ETP AC Gas Chiller for Middle East in Kw- Oct 2015 dispos V1Christian Moreau
This document discusses a reversible gas heat pump system called ETP that provides cooling, heating, and hot water for commercial and industrial applications. It can operate in various climates from 0-58°C and sources energy from natural gas, electricity, photovoltaics, and wind power. The system provides optimized and cost efficient energy usage through automatic arbitration between gas and electric networks. It also offers options for increased capacity through absorption modules or connection to desalination.
Energyes division ener termopac line 2015 ev v02Christian Moreau
This document discusses EnerTermoPac (ETP), a multi-energy hybrid system that can provide heating, cooling, hot water, and electricity using various energy sources. ETP aims to reduce natural gas consumption compared to traditional boilers. It claims a 40% reduction in gas usage versus traditional boilers and consumes half as much gas as cogeneration systems for equivalent thermal energy production. The document outlines ETP product lines for industrial, commercial, and residential applications with engine sizes from 2 to 71 liters providing 50kW to 1200kWe. It also describes ETP control and interface features and provides an example of a system combining ETP modules with heat pumps, energy storage, photovoltaics, and other technologies
SUGAR COGEN PPT PPP NTPC DIM MNRE 25APR15 Ram Kaul
The document provides an overview of a presentation on sugar cogeneration and public-private partnerships in India. It discusses India's energy needs and resources, outlines a build-own-operate-transfer model for sugar cogeneration projects, and analyzes the technical and financial feasibility of potential projects at various sugar mills based on their operating parameters and fuel availability. Real-time integrated analysis of sample projects is presented, including heat and mass balances, capital costs, revenue projections, and financial analyses.
Patrick riakos jeremy tarbox ara hvacr energy efficiency seminar 2016 - oeh v1 6ARAaus
The document discusses measurement and verification (M&V) of energy savings from efficiency projects. It provides an overview of the International Performance Measurement & Verification Protocol (IPMVP) and the key M&V options. The document also describes NSW government programs that support energy efficiency, including training, resources, and the Energy Savings Scheme (ESS), which creates energy savings certificates to help fund efficiency projects. Case studies demonstrate how M&V was used to quantify savings and evaluate projects under the ESS.
This document discusses cogeneration/combined heat and power (CHP) systems. It defines CHP as the integrated production of usable heat and power from a single system. The key benefits of CHP systems are outlined as increased efficiency, environmental benefits from reduced emissions, and economic benefits from lower energy costs. The document describes common CHP configurations including combustion turbines/reciprocating engines with heat recovery and steam boilers with steam turbines. It also discusses assessing CHP system performance and provides examples of applications for CHP technology.
Recycling Organics thru Sm. Farm Anaerobic Digestion - SnellingsMassRecycle .
The document discusses plans to build a 300,000 gallon anaerobic digestion facility on a 0.25 acre site to process manure and food waste from dairy farms. The facility will use a complete mix digestion process kept at 100 degrees Fahrenheit and guaranteed for 3 years of performance. It will produce electricity via a 300kW generator and heat. Benefits include renewable energy production, greenhouse gas reductions, waste diversion from landfills, and recycled nutrients. Challenges include coordinating with multiple stakeholders like farms, haulers, utilities and funding sources. Expanding to additional farms would realize more benefits and outputs.
Sam Cockerill of Libertine FPE presents on capturing waste heat through small-scale organic Rankine cycle technology. Current waste heat recovery is uneconomic at small scales, especially for intermediate and low-grade heat. Libertine aims to improve small Rankine cycle economics by minimizing costs through a low-cost expander, automotive parts, and standardized design, while maximizing output with high efficiency expansion and conversion. The objective is to demonstrate a small-scale ORC module capable of a payback period of less than 3 years from heat sources of around 0.5MW at 250 degrees Celsius.
Energy management involves monitoring, controlling, and conserving energy usage in buildings and organizations. It provides benefits such as reducing environmental damage, costs, risks from energy price increases or shortages, and carbon emissions. Key aspects of an energy management program include metering energy usage, identifying savings opportunities, targeting areas for reduction, and tracking progress. The document then outlines various techniques organizations can implement across lighting, motors, compressed air, HVAC, refrigeration, boilers, and diesel engines to lower energy consumption and costs.
ETP AC Gas Chiller for Middle East in Kw- Oct 2015 dispos V1Christian Moreau
This document discusses a reversible gas heat pump system called ETP that provides cooling, heating, and hot water for commercial and industrial applications. It can operate in various climates from 0-58°C and sources energy from natural gas, electricity, photovoltaics, and wind power. The system provides optimized and cost efficient energy usage through automatic arbitration between gas and electric networks. It also offers options for increased capacity through absorption modules or connection to desalination.
Energyes division ener termopac line 2015 ev v02Christian Moreau
This document discusses EnerTermoPac (ETP), a multi-energy hybrid system that can provide heating, cooling, hot water, and electricity using various energy sources. ETP aims to reduce natural gas consumption compared to traditional boilers. It claims a 40% reduction in gas usage versus traditional boilers and consumes half as much gas as cogeneration systems for equivalent thermal energy production. The document outlines ETP product lines for industrial, commercial, and residential applications with engine sizes from 2 to 71 liters providing 50kW to 1200kWe. It also describes ETP control and interface features and provides an example of a system combining ETP modules with heat pumps, energy storage, photovoltaics, and other technologies
SUGAR COGEN PPT PPP NTPC DIM MNRE 25APR15 Ram Kaul
The document provides an overview of a presentation on sugar cogeneration and public-private partnerships in India. It discusses India's energy needs and resources, outlines a build-own-operate-transfer model for sugar cogeneration projects, and analyzes the technical and financial feasibility of potential projects at various sugar mills based on their operating parameters and fuel availability. Real-time integrated analysis of sample projects is presented, including heat and mass balances, capital costs, revenue projections, and financial analyses.
Patrick riakos jeremy tarbox ara hvacr energy efficiency seminar 2016 - oeh v1 6ARAaus
The document discusses measurement and verification (M&V) of energy savings from efficiency projects. It provides an overview of the International Performance Measurement & Verification Protocol (IPMVP) and the key M&V options. The document also describes NSW government programs that support energy efficiency, including training, resources, and the Energy Savings Scheme (ESS), which creates energy savings certificates to help fund efficiency projects. Case studies demonstrate how M&V was used to quantify savings and evaluate projects under the ESS.
This document discusses cogeneration/combined heat and power (CHP) systems. It defines CHP as the integrated production of usable heat and power from a single system. The key benefits of CHP systems are outlined as increased efficiency, environmental benefits from reduced emissions, and economic benefits from lower energy costs. The document describes common CHP configurations including combustion turbines/reciprocating engines with heat recovery and steam boilers with steam turbines. It also discusses assessing CHP system performance and provides examples of applications for CHP technology.
Recycling Organics thru Sm. Farm Anaerobic Digestion - SnellingsMassRecycle .
The document discusses plans to build a 300,000 gallon anaerobic digestion facility on a 0.25 acre site to process manure and food waste from dairy farms. The facility will use a complete mix digestion process kept at 100 degrees Fahrenheit and guaranteed for 3 years of performance. It will produce electricity via a 300kW generator and heat. Benefits include renewable energy production, greenhouse gas reductions, waste diversion from landfills, and recycled nutrients. Challenges include coordinating with multiple stakeholders like farms, haulers, utilities and funding sources. Expanding to additional farms would realize more benefits and outputs.
Sam Cockerill of Libertine FPE presents on capturing waste heat through small-scale organic Rankine cycle technology. Current waste heat recovery is uneconomic at small scales, especially for intermediate and low-grade heat. Libertine aims to improve small Rankine cycle economics by minimizing costs through a low-cost expander, automotive parts, and standardized design, while maximizing output with high efficiency expansion and conversion. The objective is to demonstrate a small-scale ORC module capable of a payback period of less than 3 years from heat sources of around 0.5MW at 250 degrees Celsius.
Energy management involves monitoring, controlling, and conserving energy usage in buildings and organizations. It provides benefits such as reducing environmental damage, costs, risks from energy price increases or shortages, and carbon emissions. Key aspects of an energy management program include metering energy usage, identifying savings opportunities, targeting areas for reduction, and tracking progress. The document then outlines various techniques organizations can implement across lighting, motors, compressed air, HVAC, refrigeration, boilers, and diesel engines to lower energy consumption and costs.
This document provides an overview of combined heat and power (CHP) systems, with a focus on industrial applications. It discusses the benefits of CHP systems in improving energy efficiency compared to separate heat and power systems. CHP systems are well-suited for industrial facilities that have constant thermal and electric loads. The document outlines common CHP technologies and emerging drivers for CHP adoption. It also provides examples of industrial CHP projects and discusses Veolia's role in developing CHP systems, including a reference project supplying power, heating and cooling to hospitals in Boston.
This document discusses Combined Heat and Power (CHP) production and its advantages. It notes that CHP is an efficient use of resources that can produce both electricity and heat from one fuel source. CHP has significant global potential for growth, as it can utilize various renewable and waste fuels flexibly at both large and small scales. The document also discusses Fortum's strategy and vision, with CHP playing a key role. Fortum has many existing CHP plants and is constructing a new one in Klaipėda, Lithuania to provide heat and electricity using local biofuels and waste in a sustainable manner.
This document describes a solution called the Power Oxidizer that generates clean power from waste gases. It can utilize gases with as little as 1.5% methane content from industrial, agricultural, and landfill sources. The Power Oxidizer creates controlled oxidation to produce 250kW-2MW of electricity and heat. It offers benefits over alternatives like accepting a broader range of low-quality fuels and producing very low emissions. The technology provides a profitable way for industries to minimize waste gas costs while generating energy without other resources.
The document provides information on techniques for energy conservation in industries. It defines energy conservation as decreasing energy usage while maintaining output. Key points include:
- Industries conserve energy to reduce costs and increase profits. Common areas of high energy usage are electricity, labor, and materials.
- Common equipment like motors, pumps, compressors, lighting offer significant savings potential through efficiency improvements, proper sizing, maintenance and technology upgrades.
- Proper energy management includes regular audits, monitoring consumption, identifying waste, and implementing cost-effective conservation opportunities.
- Renewable energy options like solar, wind and biomass are also discussed as ways to reduce industries' environmental impacts.
Grameen Phone operates a co-generation power system at their corporate headquarters (GP House) in Dhaka, Bangladesh to generate electricity and chilled water for air conditioning. The system uses two 1.4MW natural gas turbines that produce waste heat to power three 827RT absorption chillers. This co-generation system saves 2MW of power compared to separate power and cooling systems. Co-generation improves efficiency by capturing waste heat to produce useful outputs.
How to master your projects - CHP - Combined Heat and Power GenerationEdwin Soares
M+W Group is a leading global engineering firm that specializes in combined heat and power (CHP) generation projects. It offers consulting, design, construction, and operational services for CHP plants. M+W Group has extensive experience delivering turnkey CHP solutions using technologies like gas turbines, engines, and biomass. Notable past projects include trigeneration plants, energy supply centers for data centers, and biomass CHP facilities.
Aranya Bhawan, the office building of the Rajasthan Forest Department in Jaipur, underwent an energy efficiency retrofit project. Through energy modeling and retrofits to the building envelope and systems, the project achieved 44% estimated energy savings and a 2% increase in construction cost. Post-occupancy monitoring found the actual energy performance index was lower than modeled, at 43 kWh/m2/year, due to less heating needed than assumed. HVAC accounted for over half of annual electricity usage. A solar PV system provided 5% of the building's electricity in its first year of operation.
May 22-2013 Poster-BFN-Techno-economic assessment and process modeling of ste...Hassan Shahrukh
This research models the techno-economic assessment of producing steam-processed lignocellulosic biomass pellets. An ASPEN PLUS model was developed to simulate the steam pretreatment and pelletization process. The model was validated against experimental data. Simulation results showed that steam pretreatment increases the calorific value and energy ratio of pellets compared to untreated pellets. However, the cost of steam-treated pellets is similar to untreated pellets when calculated per GJ of energy output due to the increased energy value, though initial capital and operating costs are higher for steam pretreatment equipment. The goal is to identify the optimal capacity level where steam-treated pellet production costs are lower
Indraprastha Gas Limited (IGL) is exploring cogeneration as an efficient and cost-effective energy alternative in India. Cogeneration, or combined heat and power, involves the sequential generation of two forms of useful energy (typically electricity and heat) from a single fuel source. It provides multiple benefits over other energy sources such as lower emissions, reduced costs, and improved reliability. IGL has partnered with over 60 industries and corporate houses to implement cogeneration projects totaling over 60 MW of power. IGL can assist customers by providing natural gas, financing options, equipment suppliers, and turnkey project implementation for cogeneration solutions.
Energy conservation by application of heat pump in process line at automobile...Shivraj Nalawade
The document discusses replacing electrical heaters with a heat pump system for water heating applications in an automobile industry's crankcase process line. It aims to study the feasibility and design of a heat pump that can meet the hot water needs of the washing machines on the line while reducing energy consumption. The methodology involves measuring current energy usage, studying the washing machine components and heating loads, selecting a suitable refrigerant, and designing the major heat pump components like the compressor, condenser, and expansion valve based on the heating requirements. The objectives are to analyze energy savings potential and indoor environmental quality improvements from applying heat pump technology.
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.
L'intervento di Markus Gründler (SOLID) in occasione dell'evento "Solare termodinamico di piccola taglia: impianti dimostrativi in Sardegna e calore di processo industriale" che si è tenuto a Pula (CA) il 25 settembre 2015.
Cogeneration and On-Site Utility (PPA): Definition and BenefitsBobby Green
What is Cogeneration and why should you invest in it? In this presentation, GREENCROWN Energy defines Cogeneration and discusses its many benefits for your organization. How can this help your company? Read on for more information.
Additionally, this presentation contains information on Power Purchase Agreement (PPA)/On-Site Utility.
Smart energy efficiency for industrial consumer systemsGeorges Seil, PhD
Georges Seil is an energy efficiency expert who has worked on projects in Europe and obtained certifications in energy management. He proposes a method called FEEBIZ that breaks down industrial energy consumption into finite elements that can each be optimized. The document discusses threats to energy efficiency, trends like ISO 50001 energy management, and investment opportunities in waste-to-energy conversion technologies like pyrolysis of plastics and tires. On-site combined heat and power is also presented as an efficient option to improve industrial energy use.
Smart energy efficiency for industrial consumer systemsGeorges Seil, PhD
Georges Seil is an energy efficiency expert who has worked on projects in Europe and obtained certifications in energy management. He proposes a method called FEEBIZ that breaks down industrial energy consumption into finite elements that can each be optimized. The document discusses threats to energy efficiency, trends like ISO 50001 energy management, and investment opportunities in waste-to-energy conversion technologies like pyrolysis of plastics and tires. On-site combined heat and power is also presented as an efficient option to improve industrial energy use.
Environment Agency Waste Technologies in Practice ConferenceAlexander Marshall
The document discusses anaerobic digestion and mechanical biological treatment technologies and their integration with combined heat and power (CHP) systems. It provides an overview of Clarke Energy, a distributor of GE Jenbacher gas engines, and highlights their role in the UK renewable energy market. Specific technologies and projects involving Clarke Energy's gas engines combined with anaerobic digestion and mechanical biological treatment facilities are also summarized.
Warehouse energy efficiency opportunitiesdrpaulfisher
This document provides recommendations for retrofitting a warehouse to improve energy efficiency. It identifies lighting and heating as major areas for savings. Replacing traditional lighting with energy efficient LEDs and installing occupancy sensors can reduce lighting costs by 70%. Installing spray foam insulation can cut HVAC energy usage in half. An energy service company can implement multiple retrofits with no upfront costs by using the savings to pay for the project over time. This ensures upgrades are self-financing.
Feniks Waste Management LTD provides thermal waste treatment technologies and has experience designing waste-to-energy plants. Their mission is to contribute to a sustainable environment through advanced technology solutions for waste management. They offer integrated solutions for municipal solid waste treatment including sorting, composting, anaerobic digestion, gasification, and flue gas cleaning.
Modular Waste To Energy is the most economical, environmental and sustainable solution available to communities. You don't have to start from scratch - so start your waste to energy program today!
This document provides an overview of combined heat and power (CHP) systems, with a focus on industrial applications. It discusses the benefits of CHP systems in improving energy efficiency compared to separate heat and power systems. CHP systems are well-suited for industrial facilities that have constant thermal and electric loads. The document outlines common CHP technologies and emerging drivers for CHP adoption. It also provides examples of industrial CHP projects and discusses Veolia's role in developing CHP systems, including a reference project supplying power, heating and cooling to hospitals in Boston.
This document discusses Combined Heat and Power (CHP) production and its advantages. It notes that CHP is an efficient use of resources that can produce both electricity and heat from one fuel source. CHP has significant global potential for growth, as it can utilize various renewable and waste fuels flexibly at both large and small scales. The document also discusses Fortum's strategy and vision, with CHP playing a key role. Fortum has many existing CHP plants and is constructing a new one in Klaipėda, Lithuania to provide heat and electricity using local biofuels and waste in a sustainable manner.
This document describes a solution called the Power Oxidizer that generates clean power from waste gases. It can utilize gases with as little as 1.5% methane content from industrial, agricultural, and landfill sources. The Power Oxidizer creates controlled oxidation to produce 250kW-2MW of electricity and heat. It offers benefits over alternatives like accepting a broader range of low-quality fuels and producing very low emissions. The technology provides a profitable way for industries to minimize waste gas costs while generating energy without other resources.
The document provides information on techniques for energy conservation in industries. It defines energy conservation as decreasing energy usage while maintaining output. Key points include:
- Industries conserve energy to reduce costs and increase profits. Common areas of high energy usage are electricity, labor, and materials.
- Common equipment like motors, pumps, compressors, lighting offer significant savings potential through efficiency improvements, proper sizing, maintenance and technology upgrades.
- Proper energy management includes regular audits, monitoring consumption, identifying waste, and implementing cost-effective conservation opportunities.
- Renewable energy options like solar, wind and biomass are also discussed as ways to reduce industries' environmental impacts.
Grameen Phone operates a co-generation power system at their corporate headquarters (GP House) in Dhaka, Bangladesh to generate electricity and chilled water for air conditioning. The system uses two 1.4MW natural gas turbines that produce waste heat to power three 827RT absorption chillers. This co-generation system saves 2MW of power compared to separate power and cooling systems. Co-generation improves efficiency by capturing waste heat to produce useful outputs.
How to master your projects - CHP - Combined Heat and Power GenerationEdwin Soares
M+W Group is a leading global engineering firm that specializes in combined heat and power (CHP) generation projects. It offers consulting, design, construction, and operational services for CHP plants. M+W Group has extensive experience delivering turnkey CHP solutions using technologies like gas turbines, engines, and biomass. Notable past projects include trigeneration plants, energy supply centers for data centers, and biomass CHP facilities.
Aranya Bhawan, the office building of the Rajasthan Forest Department in Jaipur, underwent an energy efficiency retrofit project. Through energy modeling and retrofits to the building envelope and systems, the project achieved 44% estimated energy savings and a 2% increase in construction cost. Post-occupancy monitoring found the actual energy performance index was lower than modeled, at 43 kWh/m2/year, due to less heating needed than assumed. HVAC accounted for over half of annual electricity usage. A solar PV system provided 5% of the building's electricity in its first year of operation.
May 22-2013 Poster-BFN-Techno-economic assessment and process modeling of ste...Hassan Shahrukh
This research models the techno-economic assessment of producing steam-processed lignocellulosic biomass pellets. An ASPEN PLUS model was developed to simulate the steam pretreatment and pelletization process. The model was validated against experimental data. Simulation results showed that steam pretreatment increases the calorific value and energy ratio of pellets compared to untreated pellets. However, the cost of steam-treated pellets is similar to untreated pellets when calculated per GJ of energy output due to the increased energy value, though initial capital and operating costs are higher for steam pretreatment equipment. The goal is to identify the optimal capacity level where steam-treated pellet production costs are lower
Indraprastha Gas Limited (IGL) is exploring cogeneration as an efficient and cost-effective energy alternative in India. Cogeneration, or combined heat and power, involves the sequential generation of two forms of useful energy (typically electricity and heat) from a single fuel source. It provides multiple benefits over other energy sources such as lower emissions, reduced costs, and improved reliability. IGL has partnered with over 60 industries and corporate houses to implement cogeneration projects totaling over 60 MW of power. IGL can assist customers by providing natural gas, financing options, equipment suppliers, and turnkey project implementation for cogeneration solutions.
Energy conservation by application of heat pump in process line at automobile...Shivraj Nalawade
The document discusses replacing electrical heaters with a heat pump system for water heating applications in an automobile industry's crankcase process line. It aims to study the feasibility and design of a heat pump that can meet the hot water needs of the washing machines on the line while reducing energy consumption. The methodology involves measuring current energy usage, studying the washing machine components and heating loads, selecting a suitable refrigerant, and designing the major heat pump components like the compressor, condenser, and expansion valve based on the heating requirements. The objectives are to analyze energy savings potential and indoor environmental quality improvements from applying heat pump technology.
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.
L'intervento di Markus Gründler (SOLID) in occasione dell'evento "Solare termodinamico di piccola taglia: impianti dimostrativi in Sardegna e calore di processo industriale" che si è tenuto a Pula (CA) il 25 settembre 2015.
Cogeneration and On-Site Utility (PPA): Definition and BenefitsBobby Green
What is Cogeneration and why should you invest in it? In this presentation, GREENCROWN Energy defines Cogeneration and discusses its many benefits for your organization. How can this help your company? Read on for more information.
Additionally, this presentation contains information on Power Purchase Agreement (PPA)/On-Site Utility.
Smart energy efficiency for industrial consumer systemsGeorges Seil, PhD
Georges Seil is an energy efficiency expert who has worked on projects in Europe and obtained certifications in energy management. He proposes a method called FEEBIZ that breaks down industrial energy consumption into finite elements that can each be optimized. The document discusses threats to energy efficiency, trends like ISO 50001 energy management, and investment opportunities in waste-to-energy conversion technologies like pyrolysis of plastics and tires. On-site combined heat and power is also presented as an efficient option to improve industrial energy use.
Smart energy efficiency for industrial consumer systemsGeorges Seil, PhD
Georges Seil is an energy efficiency expert who has worked on projects in Europe and obtained certifications in energy management. He proposes a method called FEEBIZ that breaks down industrial energy consumption into finite elements that can each be optimized. The document discusses threats to energy efficiency, trends like ISO 50001 energy management, and investment opportunities in waste-to-energy conversion technologies like pyrolysis of plastics and tires. On-site combined heat and power is also presented as an efficient option to improve industrial energy use.
Environment Agency Waste Technologies in Practice ConferenceAlexander Marshall
The document discusses anaerobic digestion and mechanical biological treatment technologies and their integration with combined heat and power (CHP) systems. It provides an overview of Clarke Energy, a distributor of GE Jenbacher gas engines, and highlights their role in the UK renewable energy market. Specific technologies and projects involving Clarke Energy's gas engines combined with anaerobic digestion and mechanical biological treatment facilities are also summarized.
Warehouse energy efficiency opportunitiesdrpaulfisher
This document provides recommendations for retrofitting a warehouse to improve energy efficiency. It identifies lighting and heating as major areas for savings. Replacing traditional lighting with energy efficient LEDs and installing occupancy sensors can reduce lighting costs by 70%. Installing spray foam insulation can cut HVAC energy usage in half. An energy service company can implement multiple retrofits with no upfront costs by using the savings to pay for the project over time. This ensures upgrades are self-financing.
Feniks Waste Management LTD provides thermal waste treatment technologies and has experience designing waste-to-energy plants. Their mission is to contribute to a sustainable environment through advanced technology solutions for waste management. They offer integrated solutions for municipal solid waste treatment including sorting, composting, anaerobic digestion, gasification, and flue gas cleaning.
Modular Waste To Energy is the most economical, environmental and sustainable solution available to communities. You don't have to start from scratch - so start your waste to energy program today!
The document discusses waste heat recovery solutions using organic Rankine cycle technology. It can increase the electrical output of existing machinery without additional emissions. Industries like petrochemical refineries, pulp/paper mills, and metals mills are ideal sites. The technology is modular from 750kW to 100MW, has a small footprint, is remotely monitored, and achieves 98% availability. It provides energy savings, improves public image through reduced carbon footprint, and offers tax credits and environmental benefits to customers.
Kitchener Chamber of Commerce's 2013 Energy and Environment ConferenceMichael Sarazin
This document discusses a company's sustainability initiatives and goals. It outlines projects to improve energy efficiency, reduce waste, and lower environmental impacts. These include upgrading lighting and equipment, improving manufacturing processes, installing new systems for water treatment and material recycling, and setting targets to reduce resource usage. Continuous improvement is emphasized through measuring performance, identifying new opportunities, and engaging employees. The company aims to transition to more sustainable operations and be recognized for its actions in promoting people, planet and profits.
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.
The document discusses various zero carbon and low carbon technologies including solar thermal, solar PV, wind, ground source heat pumps, small hydro, combined heat and power (CHP), and air source heat pumps. For each technology, it provides information on typical installation components, considerations, costs, output, lifetime, payback period, environmental benefits in terms of carbon dioxide reductions, and available grants. It also discusses definitions of zero carbon, carbon neutral, and low carbon technologies. Air source heat pumps are highlighted as an emerging proven technology becoming ready for the market, with details on how they work and their benefits and barriers.
Pyrolysis is a thermal decomposition process that converts organic materials into solid, liquid, and gas products without oxygen. Fast pyrolysis occurs between 400-600°C and favors maximum liquid production around 500°C. A benefit of pyrolysis is that it produces a liquid bio-oil that is more readily stored and transported than gases. Dr. Cramton has developed a fast pyrolysis reactor that converts materials like waste, biomass, coal, and tires into high energy gas and oil. The system has no harmful emissions and can produce gas and oil simultaneously for power generation while meeting all environmental standards.
Energy losses are inevitable in industrial processes but reducing them can significantly increase efficiency. An energy audit systematically identifies how and where energy is used and lost within a plant. It provides data on efficiency and conservation opportunities. Common areas of energy loss include poor equipment design and maintenance, and inefficient operations. Reducing losses in areas like steam systems, electrical motors, and heat recovery can substantially cut energy use and costs.
The group is researching alternative clean energy solutions from poultry waste through anaerobic digestion to produce biogas. Biogas is composed primarily of methane and can be used as fuel. The digestion process occurs in a digester where bacteria break down organic waste into methane and fertilizer over 20-30 days. A real example farm with 50,000 birds estimates constructing a 27ft diameter digester tank to process over 100,000 gallons of manure and water daily. While the process requires safety precautions and upfront costs, it provides renewable energy and economic benefits while improving waste management and public health.
The CARACOL Waste to Energy System provides an efficient and sustainable solution for waste treatment through gasification technology. It can process a wide range of waste streams into synthetic gas and then into thermal and electrical energy with minimal emissions and residual ash. The system is available in both mobile and fixed configurations to meet various waste processing needs.
The document discusses Comap's bi-fuel system for diesel engines that allows substitution of up to 70% of diesel with gas. This dual fuel solution reduces fuel costs substantially while maintaining full engine power and performance. It provides benefits such as lower emissions, extended run times before refueling is needed, and maintenance savings. The system monitors engine parameters closely and automatically modulates gas levels safely based on the load to maximize gas usage.
The document outlines Green Factory initiatives at a textile company called Yesim. Key objectives include reducing water and energy usage, waste, and carbon emissions. Specific projects that have been implemented include a heat recovery system, more efficient boilers, reduced dyeing water usage, electricity savings from equipment upgrades, and lean manufacturing techniques. Employees provided over 50 suggestions in a poll, with the top ideas relating to lighting controls, water saving devices, chemical automation, and awareness campaigns. All suggestions will be developed into formal projects to be implemented and rewarded.
The document summarizes information presented at a seminar on heat pumps and renewable energy technologies. It discusses sustainable development and various forms of renewable energy like heat pumps, solar, and wind. It then focuses on heat pumps, explaining how they work, their advantages over gas boilers in terms of cost and carbon emissions, and different types of ground source heat pumps. Micro district heating solutions are also introduced. The document concludes by covering incentives for renewable technologies like the Renewable Heat Incentive and loans available for businesses and organizations.
ENER·G designs, installs, and operates biogas combined heat and power systems for digestion plants. They provide turnkey biogas CHP projects utilizing the methane-rich biogas produced from anaerobic digestion to run generator engines that produce electricity and heat. As a specialist in biogas CHP, ENER·G offers feasibility studies, system design, manufacturing, installation, operation, and maintenance services. Their solutions maximize the economic and environmental benefits of utilizing biogas for renewable energy generation.
This document discusses how combined heat and power with spinning reserve (CHP-SR) can benefit multiple parties by balancing intermittent wind power. CHP-SR involves an electrically oversized thermally matched CHP system that normally operates at reduced power output. It can balance high and low wind power periods more efficiently than a standalone gas turbine by recycling waste heat. Economic analysis shows CHP-SR lowers operating costs for an ethanol plant compared to its boiler, and provides cheaper power than a utility's coal plant or a gas turbine balancing wind. CHP-SR benefits include reduced steam costs for the ethanol plant, reliable power for the grid, and help for utilities to address emissions regulations while retaining customers.
This document discusses energy audits and provides information on related topics. It defines an energy audit, describes the objectives and types of energy audits. It also discusses benchmarking, energy conservation opportunities, and instruments used in energy audits. Conversion factors and the Energy Conservation Act are outlined. Methodology, steps, and components of preliminary and detailed energy audits are summarized.
* We have a technology called the VIRTUAL PIPELINE TECHNOLOGY (VPT) - captures flared gas, stranded gas, associate gas (dry or wet - explained in the slide) at any given pressure, processes it, transport and supply the gas at the preferred discharge pressure. Our tubes carries a minimum of 550mscf (could carry more if the road is good and can take the weight). It can also pick up gas from existing pipelines and deliver gas to pipeline disconnected areas.
* Modular Power Plant (minimum of 1.5MW) and can be co-generated (power and steam/hot water).
INSIGHT: building a gigantic MW plants that will take 4 - 5 years to achieve also not considering where the source of feedstock is has been a major problem in West Africa.
Meanwhile, TEI can build modular plants (1.5MW each) 6MW plants + VPT within 6 - 9 months and could have 100 different locations (600MW) over a period of time serving numerous locations, and make the return on your investments within a year or 16 - 18 months as the case may be (depending on the distance from feedstock and discharge pressure) yet achieving the same purpose (or even more) in a significant less amount of time as any stand alone 500MW which will just be concluded in the 4th or 5th year talk less of when the breakeven point will be.
Also, if one station goes out, it does not affect the other 99 plants/stations hence providing light/electricity to a wider range. Another better advantage of our VPT and modular plants and why we are better than any product on earth as of today. So robust, you can deploy in the rural areas.
* Modular Gas Storage - For contingent supplies, we can build modular storage facility (such as a farm tanks) with storage capacity of 7.5mmscf/d and could increase in the same module. It is very scalable in that, other than the fact that we can move it from a location to another, we could also convert the modules to a gas transportation/supply cylinders attached to trucks.
* Modular Gas Separator - used to extract by-products of natural gas in small quantities. Methane to power turbines, Propane for cooking, Butane, LNG, etc. are other by-products we can help monitize...
These are reasons why we are a SOLUTION to the Gas, Power and Energy sectors and looking forward to providing a solution to the existing problems.....
Machine Converting Waste Plastics into OilPrasanna Datar
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The Green Team is an environmental education program sponsored by the Massachusetts Department of Environmental Protection and administered by the Center for EcoTechnology. The program provides resources on recycling, idling reduction, and other environmental topics on its website. Schools can receive free recycling equipment, signs, and materials for participating in the program and educating students on these topics.
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The document summarizes Boston's goals and history of waste management efforts aiming for zero waste. It outlines the city's waste reduction targets, timeline and approach for developing a zero waste plan through stakeholder engagement and assessing opportunities to decrease waste generation across sectors. The plan will identify programs and policies to promote recycling, composting and waste reduction to support the city's environmental and economic goals.
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Discover timeless style with the 2022 Vintage Roman Numerals Men's Ring. Crafted from premium stainless steel, this 6mm wide ring embodies elegance and durability. Perfect as a gift, it seamlessly blends classic Roman numeral detailing with modern sophistication, making it an ideal accessory for any occasion.
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The 'GEM' (Green Energy Machine)
1. Landfill Diversion & Clean Energy Generation
The “GEM”
(Green Energy Machine)
www.mswpower.com
The “GEM” at the Plymouth (MA) County Correctional Facility
2. GEM Overview
The GEM is a Landfill Diverter
– Converts useless waste into valuable clean energy
Handles mixed waste streams
– Paper, plastic, wood, food, agricultural waste
– Processes up to 3 tons/day
Diverts unrecyclable waste from landfill
Complements existing recycling programs
Occupies a compact footprint (45’ x 9.5’ x 8’)
– Plus Front End/Back End
2
3. GEM Benefits
Helps achieve sustainability goals
Processes unrecyclable waste on-site
where it is generated
Eliminates landfill use by 95%
– 5% ash may be placed in landfills or re-
purposed
Saves money
– Eliminates 95% of waste hauling fees
– Lowers energy costs3
4. What’s Included
GEM (45’ ISO container)
– Solid waste pre-processor (shredder, drier, pellet mill, pellet hopper)
– Gasifier (Downdraft Gasification)
– Non-ferrous and ferrous metal separation
– Safety features (TUV certification)
– Fire suppression
Automatic ash removal
Standard front loader
Back-end for energy generation (generator or boiler) & switch gear for
generator
Regular design services & permitting assistance
Installation and commissioning
90-day labor warranty (next day, 8 X 5)
1 yr parts warranty
Remote monitoring service4
6. Configuration Options- Front End
Conveyor feeding
– Multiple capacities available
– Restricted card access
– Foot pedal operation
Top loading gravity feed
Options
– Compactor
6
7. Configuration Options– Back End
CHP
– Power
Hybrid fuel genset uses synthetic gas
blended with diesel
– Heat
Engine and exhaust heat are recovered
for use by facility
Heat only
– Boiler runs on synthetic gas
– Provides hot air, hot water, or steam
– Heat used by facility
7
8. Remote Monitoring & Controls
Over 100 sensors installed throughout the GEM measure a
wide array of parameters
Wealth of data provides analysis capabilities
– Anticipate potential maintenance requirements
– Evaluate cost savings
– Determine environmental benefits
MSW Power engineer remotely monitors details of GEM
operation via wireless network interface
Customer has access to a summary screen of operational
data
Many data points compiled to generate a real-time kiosk
screen.
8
9. 9
Thermal decomposition
process
Converts solid matter into
gaseous form
Resultant gas is flammable
GEM methodology –
Downdraft Gasification
– Uses high heat in oxygen-
starved process to convert
solids into gaseous fuel or
“syngas”
– Vacuum pulls gas thru
bottom of gasifier with no
emissions
– Small-scale efficiency
– Low-tar gas producing
system
10. Gas Data & Noise Level
Gas Composition (% of Volume)
– Nitrogen 44%
– CO 22%
– Hydrogen 18%
– Methane 3%
– Water 8%
– CO2 5%
Gas Energy Content - 160 to 200 BTU/cu ft
Noise Levels
– SWP = 65dB at (Pellet Mill Doors)
– Gasifier = 66dB (at GEM Container Corner)
– SWP + Gasifier + Boiler = 68dB (next to GEM Container)
– SWP + Gasifier + Generator = 75dB (23 feet from GEM)
10
11. 0
200
400
600
800
1,000
1,200
Incineration with
Energy Capture
Solar Wind GEM
138
440 440
314
177
446
330
EmissionsSavingsinTons(CO2E) Annual Greenhouse Gas Savings vs. Landfills
Heat
Waste
Disposal
Electricity315
440440
1,090
• Landfills produce 420 tons of GHG emissions annually to dispose of 3 tons of waste daily.
• Utilities produce 440 tons of GHG annually to create 75kW of electricity daily.
• Utilities produce 330 tons of GHG annually to create 180 kW of heat daily
12. GEM Weight
12
Weight by Component and Energy Configuration
Component
Diesel CHP Boiler
Pounds Tons Pounds Tons
Main Container 47,200 23.6 47,200 23.6
Back End 8,760 4.4 14,800 7.4
Auxiliary Equip 14,300 7.2 14,300 7.2
Total Weight 70,260 35.1 76,300 38.1
13. Return on Investment
Individualized payback modeling completed for each client
Client provides input on payback variables
– Waste volume
– Waste composition
– Waste disposal cost
– Electricity cost
– Heat cost
– Preferred options & customizations
– Tax incentives
Payback period significantly shorter than alternatives
13
14. Selling Approach
Sales & Service
– Direct
– Channel Partners
Environmental Consultants
Energy Service Companies (ESCOs)
Equipment Manufacturers & Resellers
Waste & Material Management Companies
– Group Purchasing Organizations
Authorized Supplier – Premier Inc.
– 3,000 Member Hospitals with 100,000 sites
14
15. GEM Operating History (Thru Jan 2013)
15
Operating Parameter Data
Run Time (Hours) 5,444
Waste Processed (Tons) 525
Ash Disposed (%) 5.6
Underlying Technology
– Downdraft Gasification
Success To-Date
– Edwards AFB, CA
– Plymouth County County Correctional Facility, MA
16. MA Policy Changes
Allowance for Pyrolysis & Gasification Under
Consideration
– Promotes New, Environmentally-Friendly Technologies
– Provides $350M Market Opportunity for GEM
– Permitting Issues Must Be Delineated
16
Editor's Notes
The GEM handles your municipal waste. While we understand that people will throw anything and everything into their trash, the GEM derives no energy content from metal and glass. E-waste, construction and demolition waste, and other toxic wastes aren’t meant to be put in the GEM. The GEM’s footprint is small and each installation can be modified to meet individual customer needs.
By processing your waste on-site, we can help you meet your sustainability goals by diverting waste that would go to a landfill and save you money at the same time by avoiding grid supplied electricity and natural gas bills used for heating and air conditioning.Our ash (based on our feedstock) has been tested by the Massachusetts DEP and it has been found safe for landfilling. In some cases the ash can be repurposed and used in road building, cinderblock manufacture, or in fertilizer.
On the front end, our goal is to make loading the GEM as easy as your current waste disposal method.If you handle 3 tons all at once or if you make multiple smaller deposits at your dumpster, we will design a front end that will meet your needs. Top loading, side loading, or other configurations are all possible. Some customers have asked for a chute down from the 2nd floor. Our site engineer will visit your site, evaluate your waste management process, and configure a front end to suit.Every front end conveyor will require restricted access for feeding. Only authorized personnel will have access.
The GEM has two main back end configurations. One option is a boiler which can be used to produce hot water or steamThe other main option is a combined heat and power system using a diesel engineThe CHP package comes with a full heat recovery package where we collect heat from the engine coolant and the exhaust gas as well as excess heat from the gasifier.We can provide heat in the form of hot air, hot water, or steam.Choice of the backend is of course up to the customer but our ROI analysis will determine the options that demonstrate the quickest payback.
We’ve installed over 100 remote sensors inside the GEM. Each GEM can be monitored in real-time. By monitoring your GEM, IST will be able to anticipate problems before they become problems.
This chart compares the savings in terms of greenhouse gas emissions from waste-to-energy and various alternative energy sources versus landfilling your waste and purchasing energy from a utility.Incineration with energy capture gives you heat and electricity. Wind and solar offset greenhouse gases produced as a result of electric generation only.The GEM has three sources of greenhouse gas savings, electric production, heat, and waste disposal and offsets more greenhouse gasses than the other alternatives.
Each customer will receive an individualized payback analysisThe payback is a function of how much waste you have and the composition of your waste. Plastic has more energy than paper which in turn has more energy than food, which is mostly water.The more energy rich the material going in, the more energy you will get going out. A mix of material is actually best.The other variables in the payback model are your costs for energy, heat, and waste disposal.In the US, there are Federal Tax incentives for CHP equipment, credits for renewable energy production, and the ability to expense the equipment in the first year. There may also be incentives at the state level as well.Compared to other alternatives such as wind and solar, payback for the GEM is significantly shorter.
The GEM handles your municipal waste. While we understand that people will throw anything and everything into their trash, the GEM derives no energy content from metal and glass. E-waste, construction and demolition waste, and other toxic wastes aren’t meant to be put in the GEM. The GEM’s footprint is small and each installation can be modified to meet individual customer needs.
The GEM handles your municipal waste. While we understand that people will throw anything and everything into their trash, the GEM derives no energy content from metal and glass. E-waste, construction and demolition waste, and other toxic wastes aren’t meant to be put in the GEM. The GEM’s footprint is small and each installation can be modified to meet individual customer needs.