1) The document discusses various ways to promote more sustainable living through reducing, recycling, and reusing resources. It focuses on challenges faced in rural areas like climate change and water management.
2) Key strategies proposed include improved biomass stoves to reduce emissions, biochar production to improve soils and crop yields, and weather-based crop insurance. Adaptations like polyhouses, floating gardens, and wastewater irrigation are also discussed.
3) Monitoring water usage and promoting conservation through education and technology is recommended to help ensure long-term sustainable water management.
Veolia is an international company focused on sustainability and resource management. They discussed how wastewater treatment can become more sustainable by reducing energy and resource usage at various treatment stages. Their goal is to make plants energy neutral or producers of energy through techniques like advanced sludge treatment using thermal hydrolysis, co-digestion, and converting facilities into "biorefineries" that produce resources in addition to treating water. Case studies showed how optimizing treatment processes could save 25-42% of energy usage and increase energy production by 20-35% at a sample wastewater treatment plant.
Water Hyacinth as Renewable Energy SourceShafiul Munir
This poster is about the possible uses of Water Hyacinth as a renewable energy source to serve as a solution in the existing energy crisis in 3rd-World countries.
This document discusses using water hyacinth, an invasive plant species, for renewable biofuels and fertilizer through anaerobic fermentation. It outlines the economic impacts of water hyacinth infestations and traditional removal methods. The vision is to generate hydrogen and fertilizer from water hyacinth through anaerobic fermentation to both economically incentivize its removal from waterways and produce valuable end products in a greenhouse gas-neutral process. The document provides details on the science of anaerobic fermentation and how it can convert plant waste into hydrogen fuel and liquid fertilizer to realize these environmental and economic benefits.
2017 wwtp presentation y20170524 final linkedinnonotesJim Dodenhoff
This document discusses opportunities to enhance the water-energy nexus at wastewater treatment plants. It notes that most water usage is for power supply and agriculture, while wastewater treatment only accounts for about 12% of total water withdrawals. The document outlines the typical wastewater treatment process and energy usage. It also discusses new biological treatment technologies using algae that can produce resources like fertilizer, feed, and biogas from wastewater. The document recommends broader adoption of on-site renewables, storage, biotreatment, and beneficial water reuse to improve sustainability and resilience at wastewater treatment plants.
The document discusses issues around limited access to water for irrigation, industry, and residential use, which has led to lower agricultural harvests, decreased biodiversity, and regional conflicts. It suggests that better management of water resources is needed, including improved public utilities, repairing old water systems, using more efficient irrigation techniques, preventing contamination, promoting conservation, and individual efforts to save water. It raises desalinization as a potential solution but emphasizes the need for a change in how water is perceived and managed.
California is facing a water shortage as the Colorado River, which supplies much of Southern California, has lowered due to drought. Two potential solutions are proposed: limiting water usage and increasing desalination of ocean water. Desalination could solve water shortage problems but poses environmental risks like harm to marine life from pipelines and producing concentrated salt water. These issues can be addressed by using renewable energy for desalination plants and newer technologies that are more environmentally friendly. Limiting water usage in the short term could allow time for desalination technology to improve and the environment to recover water levels.
1) The document discusses various ways to promote more sustainable living through reducing, recycling, and reusing resources. It focuses on challenges faced in rural areas like climate change and water management.
2) Key strategies proposed include improved biomass stoves to reduce emissions, biochar production to improve soils and crop yields, and weather-based crop insurance. Adaptations like polyhouses, floating gardens, and wastewater irrigation are also discussed.
3) Monitoring water usage and promoting conservation through education and technology is recommended to help ensure long-term sustainable water management.
Veolia is an international company focused on sustainability and resource management. They discussed how wastewater treatment can become more sustainable by reducing energy and resource usage at various treatment stages. Their goal is to make plants energy neutral or producers of energy through techniques like advanced sludge treatment using thermal hydrolysis, co-digestion, and converting facilities into "biorefineries" that produce resources in addition to treating water. Case studies showed how optimizing treatment processes could save 25-42% of energy usage and increase energy production by 20-35% at a sample wastewater treatment plant.
Water Hyacinth as Renewable Energy SourceShafiul Munir
This poster is about the possible uses of Water Hyacinth as a renewable energy source to serve as a solution in the existing energy crisis in 3rd-World countries.
This document discusses using water hyacinth, an invasive plant species, for renewable biofuels and fertilizer through anaerobic fermentation. It outlines the economic impacts of water hyacinth infestations and traditional removal methods. The vision is to generate hydrogen and fertilizer from water hyacinth through anaerobic fermentation to both economically incentivize its removal from waterways and produce valuable end products in a greenhouse gas-neutral process. The document provides details on the science of anaerobic fermentation and how it can convert plant waste into hydrogen fuel and liquid fertilizer to realize these environmental and economic benefits.
2017 wwtp presentation y20170524 final linkedinnonotesJim Dodenhoff
This document discusses opportunities to enhance the water-energy nexus at wastewater treatment plants. It notes that most water usage is for power supply and agriculture, while wastewater treatment only accounts for about 12% of total water withdrawals. The document outlines the typical wastewater treatment process and energy usage. It also discusses new biological treatment technologies using algae that can produce resources like fertilizer, feed, and biogas from wastewater. The document recommends broader adoption of on-site renewables, storage, biotreatment, and beneficial water reuse to improve sustainability and resilience at wastewater treatment plants.
The document discusses issues around limited access to water for irrigation, industry, and residential use, which has led to lower agricultural harvests, decreased biodiversity, and regional conflicts. It suggests that better management of water resources is needed, including improved public utilities, repairing old water systems, using more efficient irrigation techniques, preventing contamination, promoting conservation, and individual efforts to save water. It raises desalinization as a potential solution but emphasizes the need for a change in how water is perceived and managed.
California is facing a water shortage as the Colorado River, which supplies much of Southern California, has lowered due to drought. Two potential solutions are proposed: limiting water usage and increasing desalination of ocean water. Desalination could solve water shortage problems but poses environmental risks like harm to marine life from pipelines and producing concentrated salt water. These issues can be addressed by using renewable energy for desalination plants and newer technologies that are more environmentally friendly. Limiting water usage in the short term could allow time for desalination technology to improve and the environment to recover water levels.
Water is the “invisible utility”, whose usage patterns are too often overlooked by companies as a cost of doing business. Water bills can account for as much as 20% of a buildings’ utility cost and upwards in process applications. Compared to other countries, Canadian water prices are well below average. The cost of water is likely to rise as watersheds are depleted, water conservation and efficiency standards are legislated, and municipal governments increase rates to fund repairs to aging infrastructure. To reduce water utility bills, building owners must find ways to limit their consumption without sacrificing occupancy comfort.
1. The study investigated the composting of water hyacinth using saw dust or rice straw as bulking agents in combination with cattle manure.
2. Six trials were conducted using different compositions of water hyacinth, cattle manure, and either saw dust or rice straw. The optimal degradation of water hyacinth occurred with a large amount of cattle manure. Rice straw proved to be a better bulking agent than saw dust.
3. Temperature and moisture content were monitored throughout the 30-day composting period. Trials with more cattle manure and rice straw reached higher maximum temperatures, indicating more rapid microbial activity and degradation.
Container deposit legislation requires distributors and retailers to collect a refundable deposit on certain beverage containers. It creates a collection system funded by producers and consumers to increase recycling rates of these containers. Studies show bottle bills result in higher recycling rates of 66-96% compared to 38% in states without deposits. They reduce litter and associated environmental impacts like greenhouse gas emissions from manufacturing new containers. While some industry groups oppose additional costs, supporters argue producers and consumers should bear responsibility for recycling packaging waste.
Ines ware recycled water midterm project unm crp 275 community change in a gl...Dr. J
Recycled water is wastewater that has been processed through primary, secondary and tertiary treatment and disinfected with chlorine.
Man-made water recycling, also known as water reclamation or water reuse, centers on using treated wastewater.
Recycled water, also known as "greywater," derives from residential water uses such as the bath, shower, washing machine, sink etc.
Across the globe, 2 out of 10 people do not have access to safe drinking water, and in the U.S., many states face water shortages and droughts.
In the U.S., we spend billions of dollars treating water to drinking water quality when we use only 10% of it for drinking and cooking, then flush most of the rest down the toilet or drain.
All water is recycled and reused as a part of natural water processes such as the hydrologic cycle.
Recycling wastewater can extend water supplies, improve water quality, reduce discharge and disposal costs of wastewater, and save energy.
Using recycled water reduces reliance on scarce and expensive surface water. It can also minimize groundwater overdraft and reduce discharges of treated wastewater into rivers and oceans.
Reduces the need to import water over long distances or pump our limited groundwater supplies
Collaboration, Science, and Technology Merge to Improve Water QualityArbor Day Foundation
Collaboration, Science, and Technology Merge to Improve Water Quality
Dave Gamstetter, City of Cincinnati | Donna M. Murphy, US Forest Service Northeastern Area
In 2010 the Cincinnati Park Board (CPB) formed a partnership with the Metropolitan Sewer Department of Greater Cincinnati (MSDGC) to assist with the implementation of green solutions to meet the regulatory requirements of the consent decree using a triple bottom line approach. This presentation discusses how natural design solutions, BMPs, stormwater controls, and forests are being used to enhance green infrastructure and reduce stormwater flow on a watershed scale. The program is Project Groundwork.
Fauna and Flora's Approach to Conservation in West Kalimantan, Indonesiajeffchatellier
Fauna Flora International has engaged Forest Carbon, a leading forestry and REDD project consulting company to develop three REDD plus projects in West Kalimantan.
Forest Carbon: www.forest-carbon.org
Design Criteria
•Water efficient fittings and appliances
•On-site water capture and reuse
•Water supply flow rates optimised to balance required performance and conservation
•Local retention of stormwater runoff, stormwater treatment train with consideration of raingardens, roofgardens and swales
•Wastewater minimised and/or reused; information on water use readily available
•In-house water supply flow rate optimised
•Plumbing system designed for water and energy efficiency
•Site design recognition of local soil and climate conditions and low water use garden design applied.
The document discusses water conservation methods like greywater recycling and rainwater harvesting. It provides an overview of greywater recycling, including its applications, considerations, and benefits. Greywater recycling systems can conserve water and reduce costs by reusing greywater from showers and laundry to flush toilets. A case study describes a residential greywater recycling system in Cambridge, Ontario that filters and disinfects greywater to supply toilets. This reduces the home's potable water usage and wastewater output by an estimated 76,000 liters annually, saving the family $165 per year.
The document discusses various aspects of sustainable water systems and sanitation. It defines a sustainable water system as one that provides adequate water quality and quantity now and in the future without compromising capacity. It discusses different water sources like surface water, groundwater, rainwater harvesting and reclaimed water. It also discusses sustainable practices for water supply, sanitation facilities, concepts of sustainability in sanitation, and components of storm water drainage systems like inlets, piping, and outlets. Sustainable urban drainage systems are recommended to reduce stormwater flows into sewers.
This document discusses global groundwater issues and solutions for more sustainable water management. It notes that the main groundwater challenges are depletion due to overdraft, waterlogging, and pollution from human activities. Responses discussed include sustainable management through increasing storage capacity, recharge projects, improving catchment vegetation, domestic rainwater harvesting, and switching to more efficient irrigation techniques like drip and sprinkle systems. The document calls for new laws and management strategies to curb overuse and better protect this vital resource.
A Guide to Permanent Water Savings in Your HomeKama158x
1. This document provides guidance on permanent water savings in the home through planning, fittings, appliances, and alternative supplies.
2. When building a new home, decisions around rainwater tanks, hot water systems, and recycled water connections can help lock in water efficiency or use more than needed.
3. Existing homes can also save water through water-smart fixtures, appliances, and considering rainwater, greywater, or hot water recirculation systems.
1) The document discusses water harvesting and management in India. It notes that 2011 saw the highest rainfall but total water supply is still lacking due to issues like population growth, urbanization, and industrialization.
2) Rainwater harvesting is described as capturing rain where it falls or runoff to keep water clean and prevent pollution. It is important for conserving water as demand is increasing while sources are under threat.
3) Potential water harvesting is calculated based on rainfall amounts and collection efficiency. In rural India, an estimated 200 million hectares could be harvested to provide 3.75 billion liters of water annually.
This presentation covers the sustainable water resources in India. It also covers the concepts of sustainablity, government policies and the role of the society in promoting water sustainability.
The document discusses challenges facing Los Angeles's water infrastructure including an increasing population, aging systems, and dependency on imported water. It outlines Los Angeles's approach through an Integrated Resources Plan to address these challenges through a regional, watershed-based approach involving stakeholder collaboration. Key aspects of the implementation discussed include expanding water conservation, stormwater management through projects like creek and park restoration, and increasing recycled water with a goal of 59,000 acre-feet per year by 2035 through projects like groundwater recharge. The plan has helped build partnerships and launch numerous sustainability programs.
This document discusses a project to treat municipal solid waste in Saida, Lebanon. It involves separating the waste into organic and non-organic components. The organic material is processed in an anaerobic digester to produce methane gas and organic fertilizer. The non-organic material such as plastic, paper, glass and metal is recycled. The overall goals are to reduce environmental damage from the current landfill and generate renewable energy from the waste.
Palo Alto's proposed anaerobic digestion facility would process 60,000 tons per year of organic waste from yard trimmings, food scraps, and sewage sludge to generate renewable energy, reduce greenhouse gas emissions by 20,000 tons per year, and save the city $1,000,000 annually. The 10-acre facility would be located at the landfill next to the wastewater treatment plant and require dedicating a portion of the 126-acre Byxbee Park, though an equal amount of parkland could be replaced elsewhere.
Palo Alto Green Energy and Compost Intiativebwenzlau
The document discusses Palo Alto establishing an anaerobic digestion facility to process organic waste from the city. It would produce green energy, reduce greenhouse gas emissions, and save the city millions of dollars compared to alternative options like composting the waste elsewhere or incineration. The facility would help the city meet its sustainability goals and make energy available even during power outages.
Water is the “invisible utility”, whose usage patterns are too often overlooked by companies as a cost of doing business. Water bills can account for as much as 20% of a buildings’ utility cost and upwards in process applications. Compared to other countries, Canadian water prices are well below average. The cost of water is likely to rise as watersheds are depleted, water conservation and efficiency standards are legislated, and municipal governments increase rates to fund repairs to aging infrastructure. To reduce water utility bills, building owners must find ways to limit their consumption without sacrificing occupancy comfort.
1. The study investigated the composting of water hyacinth using saw dust or rice straw as bulking agents in combination with cattle manure.
2. Six trials were conducted using different compositions of water hyacinth, cattle manure, and either saw dust or rice straw. The optimal degradation of water hyacinth occurred with a large amount of cattle manure. Rice straw proved to be a better bulking agent than saw dust.
3. Temperature and moisture content were monitored throughout the 30-day composting period. Trials with more cattle manure and rice straw reached higher maximum temperatures, indicating more rapid microbial activity and degradation.
Container deposit legislation requires distributors and retailers to collect a refundable deposit on certain beverage containers. It creates a collection system funded by producers and consumers to increase recycling rates of these containers. Studies show bottle bills result in higher recycling rates of 66-96% compared to 38% in states without deposits. They reduce litter and associated environmental impacts like greenhouse gas emissions from manufacturing new containers. While some industry groups oppose additional costs, supporters argue producers and consumers should bear responsibility for recycling packaging waste.
Ines ware recycled water midterm project unm crp 275 community change in a gl...Dr. J
Recycled water is wastewater that has been processed through primary, secondary and tertiary treatment and disinfected with chlorine.
Man-made water recycling, also known as water reclamation or water reuse, centers on using treated wastewater.
Recycled water, also known as "greywater," derives from residential water uses such as the bath, shower, washing machine, sink etc.
Across the globe, 2 out of 10 people do not have access to safe drinking water, and in the U.S., many states face water shortages and droughts.
In the U.S., we spend billions of dollars treating water to drinking water quality when we use only 10% of it for drinking and cooking, then flush most of the rest down the toilet or drain.
All water is recycled and reused as a part of natural water processes such as the hydrologic cycle.
Recycling wastewater can extend water supplies, improve water quality, reduce discharge and disposal costs of wastewater, and save energy.
Using recycled water reduces reliance on scarce and expensive surface water. It can also minimize groundwater overdraft and reduce discharges of treated wastewater into rivers and oceans.
Reduces the need to import water over long distances or pump our limited groundwater supplies
Collaboration, Science, and Technology Merge to Improve Water QualityArbor Day Foundation
Collaboration, Science, and Technology Merge to Improve Water Quality
Dave Gamstetter, City of Cincinnati | Donna M. Murphy, US Forest Service Northeastern Area
In 2010 the Cincinnati Park Board (CPB) formed a partnership with the Metropolitan Sewer Department of Greater Cincinnati (MSDGC) to assist with the implementation of green solutions to meet the regulatory requirements of the consent decree using a triple bottom line approach. This presentation discusses how natural design solutions, BMPs, stormwater controls, and forests are being used to enhance green infrastructure and reduce stormwater flow on a watershed scale. The program is Project Groundwork.
Fauna and Flora's Approach to Conservation in West Kalimantan, Indonesiajeffchatellier
Fauna Flora International has engaged Forest Carbon, a leading forestry and REDD project consulting company to develop three REDD plus projects in West Kalimantan.
Forest Carbon: www.forest-carbon.org
Design Criteria
•Water efficient fittings and appliances
•On-site water capture and reuse
•Water supply flow rates optimised to balance required performance and conservation
•Local retention of stormwater runoff, stormwater treatment train with consideration of raingardens, roofgardens and swales
•Wastewater minimised and/or reused; information on water use readily available
•In-house water supply flow rate optimised
•Plumbing system designed for water and energy efficiency
•Site design recognition of local soil and climate conditions and low water use garden design applied.
The document discusses water conservation methods like greywater recycling and rainwater harvesting. It provides an overview of greywater recycling, including its applications, considerations, and benefits. Greywater recycling systems can conserve water and reduce costs by reusing greywater from showers and laundry to flush toilets. A case study describes a residential greywater recycling system in Cambridge, Ontario that filters and disinfects greywater to supply toilets. This reduces the home's potable water usage and wastewater output by an estimated 76,000 liters annually, saving the family $165 per year.
The document discusses various aspects of sustainable water systems and sanitation. It defines a sustainable water system as one that provides adequate water quality and quantity now and in the future without compromising capacity. It discusses different water sources like surface water, groundwater, rainwater harvesting and reclaimed water. It also discusses sustainable practices for water supply, sanitation facilities, concepts of sustainability in sanitation, and components of storm water drainage systems like inlets, piping, and outlets. Sustainable urban drainage systems are recommended to reduce stormwater flows into sewers.
This document discusses global groundwater issues and solutions for more sustainable water management. It notes that the main groundwater challenges are depletion due to overdraft, waterlogging, and pollution from human activities. Responses discussed include sustainable management through increasing storage capacity, recharge projects, improving catchment vegetation, domestic rainwater harvesting, and switching to more efficient irrigation techniques like drip and sprinkle systems. The document calls for new laws and management strategies to curb overuse and better protect this vital resource.
A Guide to Permanent Water Savings in Your HomeKama158x
1. This document provides guidance on permanent water savings in the home through planning, fittings, appliances, and alternative supplies.
2. When building a new home, decisions around rainwater tanks, hot water systems, and recycled water connections can help lock in water efficiency or use more than needed.
3. Existing homes can also save water through water-smart fixtures, appliances, and considering rainwater, greywater, or hot water recirculation systems.
1) The document discusses water harvesting and management in India. It notes that 2011 saw the highest rainfall but total water supply is still lacking due to issues like population growth, urbanization, and industrialization.
2) Rainwater harvesting is described as capturing rain where it falls or runoff to keep water clean and prevent pollution. It is important for conserving water as demand is increasing while sources are under threat.
3) Potential water harvesting is calculated based on rainfall amounts and collection efficiency. In rural India, an estimated 200 million hectares could be harvested to provide 3.75 billion liters of water annually.
This presentation covers the sustainable water resources in India. It also covers the concepts of sustainablity, government policies and the role of the society in promoting water sustainability.
The document discusses challenges facing Los Angeles's water infrastructure including an increasing population, aging systems, and dependency on imported water. It outlines Los Angeles's approach through an Integrated Resources Plan to address these challenges through a regional, watershed-based approach involving stakeholder collaboration. Key aspects of the implementation discussed include expanding water conservation, stormwater management through projects like creek and park restoration, and increasing recycled water with a goal of 59,000 acre-feet per year by 2035 through projects like groundwater recharge. The plan has helped build partnerships and launch numerous sustainability programs.
This document discusses a project to treat municipal solid waste in Saida, Lebanon. It involves separating the waste into organic and non-organic components. The organic material is processed in an anaerobic digester to produce methane gas and organic fertilizer. The non-organic material such as plastic, paper, glass and metal is recycled. The overall goals are to reduce environmental damage from the current landfill and generate renewable energy from the waste.
Palo Alto's proposed anaerobic digestion facility would process 60,000 tons per year of organic waste from yard trimmings, food scraps, and sewage sludge to generate renewable energy, reduce greenhouse gas emissions by 20,000 tons per year, and save the city $1,000,000 annually. The 10-acre facility would be located at the landfill next to the wastewater treatment plant and require dedicating a portion of the 126-acre Byxbee Park, though an equal amount of parkland could be replaced elsewhere.
Palo Alto Green Energy and Compost Intiativebwenzlau
The document discusses Palo Alto establishing an anaerobic digestion facility to process organic waste from the city. It would produce green energy, reduce greenhouse gas emissions, and save the city millions of dollars compared to alternative options like composting the waste elsewhere or incineration. The facility would help the city meet its sustainability goals and make energy available even during power outages.
The document discusses the EPA's Green Venues program which provides criteria and partnership opportunities to help large venues like convention centers, stadiums, and arenas reduce their environmental impact and costs through various sustainability measures. It outlines the environmental impacts of large venues, success stories, criteria in areas like energy, water, waste, and food service, and EPA partnership programs that can help venues implement solutions and achieve recognition.
Palo Alto generates yard waste, food and compostable waste, and biosolids. The City is concerned with managing these waste streams in order to minimize GHG emissions and return organics to the biosphere.
The document discusses key principles of water sensitive urban design including protecting natural waterways, integrating storm water treatment into landscapes, reducing runoff and peak flows, and protecting water quality. It provides statistics on household water consumption and savings from water efficient appliances. Recommendations are given for water efficient toilets, showerheads, faucets, and other fixtures that can save significant amounts of water and energy. Case studies and initiatives from the EPA and state environmental agencies on water conservation planning and pollution prevention are also summarized.
This document discusses various ways to reduce waste and promote more sustainable consumption, including reducing unnecessary purchases and packaging, reusing items when possible, recycling appropriately, and being aware of how individual waste habits impact the environment. It notes that the average amount of waste per person per day in the US is 4.3 pounds and provides data on current recycling rates and their environmental benefits. The document encourages setting reasonable waste reduction goals and offers resources for calculating a household's carbon footprint from waste.
The document discusses several strategies for mitigating climate change through land management practices, transportation solutions, and local food systems. It describes how planned grazing can reduce desertification and increase carbon sequestration. It also outlines proposals for large buses that drive over cars to reduce congestion, underground solar-powered cities, solar panel roadways, and supporting local food transportation to decrease emissions. While some strategies like grazing would rely on voluntary adoption, others such as bus and road infrastructure involve regulatory approval and testing before widespread implementation.
The Blue Sphere anaerobic digestion facility in Johnston, RI will:
- Accept 250 tons of food scrap daily and generate 3.2 megawatts of electricity.
- Include 11 structures to process food scrap into methane gas and fertilizer.
- Begin operations in spring 2022 after breaking ground in 2021. The facility will be fully operational by summer 2022.
- Generate revenue from tipping fees, electricity sales to the grid, and fertilizer sales.
1) Climate change is causing less rainfall, more hot days, rising sea levels, and greater temperature extremes in Australia which impacts horticulture.
2) Greenhouse gas emissions from agriculture include methane from livestock and nitrous oxide from soils and fertilizers which contribute to climate change.
3) Using compost can help mitigate climate change by sequestering carbon in soils, improving soil quality, and replacing chemical fertilizers while also providing other environmental benefits.
1) Climate change is causing less rainfall, more hot days, rising sea levels, and greater temperature extremes in Australia which impacts horticulture.
2) Greenhouse gas emissions from agriculture include methane from livestock and nitrous oxide from soils and fertilizers which contribute to climate change.
3) Using compost can help mitigate climate change by sequestering carbon in soils, improving soil quality, and replacing chemical fertilizers while also providing other environmental benefits.
This is a first version of a presentation that was given as part of the Design City at the Toronto Print Show in November 2008.
Future versions will include proper footnotes.
Biochar Summit Ormoc City, Leyte, Philippines (in November 2018)Christer Soderberg
This document provides information from a presentation on biochar and regenerative agriculture. It discusses biochar as a means of improving soil quality, increasing crop yields, and mitigating climate change by sequestering carbon. A field trial demonstrated increased yields with the addition of biochar to soil amendments. The presentation promotes biochar as a sustainable waste management practice and soil regeneration technique that can boost food security, water security, and climate security while providing economic opportunities.
Recycling and resource substitution are important conservation strategies. Recycling processes household and industrial waste so that materials can be reused. It is necessary because cities generate large amounts of garbage and humans are using resources unsustainably. Common recycled materials include plastics, glass, metals and paper. Recycling aluminum cans saves energy and jobs. Resource substitution means using renewable resources instead of non-renewable ones, like using cardboard instead of styrofoam for food packaging or biofuels instead of petroleum-based fuels. Local and national case studies show the benefits of recycling and substitution programs.
9/8 THUR 14:30 |Green Elements and Sustainable Codes 3APA Florida
The document discusses sustainable development codes. It notes several global challenges related to fuel, food, health, climate change, and biodiversity. It also discusses challenges facing local governments like changing demographics, increasing costs, and financial strain. The document advocates for development codes that support sustainability by removing barriers, creating incentives, and addressing issues like climate change, renewable energy, food supply, health, and water conservation. It provides examples from Miami-Dade County related to energy efficiency, greenhouse gas reduction, and renewable energy systems. The document argues that sustainable development codes can provide individual, community, and global benefits related to issues like water and energy conservation.
The presentation shows how much the developed countries releases carbon di oxide every year compared to India, the source wise gas releases, the effect of Global warming on Crop production and water use,What are the action needed by Government to minimize gas releases and in the last slide what the public can do to decrease the gas release to control Global warming. This is a summary for public awareness.
Similar to Palo Alto Green Energy and Compost Initiative Presentation (20)
Here is Gabe Whitley's response to my defamation lawsuit for him calling me a rapist and perjurer in court documents.
You have to read it to believe it, but after you read it, you won't believe it. And I included eight examples of defamatory statements/
Essential Tools for Modern PR Business .pptxPragencyuk
Discover the essential tools and strategies for modern PR business success. Learn how to craft compelling news releases, leverage press release sites and news wires, stay updated with PR news, and integrate effective PR practices to enhance your brand's visibility and credibility. Elevate your PR efforts with our comprehensive guide.
Youngest c m in India- Pema Khandu BiographyVoterMood
Pema Khandu, born on August 21, 1979, is an Indian politician and the Chief Minister of Arunachal Pradesh. He is the son of former Chief Minister of Arunachal Pradesh, Dorjee Khandu. Pema Khandu assumed office as the Chief Minister in July 2016, making him one of the youngest Chief Ministers in India at that time.
Your Go-To Press Release Newswire for Maximum Visibility and Impact.pdfPressReleasePower4
This downloadable guide explains why press releases are still important for businesses today and the challenges you might face with traditional distribution methods. Learn how [Your Website Name] offers a comprehensive solution for crafting compelling press releases, targeting the right media outlets, and maximizing visibility.
El Puerto de Algeciras continúa un año más como el más eficiente del continente europeo y vuelve a situarse en el “top ten” mundial, según el informe The Container Port Performance Index 2023 (CPPI), elaborado por el Banco Mundial y la consultora S&P Global.
El informe CPPI utiliza dos enfoques metodológicos diferentes para calcular la clasificación del índice: uno administrativo o técnico y otro estadístico, basado en análisis factorial (FA). Según los autores, esta dualidad pretende asegurar una clasificación que refleje con precisión el rendimiento real del puerto, a la vez que sea estadísticamente sólida. En esta edición del informe CPPI 2023, se han empleado los mismos enfoques metodológicos y se ha aplicado un método de agregación de clasificaciones para combinar los resultados de ambos enfoques y obtener una clasificación agregada.
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3. Our composting operation will cease Palo Alto’s yard waste would get trucked to Gilroy, generating 1,200 tons of carbon dioxide per year.
4.
5. Zero Waste Initiative 90% diversion by 2021 Vs. Climate Protection Plan 15% CO2 reduction by 2020
6.
7. Palo Alto should be concerned about climate change Without levee improvements, much of Palo Alto would be under-water in the not-too-distant future.
8. San Francisquito Creek Floodplain Approximation based on FEMA and 1998 flood maps Menlo Park East Palo Alto Palo Alto 1/2 mile
9.
10. Three Sources of Organic Waste 60,000 Tons Per Year Composition of Disposed Organics
11. Each year Palo Alto’s organics could fill a football field the height of City Hall 130,000 Cubic Yards
12.
13. Yard & Food Biosolids Generator 13,500 tons garden & farm compost 5,600 tons commercial compost 21,000 tons Yard Trimmings & up to 22,000 tons Food & Compostables 16,000 tons Wastewater Biosolids Methane Green electricity for 1,400 homes Usable heat For wastewater processes Anaerobic Digestion Waste Transformation AD would reduce our greenhouse gases by 12,000 tons/year
27. To qualify the Initiative for the ballot we needed 4,356 valid signatures We submitted 6,023 signatures, 5,128 were valid
28.
29.
30. Alternative Electricity Natural Gas 1a 11,533 11,280 2 23,329 26,194 3 22,716 22,716 AD would reduce greenhouse gas emissions by 12,000 tons per year Figures are in metric tons per year. One metric ton = 2,200 pounds.
31.
32. 20-Year Cost Case Project/Financing Option $91 million 1a Dry Anaerobic Digester private financing/private operation $67 million 1a #3 Dry Anaerobic Digester public financing/private operation $76 million 2 Incinerate sewage sludge/truck yard waste to Gilroy/food waste to San Jose $105 million 2* Incinerate sewage sludge/truck yard waste to Gilroy/food waste to San Jose $71 million 3 Incinerate sewage sludge/truck yard and food waste to Gilroy $97 million 3** Incinerate sewage sludge/truck yard and food waste to Gilroy *Includes 15% contingency for San Jose facility, $20 million capital cost for incinerator, and $20/ton CO2 adder. **Includes $20 million capital cost for incinerator, and $20/ton CO2 adder.