (0 C) 30 30
Heat Loss (Kcal/yr) 269,325,000 22,572,000
Heat saved per year ( kCal) 46,753,000
Rice husk saved (tons/year) 78
Cost savings (Rs./year) 391,671
Total cost of insulation for 3 digesters (Rs.) 684,000
Simple payback period (years) 1.75
10. Observation (Electrical)
11kv supply
1000 KVA contract demand
1750 KVA transformer
0.73 PF
Flat belt drive in paper machine
Recommendation
Improve power factor from 0.73 to 0.95
Replace flat belt drive to VFDs
Lightening
11. Power factor Management
Existing maximum demand Kva 628.82
Maximum Load 459.04
Measured powered factor 0.73
Improved power factor 0.96
KVAr required 110
KVA saving per month (NRs) 15066
Cost saving per month (NRs) 34,651.80
Cost saving per year (NRs) 415,821.60
Investment of 60 KVAr capacitor bank (NRs) 63,000.0
Simple pay back period 0.15 year (55 days)
12. VFD Application
ID FD
Rated power (KW) 56.25 37.5
Measured power (Kw) 14.5 12
Approx. power consumption(Kw) in
presence os sand in fluidized bed
37 30
Energy consumed after implementation of
VFD (KW)
25.9 21
Energy saving (KW) 11.1 9
Energy saving (KW)
Working Hr-16, Number of days -300
53280(A) 43200(B)
Saving (NRs)
Average per unit cost is Rs- 5.8
309,024.0 250,560.0
Total A+B 559584
Investment 600,000.0 400,000.0
Total Investment 1,000,000.0
Pay back period 1.78 yrs
14. Hulas Wire Industries Pvt. Ltd.
Morang District, Biratnagar, Nepal
Observation at TMT high pressure pump
Water pump with rated capacity =110kW
Power measured by clamp meter = 89.5kW
Pressure required to produce 12mm TMT rod (P) = 6kg/sq.cm
Pressure required to produce 8mm TMT rod (P) = 10kg/sq.cm
Flow required for process = 12 liter/ sec
Excess flow pumped by motor = 50%
Recommendation
Installation of VFD for high pressure pump
15. VFD Application
Power measured by clamp meter 89.5kW
Power required for present flow with VFD
installation
12kW
Electrical Power saving 77.5kW
Annual Electrical saving @ working 10 hr per day 279,000kwh
Saving (NRs) @ Nrs 7 per unit 1,953,000
Investment required for VFD (Nrs) 600,000
Payback period 4 month
16. Observation at Combustion control in TMT Pusher furnace
Oxygen content in flue gas was about 8 to 10% before recuperator resulting
in dry flue gas loss about 17.53%
During idle condition, 02 content in flue gas was about 14%
Recommendation
Reducing 02 percentage in flue gas down to 4% by controlling combustion
blower damper
Heat loss in dry flue gas 11.36%
Reduction in % heat loss 6.2%
Reduction in oil consumption (liter/hour) 35.35
Amount of furnace oil saving annually (KL) 127
Annual Saving (Nrs) 5,726,812
Investment in VFD and O indicator (Nrs) 500,000
Payback period 1 month
17. Benefit of Energy Cell
Morang & Sunsari Industrial load is about 45 MW, when energy conservation
and audit was conducted it was found about 10% energy was saved. It
can result in financial capital, environmental quality. Economic security and
national security.
It will help to promote the concept and fundamentals of energy
conservation so that Industries in this region as well as in Nepal can
become more competitive.
To provide creative input into product and service innovation.
Present and Explain energy efficiency program to all sector of economy.
To promote energy awareness in Eastern region with coordination with sister
organization.
18. How Energy Cell will serve to Industries
1. Data collection and Analysis.
Comparison with standard /Industrial best, average.
Production data for industrial plants to find out operation improvement
opportunities.
2. Site Investigation
Discuss operation with site personnel, often they will know the energy use
problems.
Install energy monitoring where required to assess opportunities and to
identify energy waste.
3. Cost and Benefit Analysis when conducting
Feasibility study on energy saving projects cost and benefit analysis are
essential
19. Cont.…
4. Preparation of concise report.
5. Staff training
Through Energy audit, staff are educated and trained.
6. Presentation of the result to management.
7. Action plan for project Implementation.
8. Follow up monitoring to prove result.
Typical annual saving from project with payback period between 0-2 year.
Improved knowledge of process operation leads to reduce energy waste.
Increased awareness of energy cost leads to more management focus on
energy use and improved energy conservation.
20. Conclusion
Energy audits, either walk-through or detailed energy audits, are essential for
all sectors of the economy (including residential/tertiary sector
buildings, School, College, Hotel, Hospital as well as industrial sector and
transport companies) to promote a better understanding of the current status
of end-use energy efficiency.
The audits, which are usually coordinated by engineering or facility
departments, will not only create awareness among those who are
functionally involved in the management of energy but also justify the
necessity for the implementation of energy efficiency activities.
21. And now last but not the least on behalf of Chamber of
Industry, Morang I would like to express my gratitude to FNCCI
and GIZ Nepal in supporting and promoting energy efficiency
in industries enterprises, with capacity building in Energy Audit
as an area of focus.
RAKESH SURANA – Energy Co-Ordinator
THANK YOU