The monthly progress report summarizes the progress of 6 road construction projects in Assam funded by the Asian Infrastructure Investment Bank. It provides details of total length, cost, construction period and milestones for each project. Physical progress is reported at 0.10% of the targeted work with financial progress at 0% as construction is yet to begin for most projects. Culvert construction has started for one project with 0.60% progress. Overall, construction is in the preliminary stage with no progress achieved for most items of work across the different projects during the reported month of October 2022.
Leachate generation from tsdf and its treatment optionsAyushi Chaturvedi
Introduction to Hazardous waste landfill and Leachate
Supportive Data and figures
Real Episode due to Leachate Contamination
Leachate Generation Factors
TSDF - Introduction
TSDF – Case Study
Literature Review
List of Applicable leachate treatment Technologies
This document is a seminar paper on composting presented by Sourabh M. Kulkarni. It includes an introduction to composting, a brief history of composting, and an index of topics to be covered. The paper will discuss the microbiology and chemical and physical processes involved in composting, including the roles of bacteria, temperature, moisture, nutrients and aeration. It will also address pathogen destruction during composting and methods and steps in the composting process.
SOIL WATER- SATURATED AND UNSATURATED FLOWNamitha M R
Soil can hold considerable amounts of water in three types - gravitational, capillary, and hygroscopic. The amount and movement of water depends on soil properties like texture, structure, and organic content. Key points in soil moisture include field capacity, wilting point, and available water holding capacity. Saturated flow occurs when soils are fully saturated, following Darcy's law. Unsaturated flow is driven by matric potential gradients and occurs as films between smaller pores. Vapour movement becomes dominant as tensions increase and films disconnect. Finer textured soils generally hold more plant-available water and support vapour flow at lower tensions than coarser soils.
This document provides an overview of different methods of composting solid waste, including the key components, benefits, and microorganisms involved. It describes the Indore, Bangalore, NADEP, and Coimbatore methods which differ in their site selection and filling processes. Vermicomposting is also discussed as a method using earthworms to stabilize organic materials and convert them into a soil amendment. The document outlines parameters like carbon-nitrogen ratio, moisture levels, and temperature required to effectively compost organic waste.
Soil Fertility and Sustainable agricultureSayak Das
This document discusses soil fertility and sustainable agriculture. It defines soil fertility as the ability of soil to provide nutrients and water for plant growth. Sustainable agriculture aims to satisfy food demand while protecting the environment and conserving resources. Soil fertility is compromised by overexploiting soil, leading to degradation. Sustainable agriculture practices like crop rotation, cover crops, and organic manures can maintain soil fertility while intensifying production. The goals of sustainable agriculture include satisfying needs, enhancing environmental quality, and sustaining farms' economic viability.
This document discusses humus formation and its role in nutrient cycling. It defines humus and explains that it is formed through a complex biochemical process as organic residues in soil are broken down and transformed by microorganisms and chemical reactions. Several theories for humus formation are described, including the lignin-protein theory, polyphenol theory, and sugar-amine condensation. Humus improves soil properties, supports nutrient cycling by holding nutrients, and acts as a reservoir for microbes. It plays an important role in plant nutrient cycles by releasing nutrients as organic matter is decomposed. The document outlines fractionation of organic matter and interactions between plants, soil and the atmosphere in nutrient cycling.
1. An ecosystem is defined as a community of living organisms (biotic factors) interacting with each other and their non-living (abiotic) environment.
2. The key components of an ecosystem include biotic factors like producers, consumers, decomposers and abiotic factors like air, water, soil, and sunlight.
3. Ecosystems function through energy flow, nutrient cycling, and interactions between organisms like predation and symbiosis. Ecosystem processes like photosynthesis and respiration are important for energy and nutrient exchange.
Leachate generation from tsdf and its treatment optionsAyushi Chaturvedi
Introduction to Hazardous waste landfill and Leachate
Supportive Data and figures
Real Episode due to Leachate Contamination
Leachate Generation Factors
TSDF - Introduction
TSDF – Case Study
Literature Review
List of Applicable leachate treatment Technologies
This document is a seminar paper on composting presented by Sourabh M. Kulkarni. It includes an introduction to composting, a brief history of composting, and an index of topics to be covered. The paper will discuss the microbiology and chemical and physical processes involved in composting, including the roles of bacteria, temperature, moisture, nutrients and aeration. It will also address pathogen destruction during composting and methods and steps in the composting process.
SOIL WATER- SATURATED AND UNSATURATED FLOWNamitha M R
Soil can hold considerable amounts of water in three types - gravitational, capillary, and hygroscopic. The amount and movement of water depends on soil properties like texture, structure, and organic content. Key points in soil moisture include field capacity, wilting point, and available water holding capacity. Saturated flow occurs when soils are fully saturated, following Darcy's law. Unsaturated flow is driven by matric potential gradients and occurs as films between smaller pores. Vapour movement becomes dominant as tensions increase and films disconnect. Finer textured soils generally hold more plant-available water and support vapour flow at lower tensions than coarser soils.
This document provides an overview of different methods of composting solid waste, including the key components, benefits, and microorganisms involved. It describes the Indore, Bangalore, NADEP, and Coimbatore methods which differ in their site selection and filling processes. Vermicomposting is also discussed as a method using earthworms to stabilize organic materials and convert them into a soil amendment. The document outlines parameters like carbon-nitrogen ratio, moisture levels, and temperature required to effectively compost organic waste.
Soil Fertility and Sustainable agricultureSayak Das
This document discusses soil fertility and sustainable agriculture. It defines soil fertility as the ability of soil to provide nutrients and water for plant growth. Sustainable agriculture aims to satisfy food demand while protecting the environment and conserving resources. Soil fertility is compromised by overexploiting soil, leading to degradation. Sustainable agriculture practices like crop rotation, cover crops, and organic manures can maintain soil fertility while intensifying production. The goals of sustainable agriculture include satisfying needs, enhancing environmental quality, and sustaining farms' economic viability.
This document discusses humus formation and its role in nutrient cycling. It defines humus and explains that it is formed through a complex biochemical process as organic residues in soil are broken down and transformed by microorganisms and chemical reactions. Several theories for humus formation are described, including the lignin-protein theory, polyphenol theory, and sugar-amine condensation. Humus improves soil properties, supports nutrient cycling by holding nutrients, and acts as a reservoir for microbes. It plays an important role in plant nutrient cycles by releasing nutrients as organic matter is decomposed. The document outlines fractionation of organic matter and interactions between plants, soil and the atmosphere in nutrient cycling.
1. An ecosystem is defined as a community of living organisms (biotic factors) interacting with each other and their non-living (abiotic) environment.
2. The key components of an ecosystem include biotic factors like producers, consumers, decomposers and abiotic factors like air, water, soil, and sunlight.
3. Ecosystems function through energy flow, nutrient cycling, and interactions between organisms like predation and symbiosis. Ecosystem processes like photosynthesis and respiration are important for energy and nutrient exchange.
Herbicide degradation in soil and plants......POOJITHA K
This document discusses the fate and degradation of herbicides in soil and plants. It explains that after a herbicide is applied, it can be degraded through various mechanisms in soil like adsorption, leaching, volatility, photodecomposition, chemical decomposition, and microbial degradation. The factors that affect a herbicide's fate in soil are environmental conditions like rainfall and microbial population as well as characteristics of the spray application. In plants, herbicides can be absorbed through leaves, stems, or roots and translocated through the xylem or phloem. They are then metabolized through processes like oxidation, hydroxylation, hydrolysis, dealkylation, conjugation, and ring cleavage. The document provides details on each of
in this all the soil type and their characteristic are explain deeply. for the know lade of the student. son u dont need to go any where related to this topic you will be get each and every thing deeply.
Land Degradation Neutrality and adaptation to climate changeNAP Events
Presentation by: Lorena Santamaria Rojas
3.4 Synergy between climate change adaptation and other issues
The session will introduce approaches for facilitating synergy and inter-linkages in the implementation of climate change adaptation actions in the context of the formulation and implementation of NAPs, and relevant actions on biodiversity and desertification/land degradation. It will discuss the existing arrangements and opportunities, including capacity-building, and how can countries build on these to explore synergy between the three issues. It will also include practical experiences from countries.
There are several methods for composting organic waste materials. The Indore method involves filling pits layered with dry waste, cattle dung, soil, and ash. The materials are turned three times over 2-3 months for aeration and decomposition. The Bangalore method fills pits without turning for 8-9 months of decomposition. The NADEP method facilitates composting with minimum cattle dung use through aerobic decomposition. The Coimbatore method uses pits layered with waste, cattle dung suspension, and bone meal, left undisturbed for 8-10 weeks before shaping into a heap.
Production of biofertilizer(anabaena and nostoc) using co2Bharat Singh
1) The document describes a method for producing the cyanobacteria Anabaena and Nostoc as biofertilizers using carbon dioxide.
2) The method involves bubbling carbon dioxide produced from a reaction of calcium carbonate and hydrochloric acid into a mixture of cow dung slurry and cyanobacteria.
3) Results showed that the growth of cyanobacteria was five times greater in the mixture supplemented with carbon dioxide compared to mixtures without additional carbon dioxide, demonstrating the ability of this method to utilize carbon dioxide in biofertilizer production while stimulating cyanobacterial growth.
Soil contains many types of microorganisms including bacteria, fungi, algae, protozoa and viruses. Bacteria are the most abundant microorganisms in soil. The density of microorganisms is typically highest in topsoil due to sufficient oxygen and nutrients. Compared to topsoil, lower soil layers have fewer microorganisms due to less oxygen and nutrients. Many microbial species that exist in soil have yet to be discovered.
The document discusses methods for measuring biodiversity, including species richness, species evenness, and Simpson's Index of Diversity. Species richness refers to the number of different species, while evenness refers to the abundance of individuals within each species. Simpson's Index takes into account both richness and evenness, with a higher index value indicating more diverse habitats that can withstand environmental impacts. The document provides examples of calculating Simpson's Index for various habitats and explains that an index value of 0.7 for a freshwater stream survey indicates good species richness and evenness, making the stream more resilient to changes.
This document discusses different types of ecological interactions between organisms including predation, parasitism, competition, mutualism, and commensalism. Predation benefits the predator but harms the prey, while parasitism benefits the parasite but harms the host. Competition is initially harmful to both organisms but eventually benefits the stronger competitor. Mutualism benefits both organisms, like flowers and butterflies. Commensalism benefits one organism without affecting the other, such as mango trees and vanda orchids.
This document discusses the stages and factors involved in the composting process. It describes composting as the decomposition of organic matter by microorganisms into humus-like substances. The four main stages of composting are: 1) mesophilic, 2) thermophilic, 3) mesophilic or curing, and 4) maturation. Key factors that affect composting include aeration, carbon and nitrogen sources, moisture, temperature, pH, particle size, and surface area. Bacteria, fungi, and actinomycetes are the main microorganisms involved in decomposing the organic materials at different stages of composting.
Evaporation, transpiration and evapotranspirationStudent
1) Evaporation, transpiration, and evapotranspiration are key processes in the hydrological cycle. Evaporation is the process by which liquid water changes to a gas, transpiration is the process by which plants release water vapor into the air, and evapotranspiration accounts for both soil evaporation and plant transpiration.
2) There are several methods for measuring evapotranspiration rates, including lysimeters, water balance methods, eddy covariance, and remote sensing techniques using satellites.
3) Potential evapotranspiration refers to the theoretical maximum amount of water that could be evaporated or transpired, while actual or effective evapotranspiration depends on available water supply from the soil and
Fertilizers types By Mr Allah Dad Khan Visiting Professor the University of A...Mr.Allah Dad Khan
There are several types of fertilizers that can be used to enrich soil and provide nutrients to plants. Organic fertilizers include materials like manure, compost and bone meal which enrich the soil through nitrogen fixation and release nutrients slowly over time. Inorganic fertilizers are synthetic and release nutrients immediately to address nutrient deficiencies in dying plants. Some fertilizers are designed to release nutrients at specific rates, like time-release fertilizers which provide a steady supply of nutrients over several months. Proper fertilizer selection depends on the individual plant needs and soil conditions.
This document discusses the principles of aerobic and anaerobic composting of municipal solid wastes. It begins by outlining the learning outcomes which include biological conversion processes like aerobic conversion, anaerobic conversion, anaerobic fermentation, and anaerobic digestion. It then provides details on the various types of composting systems including windrow composting, static pile composting, and in-vessel composting. It also discusses the critical design parameters for composting like particle size, moisture content, carbon-nitrogen ratio, temperature control, and methods for odor and pathogen control.
Planning of irrigation project/resrvoir(irrigation management)siva ch
The document discusses the planning of irrigation projects. It defines an irrigation project as using controlled water application to agricultural land to grow crops. Planning involves preliminary and detailed stages. The preliminary stage includes collecting data, field surveys, and feasibility analysis. The detailed stage involves more surveys to determine engineering designs and structures. Factors considered in planning include available land and water resources, crop water needs, infrastructure needs, costs, and economic benefits. Project types vary in purpose and size of commanded agricultural area. Successful projects require suitable land and climate conditions and an adequate, economic water supply.
The document discusses different types and methods of composting. It describes compost as organic matter that is decomposed through composting and is rich in nutrients. There are two main types of composting - aerobic and anaerobic. Aerobic composting uses air and generates high temperatures, breaking down organic waste quickly without smells. Various composting methods are described, including the pit, heap and NADEP methods which involve layering organic materials in pits or piles and turning the materials to aid decomposition. Microorganisms and their roles in the composting process are also outlined.
THIS SLIDES SHOWS ABOUT THE KNOWLEDGE ABOUT THE HOW SOIL AIR ARE TRANSMITTED FROM ENVIRONMENT TO SOIL AND ALSO TEMPERATURE CONDUCTION AND CONVECTION AND RADIATION.
The document discusses the soil system and its integration with other living and non-living systems. It outlines the structure and properties of different soil types including sand, clay and loam soils. The document also covers processes of soil degradation from factors like erosion, acidification, salinization and human activities. It proposes measures to conserve soil through mechanical, cropping and soil management techniques.
Bio fertilizer and phosphorus use efficiency , by- aditya kumar singh tomarAditya Kumar Singh Tomar
This document summarizes a seminar presentation on bio-fertilizers and phosphorus use efficiency. It begins with an introduction discussing the history and importance of bio-fertilizers. It then defines bio-fertilizers and describes different types including nitrogen-fixing and phosphorus-solubilizing microorganisms. The roles of bio-fertilizers in crop production and mechanisms of phosphorus mobilization are explained. Advantages of bio-fertilizers include increased yields, reduced costs and environmental friendliness. National production statistics for bio-fertilizers in India from 2008-2012 are presented, followed by a conclusion on the importance of bio-fertilizers for sustainable agriculture.
The document discusses key concepts in ecology, including that ecology is the study of interactions between organisms and their environment. It defines ecology, the biosphere, ecosystems, ecological succession, energy flow through ecosystems via food chains and webs, and population regulation factors. Key relationships between species like symbiosis, parasitism, mutualism, and commensalism are also summarized.
This document provides a summary of 15 power projects in the Jazan region of Saudi Arabia. It lists the project name and type, progress status, contract value, start date, and any issues. Over half of the projects are currently under construction and on schedule to be completed by their target completion dates. The largest and most critical project is the construction of a new 380/132/13.8kV bulk supply point with a contract value of over 228 million Saudi Riyals.
Herbicide degradation in soil and plants......POOJITHA K
This document discusses the fate and degradation of herbicides in soil and plants. It explains that after a herbicide is applied, it can be degraded through various mechanisms in soil like adsorption, leaching, volatility, photodecomposition, chemical decomposition, and microbial degradation. The factors that affect a herbicide's fate in soil are environmental conditions like rainfall and microbial population as well as characteristics of the spray application. In plants, herbicides can be absorbed through leaves, stems, or roots and translocated through the xylem or phloem. They are then metabolized through processes like oxidation, hydroxylation, hydrolysis, dealkylation, conjugation, and ring cleavage. The document provides details on each of
in this all the soil type and their characteristic are explain deeply. for the know lade of the student. son u dont need to go any where related to this topic you will be get each and every thing deeply.
Land Degradation Neutrality and adaptation to climate changeNAP Events
Presentation by: Lorena Santamaria Rojas
3.4 Synergy between climate change adaptation and other issues
The session will introduce approaches for facilitating synergy and inter-linkages in the implementation of climate change adaptation actions in the context of the formulation and implementation of NAPs, and relevant actions on biodiversity and desertification/land degradation. It will discuss the existing arrangements and opportunities, including capacity-building, and how can countries build on these to explore synergy between the three issues. It will also include practical experiences from countries.
There are several methods for composting organic waste materials. The Indore method involves filling pits layered with dry waste, cattle dung, soil, and ash. The materials are turned three times over 2-3 months for aeration and decomposition. The Bangalore method fills pits without turning for 8-9 months of decomposition. The NADEP method facilitates composting with minimum cattle dung use through aerobic decomposition. The Coimbatore method uses pits layered with waste, cattle dung suspension, and bone meal, left undisturbed for 8-10 weeks before shaping into a heap.
Production of biofertilizer(anabaena and nostoc) using co2Bharat Singh
1) The document describes a method for producing the cyanobacteria Anabaena and Nostoc as biofertilizers using carbon dioxide.
2) The method involves bubbling carbon dioxide produced from a reaction of calcium carbonate and hydrochloric acid into a mixture of cow dung slurry and cyanobacteria.
3) Results showed that the growth of cyanobacteria was five times greater in the mixture supplemented with carbon dioxide compared to mixtures without additional carbon dioxide, demonstrating the ability of this method to utilize carbon dioxide in biofertilizer production while stimulating cyanobacterial growth.
Soil contains many types of microorganisms including bacteria, fungi, algae, protozoa and viruses. Bacteria are the most abundant microorganisms in soil. The density of microorganisms is typically highest in topsoil due to sufficient oxygen and nutrients. Compared to topsoil, lower soil layers have fewer microorganisms due to less oxygen and nutrients. Many microbial species that exist in soil have yet to be discovered.
The document discusses methods for measuring biodiversity, including species richness, species evenness, and Simpson's Index of Diversity. Species richness refers to the number of different species, while evenness refers to the abundance of individuals within each species. Simpson's Index takes into account both richness and evenness, with a higher index value indicating more diverse habitats that can withstand environmental impacts. The document provides examples of calculating Simpson's Index for various habitats and explains that an index value of 0.7 for a freshwater stream survey indicates good species richness and evenness, making the stream more resilient to changes.
This document discusses different types of ecological interactions between organisms including predation, parasitism, competition, mutualism, and commensalism. Predation benefits the predator but harms the prey, while parasitism benefits the parasite but harms the host. Competition is initially harmful to both organisms but eventually benefits the stronger competitor. Mutualism benefits both organisms, like flowers and butterflies. Commensalism benefits one organism without affecting the other, such as mango trees and vanda orchids.
This document discusses the stages and factors involved in the composting process. It describes composting as the decomposition of organic matter by microorganisms into humus-like substances. The four main stages of composting are: 1) mesophilic, 2) thermophilic, 3) mesophilic or curing, and 4) maturation. Key factors that affect composting include aeration, carbon and nitrogen sources, moisture, temperature, pH, particle size, and surface area. Bacteria, fungi, and actinomycetes are the main microorganisms involved in decomposing the organic materials at different stages of composting.
Evaporation, transpiration and evapotranspirationStudent
1) Evaporation, transpiration, and evapotranspiration are key processes in the hydrological cycle. Evaporation is the process by which liquid water changes to a gas, transpiration is the process by which plants release water vapor into the air, and evapotranspiration accounts for both soil evaporation and plant transpiration.
2) There are several methods for measuring evapotranspiration rates, including lysimeters, water balance methods, eddy covariance, and remote sensing techniques using satellites.
3) Potential evapotranspiration refers to the theoretical maximum amount of water that could be evaporated or transpired, while actual or effective evapotranspiration depends on available water supply from the soil and
Fertilizers types By Mr Allah Dad Khan Visiting Professor the University of A...Mr.Allah Dad Khan
There are several types of fertilizers that can be used to enrich soil and provide nutrients to plants. Organic fertilizers include materials like manure, compost and bone meal which enrich the soil through nitrogen fixation and release nutrients slowly over time. Inorganic fertilizers are synthetic and release nutrients immediately to address nutrient deficiencies in dying plants. Some fertilizers are designed to release nutrients at specific rates, like time-release fertilizers which provide a steady supply of nutrients over several months. Proper fertilizer selection depends on the individual plant needs and soil conditions.
This document discusses the principles of aerobic and anaerobic composting of municipal solid wastes. It begins by outlining the learning outcomes which include biological conversion processes like aerobic conversion, anaerobic conversion, anaerobic fermentation, and anaerobic digestion. It then provides details on the various types of composting systems including windrow composting, static pile composting, and in-vessel composting. It also discusses the critical design parameters for composting like particle size, moisture content, carbon-nitrogen ratio, temperature control, and methods for odor and pathogen control.
Planning of irrigation project/resrvoir(irrigation management)siva ch
The document discusses the planning of irrigation projects. It defines an irrigation project as using controlled water application to agricultural land to grow crops. Planning involves preliminary and detailed stages. The preliminary stage includes collecting data, field surveys, and feasibility analysis. The detailed stage involves more surveys to determine engineering designs and structures. Factors considered in planning include available land and water resources, crop water needs, infrastructure needs, costs, and economic benefits. Project types vary in purpose and size of commanded agricultural area. Successful projects require suitable land and climate conditions and an adequate, economic water supply.
The document discusses different types and methods of composting. It describes compost as organic matter that is decomposed through composting and is rich in nutrients. There are two main types of composting - aerobic and anaerobic. Aerobic composting uses air and generates high temperatures, breaking down organic waste quickly without smells. Various composting methods are described, including the pit, heap and NADEP methods which involve layering organic materials in pits or piles and turning the materials to aid decomposition. Microorganisms and their roles in the composting process are also outlined.
THIS SLIDES SHOWS ABOUT THE KNOWLEDGE ABOUT THE HOW SOIL AIR ARE TRANSMITTED FROM ENVIRONMENT TO SOIL AND ALSO TEMPERATURE CONDUCTION AND CONVECTION AND RADIATION.
The document discusses the soil system and its integration with other living and non-living systems. It outlines the structure and properties of different soil types including sand, clay and loam soils. The document also covers processes of soil degradation from factors like erosion, acidification, salinization and human activities. It proposes measures to conserve soil through mechanical, cropping and soil management techniques.
Bio fertilizer and phosphorus use efficiency , by- aditya kumar singh tomarAditya Kumar Singh Tomar
This document summarizes a seminar presentation on bio-fertilizers and phosphorus use efficiency. It begins with an introduction discussing the history and importance of bio-fertilizers. It then defines bio-fertilizers and describes different types including nitrogen-fixing and phosphorus-solubilizing microorganisms. The roles of bio-fertilizers in crop production and mechanisms of phosphorus mobilization are explained. Advantages of bio-fertilizers include increased yields, reduced costs and environmental friendliness. National production statistics for bio-fertilizers in India from 2008-2012 are presented, followed by a conclusion on the importance of bio-fertilizers for sustainable agriculture.
The document discusses key concepts in ecology, including that ecology is the study of interactions between organisms and their environment. It defines ecology, the biosphere, ecosystems, ecological succession, energy flow through ecosystems via food chains and webs, and population regulation factors. Key relationships between species like symbiosis, parasitism, mutualism, and commensalism are also summarized.
This document provides a summary of 15 power projects in the Jazan region of Saudi Arabia. It lists the project name and type, progress status, contract value, start date, and any issues. Over half of the projects are currently under construction and on schedule to be completed by their target completion dates. The largest and most critical project is the construction of a new 380/132/13.8kV bulk supply point with a contract value of over 228 million Saudi Riyals.
Presentation for DHA on project progress(08-09-22).pptxFaisalGulzar19
The presentation summarizes the progress of the Infrastructure Development Works Package 2-B project in DHA Gujranwala. Key points include:
- Planned progress is 32.13% but achieved progress is 20% due to monsoon rains, design revisions causing delays, and increased scope of work.
- A look ahead plan outlines balancing the work schedule to meet planned progress targets over the coming months through deployment of equipment and manpower resources.
- Financial progress and a balance work schedule provide details on completion status and planned progress by item through October 2023 to complete the project.
This document provides a progress report on the Livelihood Support & Promotion of Small Community Infrastructure Program (LACIP) in Lakki Marwat District of Pakistan from July 2019 to September 2020. Some key details:
- The project cost is PKR 393 million and targets 11 village councils across 4 union councils, with the goal of benefiting 21,600 households and 160,000 people.
- As of September 2020, 10 community infrastructure projects have been fully completed, while others range from 10-72% completed. Progress has been slowed by COVID-19.
- On livelihood activities, 134 assets have been transferred out of a target of 550, while 265 people have received vocational training out of
This document provides guidelines for the Buildings Schedule of Rates for 2014-2015 (Buildings SoR: 2014-15) in Andhra Pradesh, India.
It establishes a committee of chief engineers to finalize building rates. Rates from the Common SoR 2014-15 for labor, materials, and equipment remain applicable. Overheads and contractor profit of 14% apply to building works.
The document outlines what is covered by overheads, such as site setup, office costs, supervision, documentation, mobilization, camps, vehicles, testing, tools, insurance, and taxes. Allowances may apply for labor in municipal or tribal areas. Rates for ready mix concrete are also included.
The project aims to construct and upgrade the 175km Dirgai Shabozai to Taunsa Sharif road in Balochistan and Punjab provinces at an estimated cost of Rs. 4795.980 million. The objectives are to reduce travel time, facilitate trade and transportation, and improve socioeconomic conditions in the region. Due to increased specifications, the total cost has been revised to Rs. 9,414.258 million, accounting for bridges, culverts, retaining walls, and increased carriageway width among other changes. Traffic studies project the average annual daily traffic will reach over 3,000 vehicles by 2024 with agriculture and mining sector growth.
This document provides the preamble and index for the Buildings Schedule of Rates (SoR) for 2013-2014 in Andhra Pradesh, India. It was approved by the Committee of Chief Engineers on August 5, 2013.
The preamble discusses the applicability of the Common SoR 2013-2014 for labor rates, materials, and other items. It also covers overhead costs and contractor profit at 14% of rates.
The index lists the various sections of the Buildings SoR covering building materials, fixtures, water supply items, electrical works, and more. It provides the page numbers for each section.
This document provides information about Geo Designs & Research (P) Ltd, an engineering consultancy firm founded in 2007 and headquartered in Vadodara, Gujarat, India. It details the company's history, services, projects, and team. Some key points:
- The company was founded in 2007 and took over Geo Test House in 2014, a firm established in 1991 known for civil engineering work.
- Services include geotechnical investigation, structural design, material testing, project management, and more for various types of infrastructure projects.
- Notable past projects include bridges, flyovers, roads, rail lines across Gujarat and Rajasthan totaling over Rs. 5,796
BPCL review meeting ppt giving an overview of all the works related to oil and gas industry. Explain about all the aspects of oil and gas sectors from extracting crude oil from sea also known as fossil fuel to how it's refined to serve different sectors of energy. It also explains about their current progress quarterly wise. There are four quarters in a year and BPCL manager, Geographical Area Head provide all the details of energy sector for headquarters reporting.
This document provides a status report on various water works projects in Rania constituency as of May 3, 2023. It lists 25 total projects with details on 7 projects currently in progress totaling 2076.52 lakh (Indian monetary unit), 15 projects accorded and not yet started totaling 3634.08 lakh, and 3 projects under process totaling 3505.43 lakh. Project details include descriptions, amounts, start/completion dates, benefiting villages. The report provides the current status of each project such as the percentage completed for those in progress and the approval/planning stage for those not yet started.
This document presents the design of a proposed two-lane state highway connecting Jalan Paya Jaras and Jalan Temasoh in Selangor, Malaysia based on the country's road design guidelines. The proposal includes a vertical alignment profile showing grades and elevations to meet safety and traffic needs while considering the budget. It is expected that the designed roads will provide an alternative route for users and avoid traffic congestion. Rigid pavement was selected for the design after considering factors like long-term cost-effectiveness despite its higher initial construction cost compared to flexible pavement. The project aims to provide students hands-on experience in applying road design concepts and criteria in a real design using software.
This document presents a proposal for a two-lane state highway connecting Jalan Paya Jaras and Jalan Temasoh in Selangor, Malaysia based on the existing terrain profile. The proposed design includes a vertical alignment profile to provide an acceptable level of traffic safety and comfort while considering the given budget. Calculations for the design are shown, including a profile view with grades and elevations at vertical points of intersection, curves, and tangents. It is expected that the proposed road will cross a river between stations 3+600 and 4+100 and include a four-way intersection at station 2+400.
Departmental Briefing to Secretary Works on 08-02-2023.pptxsheikhInayat5
The document provides a briefing from the Additional Secretary Works of Gilgit-Baltistan to the Secretary Works. It includes an introduction, organogram of the Works Department, development profile with sector-wise projects, budget and accounts details, ongoing PSDP projects, contractor liabilities, audit paras, and issues and challenges. It outlines the department's responsibilities and provides statistical data on its human resources, allocated budgets, ongoing and completed development projects across sectors.
Pkg-1&2-Project Status on 31.01.2022 (To HO) (1).pptxVenkatesh Dontha
This document provides a status update on two highway projects in Andhra Pradesh:
1) The six-laning of a 27.4km section of NH-5 from Gundugolanu to Kalaparru, which is 65.2% physically and 57.95% financially complete. Key milestones are slightly delayed.
2) The six-laning of a 27.4km section of NH-5 from Kalaparru to Chinna Avutupalli, which is 99% physically and 96.95% financially complete. Key milestones are on or ahead of schedule.
Critical issues include pending AE invoice payments, review of a project completion date, and awaiting design approvals
This document provides an acknowledgment and summary of the author's 10-week industrial training with CML-MTD Construction LTD, a leading civil engineering construction company in Sri Lanka. It then outlines the contents which include chapters on pavement design, road construction, and a conclusion. The document analyzes the pavement design for a road rehabilitation project in Hambanthota district based on traffic classification, soil testing, and structural number calculations. It also describes the various construction processes used such as embankment preparation, sub-base filling, and asphalt layer installation.
This document provides the approved schedule of rates (SoR) for 2022-23 for public works in Telangana. It includes rates for irrigation works (Part I), roads and bridges (Part II), buildings (Part III), and public health works (Part IV). The rates were finalized by the Board of Chief Engineers on May 25, 2022 based on draft rates submitted by various departments. The SoR will be effective from June 1, 2022 and is applicable to all state government engineering departments. Any corrections to the SoR should be brought to the attention of the Engineer-in-Chief.
The document summarizes details from a convergence meeting under MGNREGS. It discusses the Vrikshmala Riverbank Conservation Campaign being conducted under Azadi Ka Amrit Mahotsav. The campaign aims to maintain river flows, recharge groundwater, increase green cover, improve local climate, and support sustainable living. An implementation timeline is provided that outlines awareness activities from March-April 2023, followed by project identification, approval and site preparation from April-June 2023, with plantation work occurring from July-August 2023. The meeting agenda discusses performance in 2022-23, the 2023-24 labour budget, incomplete prior works, and rejected transactions. Progress and targets for various line departments are also summarized.
The document discusses the geometric design of roads, including determining design elements like the road category, design speed, maximum grades, horizontal curves, and vertical curves. It also includes plans showing the curve of levels and design of horizontal curves for specific roads within the project. Calculations are shown for the longitudinal profile and mass diagram of some streets.
Investigation and Improvement of Road Pavement Section for Rankuva Crossing t...IRJET Journal
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1. PUBLIC WORKS ROAD DEPARTMENT
Construction Supervision Consultancy Services for Improvement
and Upgradation of Road under ASRIP funded by Asian
Infrastructure Investment Bank
MONTHLY PROGRESS REPORT
(OCTOBER 2022)
Construction Supervision Consultant (CSC)
Dohwa Engineering Co. Ltd.
in JV with
MaRS Planning and Engineering Services Private Limited.
Submitted By
2. EXECUTIVE SUMMARY
Sl
No. Road
Project
Length
Cost of
Project
Construction
Period+ Defect
Notification
Period
Salient Features Milestone Dates Work Contract Details
Km (Rs. In Cr.) Month
1
Dhakuakhana
Butikur Tiniali Telijan
( Dhakuakhana to
Telijan )
A22
32.73 146.33 30+60
Earthwork
GSB/WMM
DBM
BC
Major Bridges
Minor Bridges
Culverts
RCC Drain
11,87,323.96 m3
2,19,690.71 m3
27,311.50 m3
15,527.37 m3
-
1 Nos.
20 Nos.
2.60 Km.
Date of Commencement : 18.04.2022
Milestone I 365 Days : 18.04.2023
Milestone II 548 Days : 18.10.2023
Milestone III 913 Days : 18.10.2024
Contract No. :
CE/ASRIP/09/2021/48
Name of Contractor :
Shivam-Bhartia (JV)
2
Dhodar Ali (
Kamargaon to
Kaamarbandha)
A15
42.09 304.19 30+60
Earthwork
GSB/WMM
DBM
BC
EUP
Minor Bridges
Culverts
RCC Drain
12,94,046.40 m3
2,50,494.17 m3
34,045.12 m3
19,578.98 m3
2 Nos.
1 Nos.
95 Nos.
5.15 Km.
Date of Commencement : 18.04.2022
Milestone I 365 Days : 18.04.2023
Milestone II 548 Days : 18.10.2023
Milestone III 913 Days : 18.10.2024
Contract No. :
CE/ASRIP/10/2021/28
Name of Contractor :
SGCCL-ANPL (JV)
3
Sarthebari Pathsala
Raipur Road
A07
17.65 114.01 24+60
Earthwork
GSB/WMM
DBM
BC
Major Bridges
Minor Bridges
Culverts
RCC Drain
4,20,439.00 m3
97,000.00 m3
11,747.00 m3
7,831.00 m3
1 Nos.
-
32 Nos.
9.172 Km.
Date of Commencement : 18.04.2022
Milestone I 365 Days : 18.04.2023
Milestone II 547 Days : 18.10.2023
Milestone III 730 Days : 18.04.2024
Contract No. :
CE/ASRIP/11/2021/41
Name of Contractor :
Shivam-Bhartia (JV)
3. EXECUTIVE SUMMARY
Sl
No. Road
Project
Length
Cost of
Project
Construction
Period+ Defect
Notification
Period
Salient Features Milestone Dates Work Contract Details
Km (Rs. In Cr.) Month
4
Moran Naharkatia
Duliajan Digboi
( Moran to Deesang
Kinar Bangali)
A30_1
46.60 215.44 30+60
Earthwork
GSB/WMM
DBM
BC
Major Bridges
Minor Bridges
Culverts
RCC Drain
8,72,420.25 m3
2,64,931.23 m3
35,075.60 m3
19,499.93 m3
-
2 Nos.
55 Nos.
8.912 Km.
Date of Commencement : 18.04.2022
Milestone I 365 Days : 18.04.2023
Milestone II 548 Days : 18.10.2023
Milestone III 913 Days : 18.10.2024
Contract No. :
CE/ASRIP/12/2021/31
Name of Contractor :
SGCCL-ANPL (JV)
5
Moran Naharkatia
Duliajan Digboi
( Deesang Kinar
Bangali to
Kathalguri)
A30_2
23.98 30+60
6
Sivasagar to
Chumoni
A20_1
18.42 121.09 24+60
Earthwork
GSB/WMM
DBM
BC
Major Bridges
Minor Bridges
Culverts
RCC Drain
9,55,671.61 m3
1,02,786.68 m3
19,069.82 m3
7,572.27 m3
-
1 Nos.
13 Nos.
8.52 Km.
Date of Commencement : 19.04.2022
Milestone I 306 Days : 19.02.2023
Milestone II 456 Days : 19.07.2023
Milestone III 730 Days : 19.04.2024
Contract No. :
CE/ASRIP/14/2021/29
Name of Contractor : S&P
- SHIVA (JV)
7
Sivasagar to
Nakachari to
Balighat Tiniali)
A20_2
45.00 30+60
8. PHYSICAL PROGRESS OF STRUCTURE WORK
Sl. No.
Package
No.
Name of Road Section
TYPE OF STRUCTURES
MAJOR BRIDGE / EUP MINOR BRIDGE BOX CULVERTS GRAND TOTAL
Total
Nos.
Completed Balance
Total
Nos.
Completed Balance
Total
Nos.
Completed Balance
Total
Nos.
Completed Balance
1 A22 Dhakuakhana to Telijan 0 NA NA 1 0 1 20 0 20 21 0 21
2 A15
Kamargaon to
Kamaarbandha
2 0 2 1 0 1 95 0 95 98 0 98
3 A07 Sarthebari to Pathsala 1 0 1 0 NA NA 32 3 29 33 3 30
4 A30_1 Moran Naharkatia 0 NA NA 2 0 2 55 0 55 57 0 57
5 A30_2 Moran Kathalguri
6 A20_1 Sivasagar Chumoni 0 NA NA 1 0 1 13 0 13 14 0 14
7 A20_2 Sivasagar Tiniali
9. DRAWING APPROVAL STATUS
PLAN &
PROFILE
1 Dhakuakhana to Telijan Road (A22) 32.675 - - 32.675
2 Kamargaon to Kamarbandha Road (A15) 42.094 8.000 - 42.094
3 Sarthebari to Pathsala Road (A07) 17.653 - - 17.653
4 Moran to Naharkatia Road (A30-1) 46.581 9.000 - 46.581
5 Sivasagar to Chumoni Road (A20-1) 18.416 - - 18.416
Balance
L
ength (Km.)
Drawing
S
ubmission
(Km.)
S
r. No. Name of Project
Total L
ength
(Km.)
Approved
L
ength (Km.)
10. DRAWING APPROVAL STATUS
STRUCTURE & MISCELLANEOUS DRAWINGS
Total
Drawing
Submission
Approved Balance
(Nos) (Nos) (Nos) (Nos)
BOX CULVERT DRAWINGS
1 Dhakuakhana to Telijan Road (A22) 20 - - 20
2 Kamargaon to Kamarbandha Road (A15) 95 69 14 81
3 Sarthebari to Pathsala Road (A07) 32 7 7 25
4 Moran to Naharkatia Road (A30-1) 55 36 - 55
5 Sivasagar to Chumoni Road (A20-1) 13 - - 13
MINOR BRIDGE DRAWINGS
1 Dhakuakhana to Telijan Road (A22) 1 - - 1
2 Kamargaon to Kamarbandha Road (A15) 1 - - 1
3 Sarthebari to Pathsala Road (A07) NA - NA NA
4 Moran to Naharkatia Road (A30-1) 2 - - 2
5 Sivasagar to Chumoni Road (A20-1) 1 - - 1
EUP/MAJOR BRIDGE DRAWINGS
1 Dhakuakhana to Telijan Road (A22) NA - NA NA
2 Kamargaon to Kamarbandha Road (A15) 2 2 - 2
3 Sarthebari to Pathsala Road (A07) 1 - - 1
4 Moran to Naharkatia Road (A30-1) NA - NA NA
5 Sivasagar to Chumoni Road (A20-1) NA - NA NA
JUNCTION DEVELOPMENT DRAWINGS
1 Dhakuakhana to Telijan Road (A22)
2 Kamargaon to Kamarbandha Road (A15)
3 Sarthebari to Pathsala Road (A07)
4 Moran to Naharkatia Road (A30-1)
5 Sivasagar to Chumoni Road (A20-1)
Sr. No. Name of Project
11. MIX DESIGN APPROVAL STATUS
1. Dhakuakhana To Telijan Road (RI-02) : No Progress on Mix Design till date.
2. Kamargaon To Kamarbandha (RI-03) : Trial Mix Done for M-15, M-20 & M-30 Respectively,
Results not Submitted till date.
3. Sarthebari To Pathsala Road (RI-04) : Mix Design Reports submitted for M-15, M-20, M-30
(20 MSA), M-30 (40 MSA), M-35 (20 MSA) & M-35
(40 MSA).
Comments given by CSC on 24-09-2022
Compliance of Contractor on 09-10-2022
Status : Under Review.
4. Moran To Naharkatia Road ( RI-05) : Mix Design for GSB, M-15, M-20 & M-30 in Progress.
5. Sivasagar To Chumoni Road ( RI-07) : No Progress on Mix Design till date.
12. STATUS OF APPROVAL OF CONSTRUCTION
MATERIAL
Sr. No.
Name of
Material
Location of Source
Proposal
submission
date
AE Comments
Compliance of
contractor
Approval date Remark
1 Stone Subans iri river - - - -
Tes ting in Third party lab is
in progres s .
1 Soil
Km 23+700 (700m from
the exis ting road)
- - - - Tes ting is in progres s .
1 Sika
M/S AKJ Engineers
Private Limited
- - - -
Tes ting in Third party
laboratory is in progres s .
1 Topcem
Meghalaya cement
limited
- - - -
Tes ting in Third party
laboratory is in progres s .
1
Balaji Shakti
TMT
Durgapur, West Bengal - - - -
Credentials s ubmitted by
the Contractor on
17.10.2022.
1 Water
Bore well at Bas e camp
at km 24+000 RHS
- - - -
Tes ting in Third party
laboratory is in progres s .
Soil
Soil
Soil
ADMIXTURE/CURING COMPOUND
CEMENT
FLY ASH
STEEL
Water
Tes ting is in progres s .
4
Km 24+030 (3500m from
the exis ting road)
- - - - Tes ting is in progres s .
3
Km 24+030 (3600m from
the exis ting road)
- - - -
Dhakuakhana to Telijan Road (A22)
QUARRY
BORROW AREA
2
Km 23+700 (500m from
the exis ting road)
- - - - Tes ting is in progres s .
13. STATUS OF APPROVAL OF CONSTRUCTION
MATERIAL
Sr. No.
Name of
Material
Location of Source
Proposal
submission
date
AE Comments
Compliance of
contractor
Approval date Remark
1
Quarry for
Aggregate,
40mm,
20mm,10mm
Karbi Anglong 20.09.2022 17.10.2022 Approved
Vashudha,
Kokata
Meghalaya Cement Ltd.
Shilong
2 Dalmia Lanka- Hojai 21.07.2022 Under review by CSC
1
SHYAM Steel
Industries
Durgapur, WB 25.08.2022 24.09..2022 Approved
1 Water Base camp 22+100 25.08.2022 Under review by CSC
Dishala marketing Pvt.
Ltd. Lokhara Rd.
Guwahati
Water
FLY ASH
STEEL
2 JSPL 25.08.2022 24.09.2022 Approved
Under review by CSC
CEMENT
1 Topcem 21.07.2022 19.08.2022 Approved
Kamargaon to Kamarbandha Road (A15)
QUARRY
BORROW AREA
ADMIXTURE/CURING COMPOUND
1 Hindcon 25.08.2022
14. STATUS OF APPROVAL OF CONSTRUCTION
MATERIAL
Sr. No.
Name of
Material
Location of Source
Proposal
submission
date
AE Comments
Compliance of
contractor
Approval date Remark
1 Stone Pall River(MB Crusher 07-06-2022 Approved
2 Sand Pall River(MB Crusher 07-06-2022 Approved
3 Sand Gravel Pall River(MB Crusher 07-06-2022 Approved
1 Soil
Batia Village at K.M-
3+500
24.09.2022
Letter issued
on dt.
26.09.2022
Compliences
submitted
dated.
11.10.2022
Under Review
1 Asian Paint Asian paint Ltd. 05-08-2022 30-08-2022 Approved
2 Sika Sika India Ltd. 06-08-2022 30-08-2022 Approved
1 Ramco The Ramco Cement Ltd. 07-06-2022 15-7-2022 Approved
2 Ultra Tech Ultratech Cement Ltd. 05-08-2022 30-08-2022 Approved
1 Shyam Steel 07-6-2022 30-8-2022 Approved
1 Water
Bore @ RMC Plant
12+450
10-10-2022 Under Review
CEMENT
FLY ASH
STEEL
WATER
Sarthebari to Pathsala Road (A07)
QUARRY
BORROW AREA
ADMIXTURE/CURING COMPOUND
15. STATUS OF APPROVAL OF CONSTRUCTION
MATERIAL
Sr. No.
Name of
Material
Location of Source
Proposal
submission
date
AE Comments
Compliance of
contractor
Approval date Remark
1 Aggregate Likabari Quarry 13-08-2022 12-09-2022 Approved
2 Aggregate Bihubar Quarry 13-08-2022 12-09-2022 Approved
3 Sand Buridihing River 13-08-2022 27-10-2022 Approved
1 SG & Emb soil Borrow Area 1 16-9-2022 24-09-2022 Approved
2
Embankment
Soil
Borrow Area 2 16-9-2022 24-09-2022 Approved
3
Embankment
Soil
Borrow Area 3 16-9-2022 Under Review
1 Fosroc 25-7-2022 Under Review
1 Ultra Tech Ultratech Cement Ltd. 18-7-2022 10-8-2022 Approved
2 Ramco The Ramco Cement Ltd. 18-07-2022 10-08-2022 Approved
3 Topcem Topcem Cement Ltd. 18-07-2022 19-08-2022 Approved
4 Dalmia Dalmia Cement Ltd. 18-07-2022 Under Review
1 TATA Steel 18-7-2022 24-9-2022 Approved
2 Shyam Steel 18-07-2022 24-09-2022 Approved
3 Jindal Steel 18-07-2022 24-09-2022 Approved
Water
QUARRY
BORROW AREA
ADMIXTURE/CURING COMPOUND
CEMENT
FLY ASH
STEEL
Moran to Naharkatia Road (A30-1)
16. STATUS OF APPROVAL OF CONSTRUCTION
MATERIAL
Sr. No.
Name of
Material
Location of Source
Proposal
submission
date
AE Comments
Compliance of
contractor
Approval date Remark
CEMENT
FLY ASH
STEEL
Water
Bearing
Sivasagar to Chumoni Road (A20-1)
QUARRY
BORROW AREA
ADMIXTURE/CURING COMPOUND
No Progress on Approval of Construction Material in this
Progress
18. STATUS OF MOBILIZATION OF PLANT & MACHINERY
Asper CA
Actual asper
site
Asper CA
Actual asper
site
Asper CA
Actual asper
site
Asper CA
Actual asper
site
Asper CA
Actual asper
site
Nos Nos Nos Nos Nos Nos Nos Nos Nos Nos
1
Batch type Central Hot Mix
Plant
100-120 TPH 1 0 1 0 1 0 1 0 1 0
2
Paver finisher hydrostatic
with sensor control
100-120 TPH 2 0 2 0 2 0 2 0 2 0
3
Bitumen/ E
mulsion Pressure
distributor
1750 sqmper hour 1 0 2 0 1 0 1 0 1 0
4 Vibratory roller 8-10 Tonne static weight 3 1 3 1 3 0 3 2 3 0
5
Smooth Wheeled tandem
vibratory roller
8-10 tonnes 1 0 2 0 1 1 1 1 1 0
6 Pneumatic Tyred roller 12-15T 1 0 2 0 1 0 1 0 1 0
7 Motor Grader 3.35 blade 2 1 2 1 2 0 2 2 2 0
8 Hydraulic E
xcavator 0.9 cumbucket size 2 3 2 1 0 2 2 2 2 0
9
Batch type automatic
concrete batching Plant
static
75 cum/ hour 1 0 1 - 1 1 1 0 1 0
10 Tipper rigid axle 10 tonnes 5 0 8 15 5 4 5 7 5 0
11 Water tanker 10 KL 2 0 3 1 2 1 2 1 2 0
12 Air compressor 250 cfm 1 0 2 0 1 0 1 0 1 0
13 Mechanical broom 1250 sqmper hour 1 0 1 0 1 0 1 0 1 0
14 Transit Mixer 6 cum 5 1 8 0 5 2 5 0 5 0
15 Mobile Crushing Plant 30 TPH 1 0 2 0 1 0 1 0 1 0
16 Wet Mix Plant 75 TPH 1 1 1 0 1 0 1 1 1 0
17 Rotovator
Capacity to mix 25cm
depth of granular material
1 0 1 0 1 0 1 0 1 0
18 Mobile Maintenance unit
Truck-mounted with
provision of carrying
portable mechanized
equipment for routine
maintenance operations
1 0 1 0 1 0 1 1 1 0
Moran (A30_1) Nazira (A20_1)
S
.No.
E
quipment Type and
Characteristics
Minimum Capacity
Dhakuakhana (A22) Golaghat (A15) Pathsala (A07)
19. STATUS OF MOBILIZATION OF KEY PERSONNEL BY CSC
S.
No.
Position Name of the personnel Date of Joining
1 Team Leader cum Senior Highway Engineer Mr. VR. Ramanathan 09-06-2022
2 Senior Material cum Quality control Engineer Dr. Ravindranath Thakur 22-03-2022
3 Senior Quantity Surveyor Mr. Awadhesh Kumar Singh 18-04-2022
4 Senior Contract Specialist Mr. M. Sriniwas 03-06-2022
5 Senior Bridge Engineer - -
6 Bridge Design Engineer - -
7 Pavement Specialist Mr. Harikrishna Bhavsar 29-03-2022
8 Highway Design Engineer Mr. Nirupam Kumar Singh 04-04-2022
9 ESHS Expert - -
10 Road Safety Engineer Mr. Chandan Rajkhowa 29-03-2022
11 Resident Engineer-1 Mr. Anil Kumar panday 03-05-2022
12 Resident Engineer-2 Mr. Sunil Kumar Singh 18-04-2022
13 Resident Engineer-3 Mr. Harihar Sharan Singh 25-04-2022
14 Resident Engineer-4 Mr. Uttam Mendhi 22-03-2022
15 Resident Engineer-5 Mr. Ritesh Sinha 22-03-2022
16 Resident Engineer-6
20. STATUS OF PERMITS
Dhakuakhna (A22) Golaghat (A15) Pathsala (A07) Moran (A30_1) Nazira (A20_1)
1
Permission of the State Govt. for
extraction of bouldersfromquarry
Not submitted yet. Not submitted yet. Completed Not submitted yet. Not submitted yet.
2
Permission of village Panchayat
and Pollution Control Board for
installation of crushers
Not submitted yet. Not submitted yet. Completed Not submitted yet. Not submitted yet.
3 License for use of explosivesif any. Not submitted yet. Not submitted yet. NA Not submitted yet. Not submitted yet.
4
Permission of the State Govt. for
drawing water fromriver reservoir.
Not submitted yet. Not submitted yet. Not submitted yet. Not submitted yet. Not submitted yet.
5
License fromInspector of factories
or other competent authority for
setting up batching plant.
Not submitted yet. Not submitted yet. Not submitted yet. Not submitted yet. Not submitted yet.
6
Clearance of Pollution Control
Board for setting up Batching Plant.
Not submitted yet. Not submitted yet.
1. Completed
2. Under Process
Not submitted yet. Not submitted yet.
7
Clearance of village Panchayat
and Pollution Control Board for
Asphalt Plant.
Not submitted yet. Not submitted yet. Not submitted yet. Not submitted yet. Not submitted yet.
8
Permission of village Panchayat
and State Gov. for borrow earth.
Not submitted yet. Not submitted yet. Completed Submitted Not submitted yet.
9
Permission of forest department for
cutting of trees.
Not submitted yet. Not submitted yet. Under process Not submitted yet. Not submitted yet.
10
Any other permitsof clearances
required under applicable laws.
Not submitted yet. Not submitted yet. Not submitted yet. Not submitted yet. Not submitted yet.
S. No. Description
Status
21. MEASURES FOR ENVIRONMENTAL, SOCIAL AND
RESETTLEMENTS
S.
No.
Description Safeguard Measures Taken Remarks
1
2
3
4
5
22. REASONS FOR DELAY
S.
No.
Activity
Due Date as
per CA
Actual Date of
Completion
Delay in Days Reason for Delay
1 Acquisition of land. - - - -
2
Removal of hindrances
including private houses,
boundary walls, shops,
hotels, tea stalls etc. from
within the ROW
- - - -
3
Shifting of utilities including
the existing Electric
Poles/Lines from within the
ROW. Cutting of Trees from
within the ROW.
- - - -
4 Due to rainfalls - - - -
5
Submission of Drawing by
the Contractor
- - - -
23. WORK PROGRAM OF UPCOMING MONTH
1. Dhakuakhana To Telijan Road
(A22):
Target Qty
( Nov-22)
1 Embankment Cum 889388.4 0 81801.31 Nil
2 Subgrade Cum 292450.17 0 17932.03 Nil
3 Granular Sub-base Cum 108974.29 0 6692.18 Nil
4 WMM 1st Layer Cum 50858.21 0 Nil Nil
5 WMM 2nd Layer Cum 50858.21 0 Nil Nil
6 Dense Bituminous Macadam Cum 27311.5 0 Nil Nil
7 Bituminous Macadam Cum 15527.37 0 Nil Nil
8 Box Culverts (New/ Reconstruction) Nos 19 0 0 Nil
9 Minor Bridge Nos 1 0 0 Nil
10 Major Bridge Nos Nil 0 0 Nil
Targeted Physical
Progress (%)
Targeted Financial
Progress (%)
ROAD WORKS
7.09
STRUCTURE WORKS
Sl. No Item Description Unit Total
Completed up
to this month
Total Quantity
completion
24. WORK PROGRAM OF UPCOMING MONTH
2. Kamargaon To Kamarbandha Road
(A15) :
Target Quantity
(Nov-22)
1 Embankment Cum 8,91,025.06 0 4250 Nil
2 Subgrade Cum 2,42,941.24 0 Nil Nil
3 Granular Sub-base Cum 1,26,710.22 0 Nil Nil
4 WMM1st Layer Cum 61,891.98 0 Nil Nil
5 WMM2nd Layer Cum 61,891.98 0 Nil Nil
6 Dense Bituminous Macadam Cum 34,045.12 0 Nil Nil
7 Bituminous Macadam Cum 19,578.98 0 Nil Nil
8 BoxCulverts (New/ Reconstruction) Nos 95 0 0 Nil
9 EUP Nos 2 0 0 Nil
10 Minor Bridge Nos 1 0 0 Nil
Total Quantity
completion
Targeted Physical
Progress (%)
Targeted Financial
Progress (%)
ROAD WORKS
0.6
STRUCTUREWORKS
Sl. No Item Description Unit Total
Completed up
to this month
25. WORK PROGRAM OF UPCOMING MONTH
3. Sarthebari To Pathsala Road (A07) :
Sl. No Item Description Unit Total
Completed up
to this month
Target Quantity
(Nov-22)
Total Quantity
completion
Targeted Physical
Progress (%)
Targeted Financial
Progress (%)
1 Embankment Cum 254186 0 50500 50500 20%
2 Subgrade Cum 120155 0 2000 2000 2%
3 Granular Sub-base Cum 47414 0 Nil Nil
4 WMM1st Layer Cum 24806.5 0 Nil Nil
5 WMM2nd Layer Cum 24806.5 0 Nil Nil
6 Dense Bituminous Macadam Cum 11747 0 Nil Nil
7 Bituminous Macadam Cum 7831 0 Nil Nil
8 BoxCulverts (New/ Reconstruction) Nos 32 3 3 6 9%
9 Minor Bridge Nos 0 0 0 Nil Nill
10 Major Bridge Nos 1 0 Foundation Work Nil 4%
ROAD WORKS
1.78%
STRUCTUREWORKS
26. WORK PROGRAM OF UPCOMING MONTH
4. Moran To Naharkatia (A30_1) :
Sl. No Item Description Unit Total
Completed up
to this month
Target Quantity
(November'2022)
Total Quantity
completion
Targeted Physical
Progress (%)
Targeted Financial
Progress (%)
1 Embankment Cum 518596.51 0 37755 Nil 7%
2 Subgrade Cum 388766 0 24840 Nil 6%
3 Granular Sub-base Cum 139707.6 0 4757 Nil
4 WMM1st Layer Cum 62611.86 0 Nil Nil
5 WMM2nd Layer Cum 62611.86 0 Nil Nil
6 Dense Bituminous Macadam Cum 35075.6 0 Nil Nil
7 Bituminous Macadam Cum 19499.93 0 Nil Nil
8 BoxCulverts (New/ Reconstruction) Nos 55 0 4 Nil 7%
9 Minor Bridge Nos 5 0 0 Nil Nill
10 Major Bridge Nos 0 0 Foundation Work Nil Nill
ROAD WORKS
3.60%
STRUCTUREWORKS
27. WORK PROGRAM OF UPCOMING MONTH
5. Sivasagar To Chumoni Road (A20_1) :
Sl. No Item Description Unit Total
Completed up
to this month
Target Quantity
(Nov-22)
Total Quantity
completion
Targeted Physical
Progress (%)
Targeted Financial
Progress (%)
1 Embankment Cum 839264.37 0 37376.294 37376.294
2 Subgrade Cum 104419.23 0 4650.069 4650.069
3 Granular Sub-base Cum 54568.02 0 3747.107 3747.107
4 WMM Cum 48218.66 0 3069.872 3069.872
6 Dense Bituminous Macadam Cum 19069.82 0 814.547 814.547
7 Bituminous Macadam Cum 7572.27 0 446.978 446.978
8 BoxCulverts (New/ Reconstruction) Nos 13 0 0 0
9 Minor Bridge Nos 2 0 0 0
10 Major Bridge Nos Nil 0 0 0
ROAD WORKS
5.69%
6.9%
STRUCTUREWORKS
28. CORRESPONDENCE FOR THE MONTH OF OCT-22
Incoming:
Chief Engineer To Team Leader:
SL No Referance No Letter date Subject Address
1
2
Contractor To Team Leader:
S
LNo ReferanceNo Letter date S
ubject Address
1 SVM/ OC/ 4794 17.10.2022 Submis
s
ion of MPR-2022 Shivam Bharatia (JV) Dhakuakhana
2 SVM/ OC/ 4795 17.10.2022 Regarding Submis
s
ion of credential of Balaji Shakti TMT. Shivam Bharatia (JV) Dhakuakhana
3 SVM/ OC/ 4801 28.10.2022 Review of Reinforcement Steel Jai Balaji Indus
triesLtd Shivam Bharatia (JV) Dhakuakhana
4 SVM/ OC/ 4802 28.10.2022 Reques
t for Factory Vis
it of Reinforcement Steel Jai Balaji Indus
triesLtd Shivam Bharatia (JV) Dhakuakhana
5 SVM/ OC/ 4798 26.10.2022
Reques
t for Tes
ting of Cement, Admixture and water for Phys
ical & chemeical Tes
t
along with Mix Des
ign of Concrete
Shivam Bharatia (JV) Dhakuakhana
6 SVM/ OC/ 4798 29.10.2022 Reques
t for Factory Vis
it of Reinforcement Steel Jai Balaji Indus
triesLtd Shivam Bharatia (JV) Dhakuakhana
7 ANPL/ ASRIP/ A/ RI-3/ 2022/ Golaghat/ 61 29.10.2022 Reg. Factory Vis
it Of Ras
mi MetaliksLtd SGCCLANPL(JV) Golaghat
8 ANPL/ ASRIP/ A/ RI-3/ 2022/ Golaghat/ 59 28.10.2022 Submis
s
ion of Temporary Divers
ion Plan of E
UP SGCCLANPL(JV) Golaghat
9 ANPL/ ASRIP/ A/ RI-3/ 2022/ Golaghat/ 60 28.10.2022
Submis
s
ion of Temporary Divers
ion plan (typical ) cons
truction of Box Culvert,
Minor Bridge & Roads
SGCCLANPL(JV) Golaghat
10 ANPL/ ASRIP/ A/ RI-3/ 2022/ Golaghat/ 59 31.10.2022 Submis
s
ion of Plan & Profile from Ch. 34+000 to 42+094 SGCCLANPL(JV) Golaghat
11 SVM/ OC/ 4786 10.10.2022 Reg. Approval of Box Culvert location at Chainage 1+120 Shivam Bharatia (JV) Paths
ala
12 SGCCLANPL(JV)/ PWD/ ASRIP/ A/ RI5/ 2022 / 389/ 27 07.10.2022 Submis
s
ion of Plan & Profile for Ch. 14+000 to 23+000 SGCCLANPL(JV) Moran
13 SGCCLANPL/ AM/ MNRD/ 2022-23/ 105 10.10.2022 Submis
s
ion of Third Party Tes
t Report for Source Approval SGCCLANPL(JV) Moran
14 SGCCLANPL/ AM/ MNRD/ 2022-23/ 109 11.10.2022 Submis
s
ion of Plan & Profile of Road SGCCLANPL(JV) Moran
15 SGCCLANPL/ AM/ MNRD/ 2022-23/ 110 13.10.2022 Submis
s
ion of Mix Des
ign of Concrete M-15 PCC, M-20 PCC& M-30 RCC SGCCLANPL(JV) Moran
16 SGCCLANPL/ AM/ MNRD/ 2022-23/ 115 17.10.2022
Submis
s
ion of Box Culvert drwaingsfor Ch. 16+991, 18+552, 18+737, 21+050,
22+907,23+606, 25+611, 26+525 and 27+488 for approval
SGCCLANPL(JV) Moran
17 SGCCLANPL/ AM/ MNRD/ 2022-23/ 113 17.10.2022 Submis
s
ion of 9km Road Length work Programme SGCCLANPL(JV) Moran
18 SGCCLANPL/ AM/ MNRD/ 2022-23/ 117 20.10.2022 Submis
s
ion of Drawing of Drain work SGCCLANPL(JV) Moran
19 SGCCLANPL/ AM/ MNRD/ 2022-23/ 118 20.10.2022 Submis
s
ion of Nix Des
ign of Wet Mix Macadam (WMM) for approval SGCCLANPL(JV) Moran
20 SGCCLANPL/ AM/ MNRD/ 2022-23/ 119 25.10.2022 Submis
s
ion of Inventory detailsfrom Ch. 37+00 to 46+581 SGCCLANPL(JV) Moran
21 SGCCLANPL/ AM/ MNRD/ 2022-23/ 121 27.10.2022 Submis
s
ion of NGLdata (Ch. 02+970 to 08+600) SGCCLANPL(JV) Moran
22 SGCCLANPL/ AM/ MNRD/ 2022-23/ 122 31.10.2022 Submis
s
ion of Revis
ed R-1) Plan & Profile of Road SGCCLANPL(JV) Moran
29. CORRESPONDENCE FOR THE MONTH OF OCT-22
Outgoing:
Team Leader To Chief Engineer :
SLNo Referance No Date Subject Address
1 TL/ ASR
IP/ CE
/ PWD/ 2022/ 211 07.10.2022
Informationof working Period of Intermittent Input and Approval of
client
Chief E
ngineer(E
AP) PWR
D, Guwahati
2 TL/ ASR
IP/ CONT/ R
I-4/ 2022/ 219 11.10.2022
R
egarding consent for rearrangement of Box culvert fromCH:
13+405 to CH: 1+120
Chief E
ngineer(E
AP) PWR
D, Guwahati
3 TL/ ASR
IP/ CE
/ PWD/ / 2022/ 220 13.10.2022
Submission of Monthly ProgressR
eport for the month of September,
2022
Chief E
ngineer(E
AP) PWR
D, Guwahati
4 TL/ ASR
IP/ CE
/ PWD/ / 2022/ 221 13.10.2022
R
eg. Permanent Account Number (PAN) and GoodsService Tax
IdentificationNumber (GSTIN) and Withdrawal of Invoice for the
monthAugust-2022.
Chief E
ngineer(E
AP) PWR
D, Guwahati
5 TL/ ASR
IP/ CE
/ PWD/ / 2022/ 222 14.10.2022 R
eg. Submissionof Minutesof Meeting. Chief E
ngineer(E
AP) PWR
D, Guwahati
6 TL/ ASR
IP/ CE
/ PWD/ 2022/ 246 28.10.2022 Informationfor Leave of Highway DesignE
ngineer and SQME Chief E
ngineer(E
AP) PWR
D, Guwahati
30. CORRESPONDENCE FOR THE MONTH OF OCT-22
Outgoing: Team Leader To Contractor :
S
LNo Referance No Date S
ubject Address
1 TL
/ ASR
IP/ CONT/ R
I-5/ 2022/ 226 15.10.2022 R
egarding Delay in Submis
s
ion of MPR SHIVAM BHAR
TIA (JV) Dhakuakhana
2 TL
/ ASR
IP/ CONT/ R
I-5/ 2022/ 229 15.10.2022
R
egarding R
eviewsof CSC R
oad s
afety E
ngineer on Submitted document Traffic
and R
oad Safety Manual.
SHIVAM BHAR
TIA (JV) Dhakuakhana
3 TL
/ ASR
IP/ CONT/ R
I-2/ 2022/ 237 17.10.2022 R
egarding R
eview of R
einforcement Steel- Balaji Shakti TMT SHIVAM BHAR
TIA (JV) Dhakuakhana
4 TL
/ ASR
IP/ CONT/ R
I-3/ 2022/ 214 10.10.2022 R
eview of T
MTbarsof BDG metal & Power Ltd. & SHYAM ME
T
ALICT
MTbars SGCCL
-ANPL (JV) Golaghat
5 TL
/ ASR
IP/ CONT/ R
I-3/ 2022/ 215 10.10.2022 R
eview of TMT BarsR
as
hmi MetaliksL
td SGCCL
-ANPL (JV) Golaghat
6 TL
/ ASR
IP/ CONT/ R
I-5/ 2022/ 225 15.10.2022 R
egarding Delay in Submis
s
ion of MPR SGCCL
-ANPL (JV) Golaghat
7 TL
/ ASR
IP/ CONT/ R
I-5/ 2022/ 230 15.10.2022
R
egarding R
eviewsof CSC R
oad s
afety E
ngineer on Submitted document Traffic
and R
oad Safety Manual.
SGCCL
-ANPL (JV) Golaghat
8 TL
/ ASR
IP/ CONT/ R
I-5/ 2022/ 234 17.10.2022 R
egarding Source Approval of Aggregate SGCCL
-ANPL (JV) Golaghat
9 TL
/ ASR
IP/ CONT/ R
I-3/ 2022/ 241 26.10.2022 Traffic Divers
ion Plan and Safety during Cons
truction at CH: 17763 & CH: 17541 SGCCL ANPL (JV) Golaghat
10 TL
/ ASR
IP/ CONT/ R
I-3/ 2022/ 243 27.10.2022 Source Approval Of Aggregate SGCCL ANPL (JV) Golaghat
11 TL
/ ASR
IP/ CONT/ R
I-3/ 2022/ 245 28.10.2022
Submis
s
ion of Third Party Tes
t R
eportsof Admixture (Hind Plas
t Super HPC) &
Cons
truction water (Camp Bore well)
SGCCL ANPL (JV) Golaghat
12 TL
/ ASR
IP/ CONT/ R
I-4/ 2022/ 218 11.10.2022
R
egarding Temporary Divers
ion Plan at Chainage 1+090 to 1+150, 1+650 to
1+710 & 3+480 to 3+560
SHIVAM BHAR
TIA (JV) Paths
ala
13 TL
/ ASR
IP/ CONT/ R
I-5/ 2022/ 224 15.10.2022 R
egarding Delay in Submis
s
ion of MPR SHIVAM BHAR
TIA (JV) Paths
ala
14 TL
/ ASR
IP/ CONT/ R
I-4/ 2022/ 242 26.10.2022 R
egarding GSB materialsin Site without proper approval SHIVAM BHAR
TIA (JV) Paths
ala
15 TL
/ ASR
IP/ CONT/ R
I5/ 2022/ 212 07.10.2022 R
eview of Typical Cros
sSection SGCCL
-ANPL (JV) Moran
16 TL
/ ASR
IP/ CONT/ R
I5/ 2022/ 213 07.10.2022 R
eply- R
egarding Manufacture Tes
t certificate of TATA Steel. SGCCL
-ANPL (JV) Moran
17 TL
/ ASR
IP/ CONT/ R
I-5/ 2022/ 216 10.10.2022 R
eply- R
egarding Hindrance L
is
t from CH: 19+500 to CH: 24+500 SGCCL
-ANPL (JV) Moran
18 TL
/ ASR
IP/ CONT/ R
I-5/ 2022/ 217 11.10.2022 R
eply- R
egarding R
eview of Plan & Profile from Km. 14+000 to 23+000 SGCCL
-ANPL (JV) Moran
19 TL
/ ASR
IP/ CONT/ R
I-5/ 2022/ 223 15.10.2022 R
egarding Delay in Submis
s
ion of MPR SGCCL
-ANPL (JV) Moran
20 TL
/ ASR
IP/ CONT/ R
I-5/ 2022/ 228 15.10.2022
R
egarding detailsof Sampling to Identify the exis
itng R
egarding Detailsof
s
ampling to identify the exis
ting CBRvalue & the R
eviewsof CSC
SGCCL
-ANPL (JV) Moran
21 TL
/ ASR
IP/ CONT/ R
I-5/ 2022/ 235 17.10.2022 R
egarding Submis
s
ion of Fine Aggregate (Sand) tes
t reportsfor Source Approval. SGCCL
-ANPL (JV) Moran
22 TL
/ ASR
IP/ CONT/ R
I-5/ 2022/ 236 17.10.2022 R
eg. Submis
s
ion of Granular Sub-Bas
e Mix Des
ign SGCCL
-ANPL (JV) Moran
23 TL
/ ASR
IP/ CONT/ R
I-5/ 2022/ 244 28.10.2022 Source approval of Fine Aggregates(Sand) SGCCL
-ANPL (JV) Moran
24 TL
/ ASR
IP/ CONT/ R
I-5/ 2022/ 247 28.10.2022 R
egarding GSB material dumpued in R
oadway without proper approval SGCCL
-ANPL (JV) Moran
25 TL
/ ASR
IP/ CONT/ R
I-5/ 2022/ 227 15.10.2022 R
egarding Delay in Submis
s
ion of MPR S&P SHIVA (JV) Chumoni
26 TL
/ ASR
IP/ CONT/ R
I-7/ 2022/ 248 29.10.2022 R
egarding R
eview meeting at TL office, Fatas
il Ambari, Guwahati S&P-SHIVA (JV) Chumoni