This document provides a guide to using green manures. It discusses what green manures are, which are cover crops grown to improve soil. The main benefits of green manures are nitrogen management, soil improvement, and ensuring the nitrogen needs of future crops are met. It provides details on choosing green manure crops based on soil type, whether to use single species or mixtures, and managing green manure crops by considering what to grow over winter and timing of sowing and incorporation. The second half of the document provides information on various green manure plant species, including legumes and non-legumes, and their characteristics.
This document provides information about urban agriculture and starting a farm in the city. It discusses the growing trend of urban farming across many major US cities. Urban agriculture can help address issues like food insecurity, neighborhood safety, and local economies. The document provides resources for urban farmers, including ATTRA publications on topics like organic production, marketing, and soil management. It also discusses risks of heavy metal contamination in urban soils and ways to test soils and reduce exposure, such as using raised beds.
Izumi Cutting & Crimping Tools for Overhead Line Conductors & Cables
Izumi Tools include high quality hydraulic compression, crimping and cutting tools, cable cutters andIzumi - Cable Crimping & Cable Cutting Tools hydraulic pumps for the Utility, Transmission, Distribution, Telecoms and Overhead Line markets.
Izumi hydraulic cable cutters and crimpers include tooling ranges for overhead line conductor applications - this includes cutting and crimping tools for ABC (Aerial Bundled Conductor), AAAC (All Aluminium Alloy Conductor), ASCR (Aluminium Conductor Steel Reinforced) and copper overhead lines.
Izumi cutting and crimping tools are available to suit all UK and most overseas conductors (copper and aluminium) including horse, keziah, lynx, lion, hen, upas, zebra, totara, collybia, rubus, sorbus, araucaria and redwood.
Izumi Cutting Tools - Hydraulic : Izumi manufacture a range of hydraulic cutters that are lightweight and portable requiring no set-up time. Izumi overhead line and cable cutters cut with amazing speed and are ideal in close quarters work such as manholes, cable joint trenches, underwater and in all environments where acetylene cable and overhead line conductor cutters cannot be used.
Izumi Crimping Tools - Hydraulic : Izumi manufacture a wide selection of hydraulic compression and crimping tools from 5 to 200 tons output force, in dieless and die format to suit all compression systems. Most Izumi hand crimping tools have two stage pumping for rapid die advance.
Izumi cutting and crimping tools are approved by UK DNO's including Scottish Power, Northern Power Grid, Western Power Distribution, Electricity North West (ENW), UK Power Networks, Northern Ireland Electricity (NIE) and Scottish & Southern Energy for use by overhead linesmen and cable jointers for cutting and crimping cables and conductors.
This document provides technical specifications for PVC and CPVC Schedule 80 fittings, unions, tank adapters, expansion joints, and saddles. It includes dimensional standards from ASTM for Schedule 80 pipe and socket dimensions as well as American National Standards for taper pipe threads. Recommendations are provided for installers regarding solvent weld connections, threaded connections, and general product use.
This document provides an overview of organic farming techniques used in Japan. It discusses:
1) The fundamentals of organic farming including enriching soil with compost and bokashi fertilizers produced from organic materials to improve soil quality and crop health.
2) Practices for organic farming such as rotating and mixing different crop types, controlling pests and diseases through natural enemies, weed control, and conserving the natural environment.
3) Methods for producing compost including choosing raw materials, maintaining proper moisture and air flow, stacking materials, and allowing the compost to mature over 6-10 weeks through periodic turning of the piles.
This document provides an overview of a training manual on soil health for agricultural workers. It outlines a 6-day training program covering topics like the concept of soil health, soil properties, soil types in India, and methods for improving soil health through physical, chemical, and biological measures. The manual provides learning objectives, activities, and material requirements for sessions on each topic. It also includes tips for facilitators on effective training techniques.
This document provides a guide to using green manures. It discusses what green manures are, which are cover crops grown to improve soil. The main benefits of green manures are nitrogen management, soil improvement, and ensuring the nitrogen needs of future crops are met. It provides details on choosing green manure crops based on soil type, whether to use single species or mixtures, and managing green manure crops by considering what to grow over winter and timing of sowing and incorporation. The second half of the document provides information on various green manure plant species, including legumes and non-legumes, and their characteristics.
This document provides information about urban agriculture and starting a farm in the city. It discusses the growing trend of urban farming across many major US cities. Urban agriculture can help address issues like food insecurity, neighborhood safety, and local economies. The document provides resources for urban farmers, including ATTRA publications on topics like organic production, marketing, and soil management. It also discusses risks of heavy metal contamination in urban soils and ways to test soils and reduce exposure, such as using raised beds.
Izumi Cutting & Crimping Tools for Overhead Line Conductors & Cables
Izumi Tools include high quality hydraulic compression, crimping and cutting tools, cable cutters andIzumi - Cable Crimping & Cable Cutting Tools hydraulic pumps for the Utility, Transmission, Distribution, Telecoms and Overhead Line markets.
Izumi hydraulic cable cutters and crimpers include tooling ranges for overhead line conductor applications - this includes cutting and crimping tools for ABC (Aerial Bundled Conductor), AAAC (All Aluminium Alloy Conductor), ASCR (Aluminium Conductor Steel Reinforced) and copper overhead lines.
Izumi cutting and crimping tools are available to suit all UK and most overseas conductors (copper and aluminium) including horse, keziah, lynx, lion, hen, upas, zebra, totara, collybia, rubus, sorbus, araucaria and redwood.
Izumi Cutting Tools - Hydraulic : Izumi manufacture a range of hydraulic cutters that are lightweight and portable requiring no set-up time. Izumi overhead line and cable cutters cut with amazing speed and are ideal in close quarters work such as manholes, cable joint trenches, underwater and in all environments where acetylene cable and overhead line conductor cutters cannot be used.
Izumi Crimping Tools - Hydraulic : Izumi manufacture a wide selection of hydraulic compression and crimping tools from 5 to 200 tons output force, in dieless and die format to suit all compression systems. Most Izumi hand crimping tools have two stage pumping for rapid die advance.
Izumi cutting and crimping tools are approved by UK DNO's including Scottish Power, Northern Power Grid, Western Power Distribution, Electricity North West (ENW), UK Power Networks, Northern Ireland Electricity (NIE) and Scottish & Southern Energy for use by overhead linesmen and cable jointers for cutting and crimping cables and conductors.
This document provides technical specifications for PVC and CPVC Schedule 80 fittings, unions, tank adapters, expansion joints, and saddles. It includes dimensional standards from ASTM for Schedule 80 pipe and socket dimensions as well as American National Standards for taper pipe threads. Recommendations are provided for installers regarding solvent weld connections, threaded connections, and general product use.
This document provides an overview of organic farming techniques used in Japan. It discusses:
1) The fundamentals of organic farming including enriching soil with compost and bokashi fertilizers produced from organic materials to improve soil quality and crop health.
2) Practices for organic farming such as rotating and mixing different crop types, controlling pests and diseases through natural enemies, weed control, and conserving the natural environment.
3) Methods for producing compost including choosing raw materials, maintaining proper moisture and air flow, stacking materials, and allowing the compost to mature over 6-10 weeks through periodic turning of the piles.
This document provides an overview of a training manual on soil health for agricultural workers. It outlines a 6-day training program covering topics like the concept of soil health, soil properties, soil types in India, and methods for improving soil health through physical, chemical, and biological measures. The manual provides learning objectives, activities, and material requirements for sessions on each topic. It also includes tips for facilitators on effective training techniques.
This document discusses rainwater harvesting policies and regulations. It begins by outlining the benefits of rainwater harvesting, which include providing an inexpensive water supply, augmenting drinking water supplies, reducing stormwater runoff and pollution, and reducing peak summer water demands. However, rainwater harvesting is not widely addressed by regulations and codes. The document then examines typical domestic and commercial water usage and how rainwater could be used more appropriately for non-potable uses like irrigation and toilet flushing. Key considerations for developing rainwater harvesting policies and regulations include appropriate water quality standards and treatment requirements to prevent cross-contamination based on end uses. Jurisdictions vary in their rules, with some allowing potable reuse and others limiting reuse to
Low Cost Outdoor Irrigation Optimization Using the Spray Smart ValveFaizah68w
Here are the key points about the survey questions:
- Question 1 identifies the specific irrigation problem(s) the applicant wants to address
- Question 2 rates the severity of the problem(s)
- Question 3 gauges how important landscape appearance is to the applicant
The answers provide insight into whether the applicant would be better suited for a DIY upgrade or professional upgrade. More severe problems or those who prioritize appearance would likely prefer a professional upgrade.
This document provides information about rainwater harvesting systems in Oregon. It discusses how rainwater is collected from rooftops and stored in tanks. The key points covered are:
1) Rainwater harvesting systems collect water from rooftops through gutters and pipes, and store it in tanks for use. Systems can be as simple as a rain barrel or more complex with large cisterns.
2) Oregon's Building Codes Division has approved rainwater harvesting as an alternate method to the state plumbing code.
3) Proper sizing of storage tanks is important based on roof size and catchment area, average rainfall levels, and intended water usage. Larger tanks allow storing water from wet months
This document provides an overview and introduction to Architecturally Exposed Structural Steel (AESS). It discusses the evolution of AESS and the development of new CISC documents to better specify AESS, including this guide. The key factors that influence AESS categories are identified as form, fit and finish, viewing distance, coatings and connections. The guide is intended to help architects and other design professionals better understand and apply the new AESS specification documents.
1. Water is essential for survival but we do not conserve it properly. Due to over-pumping of groundwater, water tables have dropped dangerously.
2. Harvesting rainwater can help eliminate water scarcity as it recharges groundwater. It is our duty to conserve rainwater through harvesting.
3. This book aims to promote rainwater harvesting for offices and homes. It provides information on harvesting methods that field engineers can use to design and implement rainwater harvesting systems.
This document provides guidelines for rainwater harvesting in Georgia. It discusses the purpose of rainwater harvesting systems and compliance with state and local codes. It also introduces the American Rainwater Catchment Systems Association (ARCSA), a key organization for information on rainwater harvesting best practices and standards. The introduction chapter provides background on water scarcity globally and the importance of rainwater harvesting for water conservation and management given population growth and climate change.
The document summarizes strategies for ensuring access to safe drinking water globally. It discusses four approaches: seeking new sources like desalination, saving and redistributing existing supplies by reducing leakage, reducing demand through more efficient agricultural and industrial practices, and recycling wastewater. Case studies from different countries demonstrate successful implementation of these strategies, in particular harvesting rainwater and adopting innovative irrigation techniques. An action plan is needed to share these solutions and empower local communities to address their water needs.
Arizona Manual on Rainwater Harvesting for LandscapeK9T
This document provides guidance on harvesting rainwater for landscape use. It discusses the components of a rainwater harvesting system, including the water supply (rainfall), plant water demands, and the system to move water. Simple systems can direct roof runoff to landscaped areas using gutters, downspouts and berms. Proper plant selection and constructing basins and swales can maximize water storage and minimize erosion. Regular maintenance, like cleaning gutters and basins, is important.
Characteristics of sharp weirs and the hydraulic jumpDickens Mimisa
This document summarizes experiments conducted on sharp crested weirs and the hydraulic jump. It includes an experiment on a V-notch weir that measured discharge rates and calculated coefficients. Graphs were plotted showing relationships between head and discharge. The experiment also examined a broad crested weir, measuring effects of width and step height on discharge coefficients. Procedures, results, and conclusions are discussed to analyze weir properties and flow characteristics.
Albuquerque New Mexico Rainwater Harvesting ManualK9T
This document provides guidance on simple rainwater harvesting systems for landscape irrigation. Simple systems consist of a catchment area like a roof or paved surface, a distribution system using gutters or channels to move water, and landscape holding areas like depressed planting beds to store water. The document outlines a 3-step process to design a simple system: 1) design the collection and distribution system, 2) design landscape holding areas, and 3) select appropriate plant material like native and drought-tolerant species. Proper design and plant selection are emphasized to effectively capture and store rainwater for irrigation using simple techniques.
Aluminium World Journal 2014 Edition;
contains editorials, advertisements, case studies, and company profiles from, for and about the global aluminium industry. This edition contains a special feature from TMEIC.
Articles presented include Rio Tinto Alcan on the start-up of the AP60 Technological Centre, a 2014 Review on Reduction Cell Technology Providers, Hydro Aluminium’s historical evolution of closed type anode baking furnace technology. Sections include:
Primary Smelting and Processes
Anode Plant Technology
Materials Handling And Transportation
Companies participating include:
ABB AB Force Measurement www.abb.com/measurement
ABB Switzerland Ltd. www.abb.com/aluminium
Alcoa Inc. www.alcoa.com
Cargotec/Siwertell www.siwertell.com
ECL www.ecl.fr
Fives www.fivesgroup.com
FLSmidth www.flsmidth.com
Hycast A/S www.hycast.no
Hydro www.hydro.com
Innovatherm www.innovatherm.de
Power Jacks www.powerjacks.com
Rio Tinto Alcan www.riotintoalcan.com
RTA AP-Technology www.ap-technology.com
RTA Alesa Ltd. www.rta-alesa.com
Sensotech www.sensotech.com
TMEIC www.tmeic.com
UC Rusal www.rusal.ru/en/
Vigan
Published by; Global Media Communication Ltd.
Online @; www.globalmediacommunication.com
Rainwater Harvesting with Cisterns for Landscape Irrigation - FloridaK9T
Here are some additional reasons to capture rainwater:
- Save money on your water bill by using rainwater for outdoor uses like irrigation, car washing, etc. instead of treated potable water from your municipal supply.
- Provide a backup water source during droughts or water restrictions when outdoor water use may be limited.
- Reduce stress on municipal water supplies and infrastructure by utilizing rainwater rather than drinking water for non-potable needs.
- Help the environment by reducing stormwater runoff that carries pollutants into local waterways. Rainwater harvesting helps improve water quality.
- Create wildlife habitat. Rainwater catchment systems like cisterns provide a water source for birds, butterflies and other
Tom describes his hydraulic ram pump water system which pumps water from a creek to a tank over 100 feet higher in elevation without electricity. Key elements include an intake in a steep creek, a tall standpipe, a 1.25 inch steel drive pipe, and a 100 foot suspension of the water line across a river. The ram pump requires a high back pressure of around 50 psi to operate efficiently. It pumps over 1800 gallons of water per day to the elevated tank from an intake only 25 feet lower in elevation, demonstrating the effectiveness of the hydraulic ram pump design.
EM (Effective Microorganisms) is a microbial inoculant that was introduced over 140 countries. It is produced from a combination of phototrophic bacteria, lactic acid bacteria, and yeast. EM can be used in organic farming to produce healthy, high quality crops and raise livestock without antibiotics. It helps control pollution by shifting the balance of microbes in the environment towards more beneficial ones. EM application results in reduced costs, improved product quality, and recyclable wastes.
This document provides information about composting food waste at schools using Effective Microorganisms (EM). It acknowledges funding support from a grant to educate about reducing, reusing, recycling, and composting waste. The EM Bokashi Network aims to divert waste from landfills through a fermentation process using EM microbes to transform food waste into nutrient-rich compost. The manual offers guidance and classroom activities for teachers to start an EM Bokashi composting program at their school.
This document discusses rainwater harvesting policies and regulations. It begins by outlining the benefits of rainwater harvesting, which include providing an inexpensive water supply, augmenting drinking water supplies, reducing stormwater runoff and pollution, and reducing peak summer water demands. However, rainwater harvesting is not widely addressed by regulations and codes. The document then examines typical domestic and commercial water usage and how rainwater could be used more appropriately for non-potable uses like irrigation and toilet flushing. Key considerations for developing rainwater harvesting policies and regulations include appropriate water quality standards and treatment requirements to prevent cross-contamination based on end uses. Jurisdictions vary in their rules, with some allowing potable reuse and others limiting reuse to
Low Cost Outdoor Irrigation Optimization Using the Spray Smart ValveFaizah68w
Here are the key points about the survey questions:
- Question 1 identifies the specific irrigation problem(s) the applicant wants to address
- Question 2 rates the severity of the problem(s)
- Question 3 gauges how important landscape appearance is to the applicant
The answers provide insight into whether the applicant would be better suited for a DIY upgrade or professional upgrade. More severe problems or those who prioritize appearance would likely prefer a professional upgrade.
This document provides information about rainwater harvesting systems in Oregon. It discusses how rainwater is collected from rooftops and stored in tanks. The key points covered are:
1) Rainwater harvesting systems collect water from rooftops through gutters and pipes, and store it in tanks for use. Systems can be as simple as a rain barrel or more complex with large cisterns.
2) Oregon's Building Codes Division has approved rainwater harvesting as an alternate method to the state plumbing code.
3) Proper sizing of storage tanks is important based on roof size and catchment area, average rainfall levels, and intended water usage. Larger tanks allow storing water from wet months
This document provides an overview and introduction to Architecturally Exposed Structural Steel (AESS). It discusses the evolution of AESS and the development of new CISC documents to better specify AESS, including this guide. The key factors that influence AESS categories are identified as form, fit and finish, viewing distance, coatings and connections. The guide is intended to help architects and other design professionals better understand and apply the new AESS specification documents.
1. Water is essential for survival but we do not conserve it properly. Due to over-pumping of groundwater, water tables have dropped dangerously.
2. Harvesting rainwater can help eliminate water scarcity as it recharges groundwater. It is our duty to conserve rainwater through harvesting.
3. This book aims to promote rainwater harvesting for offices and homes. It provides information on harvesting methods that field engineers can use to design and implement rainwater harvesting systems.
This document provides guidelines for rainwater harvesting in Georgia. It discusses the purpose of rainwater harvesting systems and compliance with state and local codes. It also introduces the American Rainwater Catchment Systems Association (ARCSA), a key organization for information on rainwater harvesting best practices and standards. The introduction chapter provides background on water scarcity globally and the importance of rainwater harvesting for water conservation and management given population growth and climate change.
The document summarizes strategies for ensuring access to safe drinking water globally. It discusses four approaches: seeking new sources like desalination, saving and redistributing existing supplies by reducing leakage, reducing demand through more efficient agricultural and industrial practices, and recycling wastewater. Case studies from different countries demonstrate successful implementation of these strategies, in particular harvesting rainwater and adopting innovative irrigation techniques. An action plan is needed to share these solutions and empower local communities to address their water needs.
Arizona Manual on Rainwater Harvesting for LandscapeK9T
This document provides guidance on harvesting rainwater for landscape use. It discusses the components of a rainwater harvesting system, including the water supply (rainfall), plant water demands, and the system to move water. Simple systems can direct roof runoff to landscaped areas using gutters, downspouts and berms. Proper plant selection and constructing basins and swales can maximize water storage and minimize erosion. Regular maintenance, like cleaning gutters and basins, is important.
Characteristics of sharp weirs and the hydraulic jumpDickens Mimisa
This document summarizes experiments conducted on sharp crested weirs and the hydraulic jump. It includes an experiment on a V-notch weir that measured discharge rates and calculated coefficients. Graphs were plotted showing relationships between head and discharge. The experiment also examined a broad crested weir, measuring effects of width and step height on discharge coefficients. Procedures, results, and conclusions are discussed to analyze weir properties and flow characteristics.
Albuquerque New Mexico Rainwater Harvesting ManualK9T
This document provides guidance on simple rainwater harvesting systems for landscape irrigation. Simple systems consist of a catchment area like a roof or paved surface, a distribution system using gutters or channels to move water, and landscape holding areas like depressed planting beds to store water. The document outlines a 3-step process to design a simple system: 1) design the collection and distribution system, 2) design landscape holding areas, and 3) select appropriate plant material like native and drought-tolerant species. Proper design and plant selection are emphasized to effectively capture and store rainwater for irrigation using simple techniques.
Aluminium World Journal 2014 Edition;
contains editorials, advertisements, case studies, and company profiles from, for and about the global aluminium industry. This edition contains a special feature from TMEIC.
Articles presented include Rio Tinto Alcan on the start-up of the AP60 Technological Centre, a 2014 Review on Reduction Cell Technology Providers, Hydro Aluminium’s historical evolution of closed type anode baking furnace technology. Sections include:
Primary Smelting and Processes
Anode Plant Technology
Materials Handling And Transportation
Companies participating include:
ABB AB Force Measurement www.abb.com/measurement
ABB Switzerland Ltd. www.abb.com/aluminium
Alcoa Inc. www.alcoa.com
Cargotec/Siwertell www.siwertell.com
ECL www.ecl.fr
Fives www.fivesgroup.com
FLSmidth www.flsmidth.com
Hycast A/S www.hycast.no
Hydro www.hydro.com
Innovatherm www.innovatherm.de
Power Jacks www.powerjacks.com
Rio Tinto Alcan www.riotintoalcan.com
RTA AP-Technology www.ap-technology.com
RTA Alesa Ltd. www.rta-alesa.com
Sensotech www.sensotech.com
TMEIC www.tmeic.com
UC Rusal www.rusal.ru/en/
Vigan
Published by; Global Media Communication Ltd.
Online @; www.globalmediacommunication.com
Rainwater Harvesting with Cisterns for Landscape Irrigation - FloridaK9T
Here are some additional reasons to capture rainwater:
- Save money on your water bill by using rainwater for outdoor uses like irrigation, car washing, etc. instead of treated potable water from your municipal supply.
- Provide a backup water source during droughts or water restrictions when outdoor water use may be limited.
- Reduce stress on municipal water supplies and infrastructure by utilizing rainwater rather than drinking water for non-potable needs.
- Help the environment by reducing stormwater runoff that carries pollutants into local waterways. Rainwater harvesting helps improve water quality.
- Create wildlife habitat. Rainwater catchment systems like cisterns provide a water source for birds, butterflies and other
Tom describes his hydraulic ram pump water system which pumps water from a creek to a tank over 100 feet higher in elevation without electricity. Key elements include an intake in a steep creek, a tall standpipe, a 1.25 inch steel drive pipe, and a 100 foot suspension of the water line across a river. The ram pump requires a high back pressure of around 50 psi to operate efficiently. It pumps over 1800 gallons of water per day to the elevated tank from an intake only 25 feet lower in elevation, demonstrating the effectiveness of the hydraulic ram pump design.
EM (Effective Microorganisms) is a microbial inoculant that was introduced over 140 countries. It is produced from a combination of phototrophic bacteria, lactic acid bacteria, and yeast. EM can be used in organic farming to produce healthy, high quality crops and raise livestock without antibiotics. It helps control pollution by shifting the balance of microbes in the environment towards more beneficial ones. EM application results in reduced costs, improved product quality, and recyclable wastes.
This document provides information about composting food waste at schools using Effective Microorganisms (EM). It acknowledges funding support from a grant to educate about reducing, reusing, recycling, and composting waste. The EM Bokashi Network aims to divert waste from landfills through a fermentation process using EM microbes to transform food waste into nutrient-rich compost. The manual offers guidance and classroom activities for teachers to start an EM Bokashi composting program at their school.