We have a combined experience totaling 50 years in Green technology and commercial applications. With our experienced team of Technical Advisors we are able to reduce operating costs by as much as 50%
Go Green Fleet Solutions powerpoint loggingGoGreenFleet
We have a combined experience totaling 50 years in Green technology and commercial applications. With our experienced team of Technical Advisors we are able to reduce operating costs by as much as 50%
The document discusses a company that produces a fuel additive called eeFuel using nanotechnology. It claims eeFuel can improve fuel economy by up to 18%, reduce emissions, and provide a money-making business opportunity by selling the product directly. The company has been in business over 25 years and its additive has been tested in over 15 billion miles of driving.
Annual Fossil Fuel Clean Air Initiative Usajmelanson
The document discusses a technology called GESiTM that can reduce emissions from vehicles and generators powered by gasoline, natural gas, and other fuels by up to 100%. It provides details on the technology and its benefits, including that it has been tested on vehicles and generators and shown reductions in carbon monoxide and nitrogen oxide emissions. The technology involves installing a device called a "Dry Selective Catalyst" on the exhaust that treats the emissions.
Used Statistical Analysis in Excel to analyze hypotheses about fuel economy and annual fuel costs using data from the EPA. I created use friendly Dashboards in Excel and Tableau to assist the consumer in making decisions by car make.
How to calculate your Fuel Consumption (FC)funkseoul
This document provides instructions for calculating a car's fuel consumption (FC) in liters per 100 km through either rough estimation or careful calculation methods. It also explains how to convert FC to other units like miles per gallon or km per liter. Tips are given for improving FC such as driving slower, avoiding excessive idling or air conditioning use, and taking routes with less traffic or better road conditions. Conversion formulas and examples are included to demonstrate the calculation process.
Badger Sheriff's Association Conference - Jefferson County Sheriff's Departme...Wisconsin Clean Cities
Jefferson County has been using propane to fuel its vehicles for over 30 years, saving $120,000 per year in fuel costs. Propane costs less than $1 per gallon due to a 50 cent per gallon federal rebate. Vehicles that travel an average of 85,000 miles per year see payback on the $7,000-$8,500 propane system conversion cost within 8-10 months. While the county's propane program started in a makeshift way, technology improvements have made propane systems more reliable and easier to use.
This document presents a seminar on using compressed natural gas (CNG) as an alternative fuel for internal combustion engines. It discusses the availability of natural gas, the properties of CNG, modifications required to engines to use CNG, the performance and emission characteristics of CNG as a fuel, and concludes that CNG represents a good alternative fuel that can help reduce emissions and extend petroleum supplies. The presentation includes discussions of natural gas fields, the composition of CNG, comparisons to gasoline, CNG engine development options, and advantages and disadvantages of using CNG as a vehicle fuel.
Helen Jones analyzed fuel consumption and costs for Phonelink Installations Limited over several months. She collected data on fuel prices, mileage, and quantities from the company's fuel cards. Her analysis found that the average cost per liter varied between £1.33-£1.45 per month, with differences in most expensive and cheapest fuel costs dropping from £0.10 to £0.04, resulting in estimated monthly and annual savings for the company. Going forward, Helen recommends informing employees of the cheapest places to buy fuel and teaching more economical driving techniques.
Go Green Fleet Solutions powerpoint loggingGoGreenFleet
We have a combined experience totaling 50 years in Green technology and commercial applications. With our experienced team of Technical Advisors we are able to reduce operating costs by as much as 50%
The document discusses a company that produces a fuel additive called eeFuel using nanotechnology. It claims eeFuel can improve fuel economy by up to 18%, reduce emissions, and provide a money-making business opportunity by selling the product directly. The company has been in business over 25 years and its additive has been tested in over 15 billion miles of driving.
Annual Fossil Fuel Clean Air Initiative Usajmelanson
The document discusses a technology called GESiTM that can reduce emissions from vehicles and generators powered by gasoline, natural gas, and other fuels by up to 100%. It provides details on the technology and its benefits, including that it has been tested on vehicles and generators and shown reductions in carbon monoxide and nitrogen oxide emissions. The technology involves installing a device called a "Dry Selective Catalyst" on the exhaust that treats the emissions.
Used Statistical Analysis in Excel to analyze hypotheses about fuel economy and annual fuel costs using data from the EPA. I created use friendly Dashboards in Excel and Tableau to assist the consumer in making decisions by car make.
How to calculate your Fuel Consumption (FC)funkseoul
This document provides instructions for calculating a car's fuel consumption (FC) in liters per 100 km through either rough estimation or careful calculation methods. It also explains how to convert FC to other units like miles per gallon or km per liter. Tips are given for improving FC such as driving slower, avoiding excessive idling or air conditioning use, and taking routes with less traffic or better road conditions. Conversion formulas and examples are included to demonstrate the calculation process.
Badger Sheriff's Association Conference - Jefferson County Sheriff's Departme...Wisconsin Clean Cities
Jefferson County has been using propane to fuel its vehicles for over 30 years, saving $120,000 per year in fuel costs. Propane costs less than $1 per gallon due to a 50 cent per gallon federal rebate. Vehicles that travel an average of 85,000 miles per year see payback on the $7,000-$8,500 propane system conversion cost within 8-10 months. While the county's propane program started in a makeshift way, technology improvements have made propane systems more reliable and easier to use.
This document presents a seminar on using compressed natural gas (CNG) as an alternative fuel for internal combustion engines. It discusses the availability of natural gas, the properties of CNG, modifications required to engines to use CNG, the performance and emission characteristics of CNG as a fuel, and concludes that CNG represents a good alternative fuel that can help reduce emissions and extend petroleum supplies. The presentation includes discussions of natural gas fields, the composition of CNG, comparisons to gasoline, CNG engine development options, and advantages and disadvantages of using CNG as a vehicle fuel.
Helen Jones analyzed fuel consumption and costs for Phonelink Installations Limited over several months. She collected data on fuel prices, mileage, and quantities from the company's fuel cards. Her analysis found that the average cost per liter varied between £1.33-£1.45 per month, with differences in most expensive and cheapest fuel costs dropping from £0.10 to £0.04, resulting in estimated monthly and annual savings for the company. Going forward, Helen recommends informing employees of the cheapest places to buy fuel and teaching more economical driving techniques.
CNG offers numerous advantages over gasoline and diesel, making it a more viable fuel for vehicles. It is cheaper to operate, cleaner burning, and reduces pollution. CNG vehicles have lower maintenance costs and longer engine life. CNG is also safer than other fuels due to its high ignition temperature and narrow flammability range. It can reduce fuel costs by up to 70% compared to gasoline and diesel.
Vegetable oils can replace diesel as a fuel power pointMichael Laity
The document discusses converting a 1987 Mercedes 300TD diesel car to run on waste vegetable oil. Key points include:
- The car was modified with a heat exchanger, heated fuel filter, and high-capacity pump at a cost of $550 to allow it to run on vegetable oil.
- Performance testing showed the vegetable oil fuels achieved 25.9-27.1 MPG compared to 28.7 MPG for diesel, with bio-diesel performing the worst.
- Emissions testing found vegetable oils increased hydrocarbons and NOx compared to diesel, while diesel and bio-diesel produced no carbon monoxide.
- The conclusion is that while vegetable oils can reduce dependence on diesel
CNG, or compressed natural gas, is made by compressing methane gas and storing it in hard cylinders at high pressure. It is a cheaper substitute for diesel, petrol, and propane. CNG produces less carbon emissions than these fossil fuels and has several advantages, such as lower maintenance costs and reduced pollution. However, it requires more storage space in vehicles. Despite this disadvantage, CNG has grown popular due to its environmental and economic benefits and over 14 million natural gas vehicles worldwide use CNG as of 2011.
This document provides information about compressed natural gas (CNG) vehicles. It discusses the benefits of CNG which include lower costs, better engine life, and reduced emissions compared to gasoline. Proper training is required for maintenance on CNG vehicles since the oil does not need to be changed as frequently. The top countries using CNG vehicles are Iran, Pakistan, and Argentina. In conclusion, while CNG vehicles have advantages, their tanks require more storage space and initial costs are higher than gasoline vehicles.
The document outlines a presentation about compressed natural gas (CNG) engines. It begins with an introduction to CNG as an alternative fuel comprised mostly of methane. It then discusses the history of CNG engines, how they work, their major components and operating principles. The document covers why CNG is used in vehicles, its advantages like lower emissions and cost effectiveness, and disadvantages like lower mileage. It also discusses the CNG power cycle, efficiency considerations, and reasons why CNG engines have not been more widely commercialized.
The document discusses a study that investigated the effects of different biodiesel types and biodiesel fractions on emission characteristics of a compression ignition engine. The study found that biodiesel from different feedstocks did not significantly affect emissions as long as fuel properties remained the same. Emissions of CO2, CO and THC decreased with increasing biodiesel content, while NOx emissions increased. The conclusions were that biodiesel reduces emissions except for NOx, and the feedstock source does not significantly impact emissions.
This guide provides practical advice on reducing a business' carbon emissions through various initiatives in areas like energy efficiency, waste management, business travel, and more. Some key tips include conducting energy audits, improving insulation, setting efficient temperature controls, installing occupancy sensors for lighting, implementing recycling programs, combining meetings, using video conferencing when possible, and choosing more carbon efficient travel options like trains over planes for short trips. Tracking emissions and setting ambitious reduction targets can help save money while differentiating a business from competitors and engaging employees.
Fossil fuels like diesel and gas are expensive, variable in quality, and harmful to engines and the environment. Omstar produces fuel additives that have been proven to reduce emissions, clean engines, reduce maintenance needs, improve combustion, increase fuel cetane number, and increase lubrication. Their products work by bonding with hydrocarbons to boost oxygen levels and combustion efficiency, lowering emissions by up to 70% while improving fuel economy up to 27%. Testing of their additives has shown reductions in harmful exhaust emissions as well as increased engine efficiency and reduced operating costs.
The document discusses a marketing strategy for introducing CNG-powered motorbikes in India. Market research found that middle-class males ages 25-50 who use bikes frequently for work would be most interested in a cheaper, environmentally-friendly option. The strategy involves targeting this demographic, positioning the bikes as cost-saving and eco-friendly, and using marketing mix elements like pricing the CNG model lower, promoting benefits like cost savings and tax exemptions, and distributing through existing dealerships and banks. The marketing budget outlines expenditures on advertising, promotions, and distribution to launch the "Honda Eco Bike" and pursue a market penetration strategy.
CONVERSION OF PETROL BIKE INTO LPG AND EMISSION CHECK IAEME Publication
An attempt has been made in this project to use alternative fuel in four stroke engine to increase the efficiency. Our fore most aim in selecting this project is to use non conventional fuel against conventional fuel which is becoming scarce and costly now days. With this air is less polluted than conventional fuels.
This document outlines a project to substitute 10% of Italian petrol consumption with non-fossil energy sources. It analyzes biodiesel and electric cars as potential solutions. For biodiesel, a preliminary analysis finds that substituting diesel with a 20% biodiesel blend would require 3.85 million tons of biodiesel per year and occupy 20.08% of Italian agricultural land. A lifecycle assessment identifies oil extraction as the main source of emissions for biodiesel production. A thermoeconomic analysis assigns economic values to process streams and finds distillation to have the highest exergoeconomic factor. For electric cars, preliminary analysis estimates substituting 24.53% of cars would require 18.21 years and 4
The document discusses strategies to optimize a company fleet. It analyzes the cost per mile of different vehicle types and outlines opportunities to reduce fuel usage and maintenance costs through right-sizing vehicles, green driver training, and increased preventative maintenance. Capital planning priorities include benchmarking purchase options, seeking used vehicles with warranties, and rightsizing specifications to lower the overall cost per mile. Key performance indicators track metrics like cost per mile and mechanic utilization to guide optimization efforts.
Compressed natural gas (CNG) is presented as an alternative fuel to gasoline and diesel. CNG is made by compressing natural gas, which is mostly methane, to less than 1% of its volume. It has a higher octane rating than gasoline and burns cleaner with reduced emissions. Worldwide, countries like Pakistan, Iran, Argentina, and India have the most vehicles running on CNG, with over 17 million natural gas vehicles total. Converting vehicles to CNG provides benefits like lower fuel costs, reduced pollution, and increased fuel efficiency compared to gasoline or diesel. However, CNG also has some disadvantages like needing more space for fuel storage and potential issues in cold weather.
This document summarizes a company called MDS that has acquired the license to market i-Phi hydrogen technology for marine vessels and generators. It discusses the benefits of adding small amounts of hydrogen to combustion engines, including increased fuel efficiency by up to 30%, lower emissions by up to 90%, and extended engine life. Test results from trucks and garbage trucks show reductions in fuel usage and emissions. The technology provides a payback period of less than one year for operators through fuel and maintenance savings.
This document discusses compressed natural gas (CNG) vehicles. It defines CNG and explains that it is made by compressing natural gas to less than 1% of its volume at standard pressure. CNG vehicles have several advantages over gasoline or diesel vehicles, such as producing less pollution and being cheaper to fuel. However, one disadvantage is that CNG requires more space for fuel storage onboard vehicles. To address this, vehicle manufacturers install CNG tanks either under vehicles or on their roofs. The document concludes that CNG is a useful fuel for vehicles to reduce pollution at a lower cost compared to other fuels like gasoline and diesel.
Compressed natural gas (CNG) is made by compressing natural gas (which is primarily methane) to less than 1% of its volume at atmospheric pressure. CNG has several advantages over gasoline and diesel - it is cheaper, produces less carbon emissions, and is safer since it disperses quickly when released. However, CNG also has some disadvantages, such as requiring a large storage tank and limited refueling station availability compared to gasoline. Overall, CNG is considered an environmentally friendly alternative motor fuel that can help reduce vehicle emissions.
what is CNG fuel and what are it's advantages, disadvantages, effects, solutions and how it is prepared?.how CNG is better than LNG and HCNG? How gases are more efficient and better than those petrols and diesels what are it's advantages and disadvantages?
American Airlines has taken several steps in 2010 to reduce its environmental impact and fuel consumption through various initiatives in its operations and equipment. These include reducing deicing fluid usage, replacing older galley carts and cargo containers with lighter models, installing more efficient lighting, evaluating lighter aircraft batteries, recycling toner cartridges, using renewable fuels for ground vehicles, researching sustainable jet fuels, optimizing trucking routes, reusing aircraft parts, improving engine cleaning, upgrading paint booths, introducing lighter wheelchairs and amenities, replacing water bottles and seat cushions with lower weight versions, and testing lighter seat fabrics and covers.
This document discusses compressed natural gas (CNG) as an alternative fuel. It provides information on the constituents of CNG and outlines how it is cleaner burning and cheaper than gasoline or coal. The document discusses the process of hydraulic fracturing or "fracking" to extract natural gas from shale rock and lists several dangers of fracking including contaminating groundwater. It provides details on CNG vehicles and infrastructure in India. In conclusion, it presents the advantages of CNG as an environmentally friendly and low-cost transportation fuel but also notes challenges around infrastructure and costs.
The TFS exhaust system is designed to improve engine performance and fuel efficiency while reducing emissions. It has been in development for over 3 years. It works by optimizing exhaust gas flow without any moving parts. Test results show increases in torque and horsepower of 20-30% and fuel savings of 15-25%. For large trucks and machines, the system can save over $50,000 per year in fuel costs.
We have the worldwide rights to sell a patented exhaust system. In a nutshell here is what it does:
* Creates a fuel savings of 15-25%
* Reduces emissions by up to 35%
* Increases engine torque by 20-30%
* Increases horsepower by 20%
CNG offers numerous advantages over gasoline and diesel, making it a more viable fuel for vehicles. It is cheaper to operate, cleaner burning, and reduces pollution. CNG vehicles have lower maintenance costs and longer engine life. CNG is also safer than other fuels due to its high ignition temperature and narrow flammability range. It can reduce fuel costs by up to 70% compared to gasoline and diesel.
Vegetable oils can replace diesel as a fuel power pointMichael Laity
The document discusses converting a 1987 Mercedes 300TD diesel car to run on waste vegetable oil. Key points include:
- The car was modified with a heat exchanger, heated fuel filter, and high-capacity pump at a cost of $550 to allow it to run on vegetable oil.
- Performance testing showed the vegetable oil fuels achieved 25.9-27.1 MPG compared to 28.7 MPG for diesel, with bio-diesel performing the worst.
- Emissions testing found vegetable oils increased hydrocarbons and NOx compared to diesel, while diesel and bio-diesel produced no carbon monoxide.
- The conclusion is that while vegetable oils can reduce dependence on diesel
CNG, or compressed natural gas, is made by compressing methane gas and storing it in hard cylinders at high pressure. It is a cheaper substitute for diesel, petrol, and propane. CNG produces less carbon emissions than these fossil fuels and has several advantages, such as lower maintenance costs and reduced pollution. However, it requires more storage space in vehicles. Despite this disadvantage, CNG has grown popular due to its environmental and economic benefits and over 14 million natural gas vehicles worldwide use CNG as of 2011.
This document provides information about compressed natural gas (CNG) vehicles. It discusses the benefits of CNG which include lower costs, better engine life, and reduced emissions compared to gasoline. Proper training is required for maintenance on CNG vehicles since the oil does not need to be changed as frequently. The top countries using CNG vehicles are Iran, Pakistan, and Argentina. In conclusion, while CNG vehicles have advantages, their tanks require more storage space and initial costs are higher than gasoline vehicles.
The document outlines a presentation about compressed natural gas (CNG) engines. It begins with an introduction to CNG as an alternative fuel comprised mostly of methane. It then discusses the history of CNG engines, how they work, their major components and operating principles. The document covers why CNG is used in vehicles, its advantages like lower emissions and cost effectiveness, and disadvantages like lower mileage. It also discusses the CNG power cycle, efficiency considerations, and reasons why CNG engines have not been more widely commercialized.
The document discusses a study that investigated the effects of different biodiesel types and biodiesel fractions on emission characteristics of a compression ignition engine. The study found that biodiesel from different feedstocks did not significantly affect emissions as long as fuel properties remained the same. Emissions of CO2, CO and THC decreased with increasing biodiesel content, while NOx emissions increased. The conclusions were that biodiesel reduces emissions except for NOx, and the feedstock source does not significantly impact emissions.
This guide provides practical advice on reducing a business' carbon emissions through various initiatives in areas like energy efficiency, waste management, business travel, and more. Some key tips include conducting energy audits, improving insulation, setting efficient temperature controls, installing occupancy sensors for lighting, implementing recycling programs, combining meetings, using video conferencing when possible, and choosing more carbon efficient travel options like trains over planes for short trips. Tracking emissions and setting ambitious reduction targets can help save money while differentiating a business from competitors and engaging employees.
Fossil fuels like diesel and gas are expensive, variable in quality, and harmful to engines and the environment. Omstar produces fuel additives that have been proven to reduce emissions, clean engines, reduce maintenance needs, improve combustion, increase fuel cetane number, and increase lubrication. Their products work by bonding with hydrocarbons to boost oxygen levels and combustion efficiency, lowering emissions by up to 70% while improving fuel economy up to 27%. Testing of their additives has shown reductions in harmful exhaust emissions as well as increased engine efficiency and reduced operating costs.
The document discusses a marketing strategy for introducing CNG-powered motorbikes in India. Market research found that middle-class males ages 25-50 who use bikes frequently for work would be most interested in a cheaper, environmentally-friendly option. The strategy involves targeting this demographic, positioning the bikes as cost-saving and eco-friendly, and using marketing mix elements like pricing the CNG model lower, promoting benefits like cost savings and tax exemptions, and distributing through existing dealerships and banks. The marketing budget outlines expenditures on advertising, promotions, and distribution to launch the "Honda Eco Bike" and pursue a market penetration strategy.
CONVERSION OF PETROL BIKE INTO LPG AND EMISSION CHECK IAEME Publication
An attempt has been made in this project to use alternative fuel in four stroke engine to increase the efficiency. Our fore most aim in selecting this project is to use non conventional fuel against conventional fuel which is becoming scarce and costly now days. With this air is less polluted than conventional fuels.
This document outlines a project to substitute 10% of Italian petrol consumption with non-fossil energy sources. It analyzes biodiesel and electric cars as potential solutions. For biodiesel, a preliminary analysis finds that substituting diesel with a 20% biodiesel blend would require 3.85 million tons of biodiesel per year and occupy 20.08% of Italian agricultural land. A lifecycle assessment identifies oil extraction as the main source of emissions for biodiesel production. A thermoeconomic analysis assigns economic values to process streams and finds distillation to have the highest exergoeconomic factor. For electric cars, preliminary analysis estimates substituting 24.53% of cars would require 18.21 years and 4
The document discusses strategies to optimize a company fleet. It analyzes the cost per mile of different vehicle types and outlines opportunities to reduce fuel usage and maintenance costs through right-sizing vehicles, green driver training, and increased preventative maintenance. Capital planning priorities include benchmarking purchase options, seeking used vehicles with warranties, and rightsizing specifications to lower the overall cost per mile. Key performance indicators track metrics like cost per mile and mechanic utilization to guide optimization efforts.
Compressed natural gas (CNG) is presented as an alternative fuel to gasoline and diesel. CNG is made by compressing natural gas, which is mostly methane, to less than 1% of its volume. It has a higher octane rating than gasoline and burns cleaner with reduced emissions. Worldwide, countries like Pakistan, Iran, Argentina, and India have the most vehicles running on CNG, with over 17 million natural gas vehicles total. Converting vehicles to CNG provides benefits like lower fuel costs, reduced pollution, and increased fuel efficiency compared to gasoline or diesel. However, CNG also has some disadvantages like needing more space for fuel storage and potential issues in cold weather.
This document summarizes a company called MDS that has acquired the license to market i-Phi hydrogen technology for marine vessels and generators. It discusses the benefits of adding small amounts of hydrogen to combustion engines, including increased fuel efficiency by up to 30%, lower emissions by up to 90%, and extended engine life. Test results from trucks and garbage trucks show reductions in fuel usage and emissions. The technology provides a payback period of less than one year for operators through fuel and maintenance savings.
This document discusses compressed natural gas (CNG) vehicles. It defines CNG and explains that it is made by compressing natural gas to less than 1% of its volume at standard pressure. CNG vehicles have several advantages over gasoline or diesel vehicles, such as producing less pollution and being cheaper to fuel. However, one disadvantage is that CNG requires more space for fuel storage onboard vehicles. To address this, vehicle manufacturers install CNG tanks either under vehicles or on their roofs. The document concludes that CNG is a useful fuel for vehicles to reduce pollution at a lower cost compared to other fuels like gasoline and diesel.
Compressed natural gas (CNG) is made by compressing natural gas (which is primarily methane) to less than 1% of its volume at atmospheric pressure. CNG has several advantages over gasoline and diesel - it is cheaper, produces less carbon emissions, and is safer since it disperses quickly when released. However, CNG also has some disadvantages, such as requiring a large storage tank and limited refueling station availability compared to gasoline. Overall, CNG is considered an environmentally friendly alternative motor fuel that can help reduce vehicle emissions.
what is CNG fuel and what are it's advantages, disadvantages, effects, solutions and how it is prepared?.how CNG is better than LNG and HCNG? How gases are more efficient and better than those petrols and diesels what are it's advantages and disadvantages?
American Airlines has taken several steps in 2010 to reduce its environmental impact and fuel consumption through various initiatives in its operations and equipment. These include reducing deicing fluid usage, replacing older galley carts and cargo containers with lighter models, installing more efficient lighting, evaluating lighter aircraft batteries, recycling toner cartridges, using renewable fuels for ground vehicles, researching sustainable jet fuels, optimizing trucking routes, reusing aircraft parts, improving engine cleaning, upgrading paint booths, introducing lighter wheelchairs and amenities, replacing water bottles and seat cushions with lower weight versions, and testing lighter seat fabrics and covers.
This document discusses compressed natural gas (CNG) as an alternative fuel. It provides information on the constituents of CNG and outlines how it is cleaner burning and cheaper than gasoline or coal. The document discusses the process of hydraulic fracturing or "fracking" to extract natural gas from shale rock and lists several dangers of fracking including contaminating groundwater. It provides details on CNG vehicles and infrastructure in India. In conclusion, it presents the advantages of CNG as an environmentally friendly and low-cost transportation fuel but also notes challenges around infrastructure and costs.
The TFS exhaust system is designed to improve engine performance and fuel efficiency while reducing emissions. It has been in development for over 3 years. It works by optimizing exhaust gas flow without any moving parts. Test results show increases in torque and horsepower of 20-30% and fuel savings of 15-25%. For large trucks and machines, the system can save over $50,000 per year in fuel costs.
We have the worldwide rights to sell a patented exhaust system. In a nutshell here is what it does:
* Creates a fuel savings of 15-25%
* Reduces emissions by up to 35%
* Increases engine torque by 20-30%
* Increases horsepower by 20%
Reducing Emissions from Corporate FleetsJason Mathers
There are many successful strategies to reduce fleet cost and emissions. EDF discusses many of these and provides case studies of leading companies that are cutting costs and setting environmental goals.
This is a brief summary of the CNG and LNG fueling industry development. This is a introductory presentation for anyone interested in learning more about the natural gas fueling market.
The Greening Of The Transportation Industryrandybbb
The document discusses lightweighting in the transportation industry to increase fuel efficiency and reduce emissions. Lightweighting uses advanced materials and technology to lower the weight of vehicles, providing a 1-2% increase in fuel efficiency for every 100 pounds removed. A case study found that reducing the weight of 184 trucks by lightweighting strategies increased their fuel economy from 8 to 10 miles per gallon, saving over 1.3 million gallons of gas and 12,975 tons of CO2 emissions over the fleet's lifetime.
This document presents data from a trial of an EFT diesel fuel conditioning product on two buses. For Bus 1, the treatment resulted in a 17.86% fuel savings and estimated annual savings of 234,459.90 PHP after treatment costs. For Bus 2, the treatment resulted in 26.15% fuel savings and estimated annual savings of 374,026.94 PHP after treatment costs. The EFT product claims to save up to 40% on fuel, significantly reduce emissions, increase engine power, and prolong engine life while protecting the environment.
- Fuel Energy is an all-in-one fuel additive that increases fuel efficiency, reduces emissions, and provides maximum engine protection. It contains components that serve as a fuel catalyst, stabilizer, demulsifier, polymerization retardant, lubricant, detergent, and corrosion inhibitor.
- It works by atomizing fuel particles for easier combustion, lowering combustion temperatures to allow for more complete fuel burning. This increases fuel efficiency while reducing harmful emissions.
- Testing shows it can increase fuel economy by 4.9%, lower emissions, and reduce maintenance costs by extending engine life and preventing sludge buildup in fuel systems.
- Fuel Energy is an all-in-one fuel additive that increases fuel efficiency, reduces emissions, and provides maximum engine protection. It works as a fuel catalyst, stabilizer, demulsifier, polymerization retardant, lubricant, detergent, and corrosion inhibitor.
- By breaking fuel into smaller particles and lowering combustion temperatures, it allows more complete fuel burning for improved performance and reduced emissions. It also extends the life of stored fuel, prevents sludge buildup, and keeps engines clean.
- Test results show reductions in fuel consumption, carbon monoxide, carbon dioxide, and hydrocarbon emissions along with decreased engine deposits when using Fuel Energy.
This document provides tips for farmers to reduce fuel consumption on their farms. It discusses measures related to fuel storage, vehicle operation and maintenance, and field practices. Proper fuel storage in tanks can reduce evaporation losses. For vehicles, the document recommends minimizing idling, performing regular maintenance, and reducing excess weight. It suggests using conservation tillage to reduce the number of tillage passes needed. Overall, the tips aim to help farmers lower fuel costs through greater energy efficiency.
This document provides an overview of using liquefied petroleum gas (LPG), also known as propane, as a vehicle fuel. It discusses the reduced fleet operating costs of $10,000-$15,000 per vehicle over the vehicle's lifetime from lower fuel prices and reduced maintenance compared to gasoline or diesel. Propane also produces lower emissions that are better for the environment. The U.S. government provides various funding and tax incentives for converting vehicle fleets and fueling infrastructure to use propane. Fleets of all sizes from various industries have successfully converted their vehicles to use propane.
This document discusses sustainability practices in the engine manufacturing industry. It outlines how just-in-time production and reducing inventory impacts suppliers. It also describes the types of engines produced and their environmental and social impacts, including pollution effects. The document then discusses primary business activities and examples of value chain improvements from companies like reducing waste and increasing efficiency. Finally, it outlines best practices adopted by various engine companies focused on sustainability.
An alternative fuel company installs propane fuel systems on diesel engines to provide benefits to commercial customers. Their system involves a propane booster kit that is ASME and DOT approved to safely supply propane fuel. Tests show the system increases horsepower by 10%, fuel economy by 10-15%, and reduces fuel costs by 12% compared to diesel alone. Customers may also qualify for a federal tax credit of $0.50 per gallon of propane used.
This document examines municipal fuel purchasing policies that can reduce air emissions. It summarizes three case studies of municipalities in Ontario that have implemented policies to purchase fuels with lower sulphur levels, such as on-road diesel for off-road fleets. These policies have reduced sulphur dioxide emissions and allowed for more effective emission control devices. The document also discusses options for lowering emissions from gasoline, off-road diesel, and on-road diesel vehicles through measures like ultra-low sulphur diesel, biodiesel, and catalytic exhaust mufflers. It concludes by recommending that municipalities amend fuel purchasing practices and examine emission reduction options for transit fleets.
The document discusses establishing fuel economy standards and a 5-star labeling program for passenger vehicles in India. It provides context for such a program, including existing energy conservation policies and goals to reduce oil consumption and imports. International fuel labeling programs are reviewed. The significant impact of air conditioning usage on fuel consumption in India is analyzed due to hot weather. Regulations are needed to improve air conditioning efficiency and phase out refrigerants with high global warming potential.
Experience Mazda Zoom Zoom Lifestyle and Culture by Visiting and joining the Official Mazda Community at http://www.MazdaCommunity.org for additional insight into the Zoom Zoom Lifestyle and special offers for Mazda Community Members. If you live in Arizona, check out CardinaleWay Mazda's eCommerce website at http://www.Cardinale-Way-Mazda.com
1. The document discusses a product called Bio Boosters that is claimed to improve fuel efficiency and reduce emissions when added to vehicles' fuel tanks.
2. Test results are presented showing reductions in black smoke and emissions after using Bio Boosters. Savings on fuel costs from 10-30% are also estimated.
3. Bio Boosters are proposed to reduce maintenance costs by cleaning engines and lubricating moving parts, and testimony is given praising its performance benefits.
Hybrid cars produce significantly fewer greenhouse gas emissions and are more fuel efficient than normal gasoline-powered cars. While they have higher upfront costs, hybrids have lower maintenance needs and can save owners money on fuel and oil changes over time. One disadvantage is that the batteries are difficult to dispose of safely when no longer usable. The document surveys public opinions on hybrid cars and identifies advantages like reduced emissions and costs, as well as challenges around battery disposal and higher initial prices.
This document summarizes a project at JEA, a large utility company, to reduce ammonia usage at their Northside Generating Station. A team identified that the controls were set up to spray ammonia unnecessarily, even when no emissions were being produced. They implemented a solution by reprogramming the pump logic and controller to stop ammonia flow when not needed. This achieved their goal of a 47% reduction in ammonia usage, saving $1.8 million annually while also providing environmental and safety benefits through reduced ammonia production and transportation. The changes were then replicated to the second unit.
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Cover Story - China's Investment Leader - Dr. Alyce SUmsthrill
In World Expo 2010 Shanghai – the most visited Expo in the World History
https://www.britannica.com/event/Expo-Shanghai-2010
China’s official organizer of the Expo, CCPIT (China Council for the Promotion of International Trade https://en.ccpit.org/) has chosen Dr. Alyce Su as the Cover Person with Cover Story, in the Expo’s official magazine distributed throughout the Expo, showcasing China’s New Generation of Leaders to the World.
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The Most Inspiring Entrepreneurs to Follow in 2024.pdfthesiliconleaders
In a world where the potential of youth innovation remains vastly untouched, there emerges a guiding light in the form of Norm Goldstein, the Founder and CEO of EduNetwork Partners. His dedication to this cause has earned him recognition as a Congressional Leadership Award recipient.
The report *State of D2C in India: A Logistics Update* talks about the evolving dynamics of the d2C landscape with a particular focus on how brands navigate the complexities of logistics. Third Party Logistics enablers emerge indispensable partners in facilitating the growth journey of D2C brands, offering cost-effective solutions tailored to their specific needs. As D2C brands continue to expand, they encounter heightened operational complexities with logistics standing out as a significant challenge. Logistics not only represents a substantial cost component for the brands but also directly influences the customer experience. Establishing efficient logistics operations while keeping costs low is therefore a crucial objective for brands. The report highlights how 3PLs are meeting the rising demands of D2C brands, supporting their expansion both online and offline, and paving the way for sustainable, scalable growth in this fast-paced market.
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NIMA2024 | De toegevoegde waarde van DEI en ESG in campagnes | Nathalie Lam |...BBPMedia1
Nathalie zal delen hoe DEI en ESG een fundamentele rol kunnen spelen in je merkstrategie en je de juiste aansluiting kan creëren met je doelgroep. Door middel van voorbeelden en simpele handvatten toont ze hoe dit in jouw organisatie toegepast kan worden.
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Unlocking WhatsApp Marketing with HubSpot: Integrating Messaging into Your Ma...Niswey
50 million companies worldwide leverage WhatsApp as a key marketing channel. You may have considered adding it to your marketing mix, or probably already driving impressive conversions with WhatsApp.
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Presentation by Herman Kienhuis (Curiosity VC) on Investing in AI for ABS Alu...Herman Kienhuis
Presentation by Herman Kienhuis (Curiosity VC) on developments in AI, the venture capital investment landscape and Curiosity VC's approach to investing, at the alumni event of Amsterdam Business School (University of Amsterdam) on June 13, 2024 in Amsterdam.
2. Mission Statement: Go Green Fleet Solutions is an educational company designed to reduce emissions from fossil fuel engines, save fuel, increase profits and improve quality of life for our customers.
3. GGFS Strategies • Engine Systems GGFS employs the HHO Tek Pre Combustion Catalyst System as its’ flagship product for this strategy. This is one of the oldest fuel savings and emission reduction devices on the market with over 30 years of proven experience. Tests show that the minimum savings is well over 10 percent.
4. Example: Most class 8 trucks do approximately 100,000 miles per year at an average of 5.8 mpg and the average price of fuel is about $3.00 per gallon. Diesel fuel emits 22 LBS of Carbon Dioxide per gallon.
5. 100,000 / 5.8 = 17, 241 gallons used annually 17,241 X $3.00 = $51,723.00 annual fuel cost 190 metric tons of Carbon Dioxide emitted into the atmosphere annually
6. Employing the Engine System Strategy increases the fuel economy by 10 percent to an average of 6.38 mpg: 100,000 / 6.38 mpg = 15674 gallons used annually 15,674* $3.00 = $47022.00 annual fuel cost 172 metric tons of Carbon Dioxide emitted into the atmosphere annually
7. Savings: 1567 gallons used annually $4701.00 annual fuel cost 18 metric tons of Carbon Dioxide reduced from being emitted into the atmosphere
8. Idle Reduction Strategy: GGFS employs the Life Force Auxiliary Power Unit as its flagship product for this strategy. This is a new APU on the market and very affordably priced. It runs on propane and is considered a zero emission product. This product burns about 0.3 gallons of propane per hour and the cost of fuel is similar to diesel.
9. 100,000 / 5.8 = 17, 241 gallons used annually 17,241 X $3.00 = $51,723.00 annual fuel cost 190 metric tons of Carbon Dioxide emitted into the atmosphere annually
10. Example: The average “over the road trucker” is out approximately 25 days a month, or 300 days per year. Vehicles idle at night at an average rate of 1 to 1.5 gallons per hour. The vehicles are normally down for 8 hours. 8 hours * 1.0 gallons per hour = 8 gallons per day 8 gallons per day * 300 days = 2400 gallons annually 2400 gallons per year * $3.00 = $7200.00 per year in idling 26.40 metric tons of Carbon Dioxide emitted into the atmosphere annually
11. 100,000 / 5.8 = 17, 241 gallons used annually 17,241 X $3.00 = $51,723.00 annual fuel cost 190 metric tons of Carbon Dioxide emitted into the atmosphere annually
12. Employing Idle Reduction Strategy of Life Force. 8 hours * 0.3 gallons per hour = 2.40 gallons a day 2.4 gallons * 300 days = 720 gallons per year 720 gallons per year * $3.00 = $2160.00 per year in fuel cost Zero emission device
13. Savings: 1680 gallons of fuel annually $5040.00 in annual fuel costs 26.40 metric tons of Carbon Dioxide reduced from being emitted into the atmosphere annually.
14. Tire Pressure Monitoring System: GGFS will employs Pressure Pro as the flagship product for this strategy. The EPA rates this product at a 1% fuel savings device. According to Michelin 95% of all blowouts and decreased tire life is due to under inflation.
15. Example: Most class 8 trucks do approximately 100,000 miles per year at an average of 5.8 mpg and the average price of fuel is about $3.00 per gallon. 100,000 / 5.8 = 17, 241 gallons used annually 17,241 * $3.00 = $51,723.00 annual fuel cost 190 metric tons of Carbon Dioxide emitted into the atmosphere annually
16. Employing the Tire Monitoring Strategy increases the fuel economy by 1% to an average of 5.86 mpg: 100,000 / 5.86 = 17064 gallons used annually 17064 * $3.00 = $51192 annual fuel cost 187.7 metric tons of Carbon Dioxide emitted into the atmosphere annually
17. Savings: 177 gallons annually $531.00 in annual fuel costs 2.3 metric tons of Carbon Dioxide reduced from being emitted into the atmosphere. Intangible: Longer Tire Life and less blow out
18. Bypass Oil Purification: GGFS employs OPS-1, Eco-pur Oil Bypass Filtration Systems as its flagship product for this strategy. The typical operator changes his oil every 15,000 miles or basically every other month. The thought process has always been the cheapest maintenance an operator could accomplish was by changing the oil.
19. Changes in technologies such as the introduction of oil sampling and by-pass filtration systems, which filter out particles to less than 2 microns, changing oil every other month is no longer an applicable option for the industry. With by-pass filtration the oil changes can be extended up to 200,000 miles depending on the results of the oil sample. GGFS uses 125,000 mile, or approximately one year as the calculation mean.
20. Example: Most trucks do approximately 100,000 miles per year, changing the oil every two months. 10 gallons of oil * $10.00 per gallon = $100.00 $100.00 * 6 = $600.00 per year
21. Employing the Oil By-Pass filtration system 10 gallons of oil * $10.00 = $100.00 per year Savings: 50 gallons of hazardous waste oil $500.00 in annual costs
22. Reality Check For a GGFS project on a typical truck: 3424 gallons of fuel saved annually $10,272.00 in fuel saving annually 37.67 metric tons of Carbon Dioxide reduced from the atmosphere annually $500.00 per year savings in oil costs annually 50 gallons of waste oil associated with the industry per truck annually $10,772.00 Saved Annually
23. Cost: PCC 100: $2580.00 Life force APU: $6000.00 Pressure Pro: $670.00 OPS-1: $600.00 Total: $9850.00 ROI: 0.87 years
24. 100,000 / 5.8 = 17, 241 gallons used annually 17,241 X $3.00 = $51,723.00 annual fuel cost 190 metric tons of Carbon Dioxide emitted into the atmosphere annually
25. Approximate payback on a SBA $15,000.00 loan is currently $188.00 per month over 7 years. Our customer could expect to have $5550.00 for operating costs and increase their monthly profit margin by $709.67 after payment or $8516.00 annually.
26. Tire Strategy: We educate the customer on low rolling resistance tires. There are several brands on the market. The EPA rates these products at a 4% increase in fuel economy. Example: Most class 8 trucks do approximately 100,000 miles per year at an average of 5.8 mpg and the average price of fuel is about $3.00 per gallon. 100,000 / 5.8 = 17, 241 gallons used annually 17241 * $3.00 = $51,723.00 annual fuel cost 190 metric tons of Carbon Dioxide emitted into the atmosphere
27. Employing low rolling resistance tires: 100,000/6.04 mpg = 16,556 gallons used annually 16,556 * $3.00 = $49668.00 annual fuel cost 182 metric tons of Carbon Dioxide emitted into the atmosphere annually Savings: 685 gallons a year $2055.00 in annual fuel cost 8 metric tons of Carbon Dioxide prevented from entering the atmosphere
28. Trailer Skirting Strategy: GGFS employs the Freight Wing Trailer Skirting as its flagship product for this strategy. The EPA rates this product at a 6% fuel savings device. This was not added to the basic package because most owner operators do not own their own trailers. Companies with 5 Trucks or more normally do.
29. Example: Most class 8 trucks do approximately 100,000 miles per year at an average of 5.8 mpg and the average price of fuel is about $3.00 per gallon. 100,000 / 5.8 = 17, 241 gallons used annually 17241 * $3.00 = $51,723.00 annual fuel cost 190 metric tons of Carbon Dioxide emitted into the atmosphere annually
30. Employing Trailer Skirting: 100,000/6.15mpg = 16,260 gallons used annually 16,260 * $3.00 = $48780.00 annual fuel cost 179 metric tons of Carbon Dioxide emitted into the atmosphere annually Savings: 981 gallons of fuel saved annually $2943.00 annual fuel cost 21 metric tons of Carbon Dioxide emitted into the atmosphere annually. Cost is $1800.00 ROI: 0.62 years