World Non-Ferrous Awards was organized by Mtlexs on September 8, 2017 in Mumbai, India, with ET Now as a television partner, KPMG as a Knowledge Partner and Government of Maharashtra as a Partner State. The event was the first-of-its-kind with its focus on recognizing and felicitating excellence in the non-ferrous metal industry.
This document provides an overview of the global aluminium industry. It discusses key trends such as rising global production and consumption of aluminium from 2012-2018. China dominates the industry as the largest producer and consumer. The document also outlines opportunities in the industry such as growth in the Middle East and new application areas, as well as challenges around price volatility, high inventory levels, and high energy costs. The way forward discusses continued demand growth, especially in emerging markets, and the need for innovative production technologies to reduce energy usage and environmental impacts.
Enduralite Aluminum & Composite Material Technology is developing a new composite material made of aluminum and proprietary polymers that is more durable and realistic-looking than other building materials like wood or plastic. The material can be used to manufacture various exterior building products. It uses a patent-pending injection molding process to bond the polymers to aluminum. This new composite material has opportunities to grow in architectural and construction markets by offering a more durable alternative to existing products.
This document discusses using fly ash particles as reinforcement in aluminum matrix composites for automotive applications. Fly ash is a waste product from coal combustion that can be used to create lightweight composites with aluminum. The document reviews previous research on aluminum-fly ash composites and their mechanical properties like hardness and strength. It investigates producing aluminum-fly ash composites with 5-25% fly ash content using a two-step stir casting method. The composites are characterized to study their microstructure, mechanical properties, wear resistance, and corrosion behavior for automotive component applications.
Sapa is the world leader in aluminium solutions. The company is shaping a lighter future through a global reach and local presence within extrusions, building systems, and precision tubing. Here is Sapa's 2015 presentation.
11.scope and potential of indian aluminium industryAlexander Decker
The document discusses the scope and potential of the Indian aluminum industry. It provides an overview of the industry, including its major players, production and consumption levels in India, and the global aluminum industry context. Strategic models like SWOT analysis and Porter's Five Forces are used to analyze strengths, weaknesses, opportunities, and threats to the Indian aluminum industry. The future prospects for the industry in India are also examined.
Scope and potential of indian aluminium industryAlexander Decker
The document discusses the scope and potential of the Indian aluminum industry. It notes that India has the 5th largest bauxite reserves in the world at around 3 billion tons. The aluminum industry in India has experienced substantial growth in the past decade and production is currently outpacing demand. However, per capita consumption of aluminum in India is still relatively low compared to other countries. The industry has potential for further growth as consumption increases over time to meet demand from various sectors like power, transportation, and construction. The document analyzes the industry using tools like SWOT analysis and Porter's five forces model.
This has also made environmental protection issuesxinxingdetector
The document discusses several issues facing China's aluminum industry, including overcapacity, insufficient resource supply, lack of deep processing, and increasing environmental pressures. It notes that while China has become the world's largest producer of aluminum, it relies heavily on imports for bauxite and has seen pollution incidents from aluminum smelting. The development of the industry is in an difficult period as it works to address these challenges of overcapacity, expanding applications, resource guarantees, environmental protection, and insufficient processing.
Aluminium Metal and Aluminium Products, Cast Aluminium Alloys, Alumina Extrac...Ajjay Kumar Gupta
Aluminium Metal and Aluminium Products, Cast Aluminium Alloys, Alumina Extraction, Aluminium Conductor, Aluminium Foil, Flexible Foil Packaging Laminate, Aluminium Foil Packs, Printing on Aluminium Foil, Beneficiation of Bauxite, Aluminium Die Castings
Aluminium plays a major role in the modern world through its innumerable forms of applications- from kitchen ware to electric conductors and from railway wagon to Appollo spacecraft. Because of its intrinsic and versatile properties of lightness, strength to weight ratio, corrosion resistance, electrical and thermal conductivity, non toxicity etc., a wide range of uses has opened up for this metal. Aluminium as a packaging material is unmatched owing to its light weight, hygienic and non-contamination which eventually results in longer shelf-life of end products.
See more
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https://goo.gl/3OASR3
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All about Aluminium, Alumina extraction, Alumina from Its Ores, Aluminium Alloys Applications, Aluminium and Aluminium Alloys, Aluminium and Aluminium Products, Aluminium and Aluminium Products Business, Aluminium applications, Aluminium Based Profitable Projects, Aluminium Based Small Scale Industries Projects, aluminium business ideas, aluminium business plan, Aluminium Extrusion, Aluminium Foil in Pharmaceutical Packaging, Aluminium Foil Production, aluminium manufacturing process, Aluminium metal and aluminium products, Aluminium production Industry in India, Aluminium production process, Aluminium Products Making Small Business Manufacturing, Aluminum and Aluminum Alloys, Aluminum Extrusion Technology, Aluminum Properties and Physical Metallurgy, Automatic packaging in foil, Best small and cottage scale industries, Business guidance for aluminium production, Business Plan for a Startup Business, Business start-up, Cast aluminium alloys, Extracting pure aluminum from bauxite, Extraction of aluminium, Fundamentals of Aluminium Metallurgy, Fundamentals of aluminium metallurgy production processing and applications, Great Opportunity for Startup, How Aluminium is produced, How aluminium products are made, How aluminum foil is made, How aluminum is made, How is aluminum extracted, How is aluminum used, How is electrolysis used to extract Aluminium?, How to Select a Flexible Foil Packaging Laminate, How to start a successful Aluminium business, How to Start Aluminium Fabrication Business, How to Start Aluminium production Business, How to Start Aluminium production Industry in India, How to Start Aluminum can Manufacturing Business, Lectrolytic Production of Aluminium, Liquid Packaging in Aluminium Foil, Manufacture of Aluminium Foil, Metallurgy of Aluminium Alloys, Most Profitable Aluminium production Business Ideas, New small scale ideas in Aluminium production industry, Printing on Aluminium Foil, Production of Aluminium, Profitable Aluminium Business Ideas & Opportunities
This document provides an overview of the global aluminium industry. It discusses key trends such as rising global production and consumption of aluminium from 2012-2018. China dominates the industry as the largest producer and consumer. The document also outlines opportunities in the industry such as growth in the Middle East and new application areas, as well as challenges around price volatility, high inventory levels, and high energy costs. The way forward discusses continued demand growth, especially in emerging markets, and the need for innovative production technologies to reduce energy usage and environmental impacts.
Enduralite Aluminum & Composite Material Technology is developing a new composite material made of aluminum and proprietary polymers that is more durable and realistic-looking than other building materials like wood or plastic. The material can be used to manufacture various exterior building products. It uses a patent-pending injection molding process to bond the polymers to aluminum. This new composite material has opportunities to grow in architectural and construction markets by offering a more durable alternative to existing products.
This document discusses using fly ash particles as reinforcement in aluminum matrix composites for automotive applications. Fly ash is a waste product from coal combustion that can be used to create lightweight composites with aluminum. The document reviews previous research on aluminum-fly ash composites and their mechanical properties like hardness and strength. It investigates producing aluminum-fly ash composites with 5-25% fly ash content using a two-step stir casting method. The composites are characterized to study their microstructure, mechanical properties, wear resistance, and corrosion behavior for automotive component applications.
Sapa is the world leader in aluminium solutions. The company is shaping a lighter future through a global reach and local presence within extrusions, building systems, and precision tubing. Here is Sapa's 2015 presentation.
11.scope and potential of indian aluminium industryAlexander Decker
The document discusses the scope and potential of the Indian aluminum industry. It provides an overview of the industry, including its major players, production and consumption levels in India, and the global aluminum industry context. Strategic models like SWOT analysis and Porter's Five Forces are used to analyze strengths, weaknesses, opportunities, and threats to the Indian aluminum industry. The future prospects for the industry in India are also examined.
Scope and potential of indian aluminium industryAlexander Decker
The document discusses the scope and potential of the Indian aluminum industry. It notes that India has the 5th largest bauxite reserves in the world at around 3 billion tons. The aluminum industry in India has experienced substantial growth in the past decade and production is currently outpacing demand. However, per capita consumption of aluminum in India is still relatively low compared to other countries. The industry has potential for further growth as consumption increases over time to meet demand from various sectors like power, transportation, and construction. The document analyzes the industry using tools like SWOT analysis and Porter's five forces model.
This has also made environmental protection issuesxinxingdetector
The document discusses several issues facing China's aluminum industry, including overcapacity, insufficient resource supply, lack of deep processing, and increasing environmental pressures. It notes that while China has become the world's largest producer of aluminum, it relies heavily on imports for bauxite and has seen pollution incidents from aluminum smelting. The development of the industry is in an difficult period as it works to address these challenges of overcapacity, expanding applications, resource guarantees, environmental protection, and insufficient processing.
Aluminium Metal and Aluminium Products, Cast Aluminium Alloys, Alumina Extrac...Ajjay Kumar Gupta
Aluminium Metal and Aluminium Products, Cast Aluminium Alloys, Alumina Extraction, Aluminium Conductor, Aluminium Foil, Flexible Foil Packaging Laminate, Aluminium Foil Packs, Printing on Aluminium Foil, Beneficiation of Bauxite, Aluminium Die Castings
Aluminium plays a major role in the modern world through its innumerable forms of applications- from kitchen ware to electric conductors and from railway wagon to Appollo spacecraft. Because of its intrinsic and versatile properties of lightness, strength to weight ratio, corrosion resistance, electrical and thermal conductivity, non toxicity etc., a wide range of uses has opened up for this metal. Aluminium as a packaging material is unmatched owing to its light weight, hygienic and non-contamination which eventually results in longer shelf-life of end products.
See more
https://goo.gl/iF25iN
https://goo.gl/3OASR3
https://goo.gl/fSIHG7
Tags
All about Aluminium, Alumina extraction, Alumina from Its Ores, Aluminium Alloys Applications, Aluminium and Aluminium Alloys, Aluminium and Aluminium Products, Aluminium and Aluminium Products Business, Aluminium applications, Aluminium Based Profitable Projects, Aluminium Based Small Scale Industries Projects, aluminium business ideas, aluminium business plan, Aluminium Extrusion, Aluminium Foil in Pharmaceutical Packaging, Aluminium Foil Production, aluminium manufacturing process, Aluminium metal and aluminium products, Aluminium production Industry in India, Aluminium production process, Aluminium Products Making Small Business Manufacturing, Aluminum and Aluminum Alloys, Aluminum Extrusion Technology, Aluminum Properties and Physical Metallurgy, Automatic packaging in foil, Best small and cottage scale industries, Business guidance for aluminium production, Business Plan for a Startup Business, Business start-up, Cast aluminium alloys, Extracting pure aluminum from bauxite, Extraction of aluminium, Fundamentals of Aluminium Metallurgy, Fundamentals of aluminium metallurgy production processing and applications, Great Opportunity for Startup, How Aluminium is produced, How aluminium products are made, How aluminum foil is made, How aluminum is made, How is aluminum extracted, How is aluminum used, How is electrolysis used to extract Aluminium?, How to Select a Flexible Foil Packaging Laminate, How to start a successful Aluminium business, How to Start Aluminium Fabrication Business, How to Start Aluminium production Business, How to Start Aluminium production Industry in India, How to Start Aluminum can Manufacturing Business, Lectrolytic Production of Aluminium, Liquid Packaging in Aluminium Foil, Manufacture of Aluminium Foil, Metallurgy of Aluminium Alloys, Most Profitable Aluminium production Business Ideas, New small scale ideas in Aluminium production industry, Printing on Aluminium Foil, Production of Aluminium, Profitable Aluminium Business Ideas & Opportunities
Aluminum is a lightweight metal that is the third most abundant element on Earth. It has high strength but low density, making it useful for construction, transportation, and packaging applications. Aluminum is produced from bauxite ore through an energy-intensive process involving refining the ore into alumina and then smelting it to produce aluminum. While aluminum production contributes to greenhouse gas emissions, recycling aluminum and using it in lightweight vehicles can reduce emissions through energy savings.
Aluminium and Aluminium Downstream Projects
(Aluminum Extrusion Profiles & Sections , Metal, Aluminum Products, Cans, Sheet, Extruded Products, Profiles, Doors, Windows, Aluminium Alloys, Tubes and Bars, Round Bars, Channels, Angles, Coils, Bars, Extruded Rods, Sheets, Foil, Automized Aluminium Powder, Aluminium Furniture, Aluminium House Hold Utensils, Aluminium Wire Drawing / Wire Mesh Plant, Anodic Aluminium Labels, Aerosol Cans)
Aluminium is a silvery-white, ductile metallic element, the most abundant in the earth's crust but found only in combination, chiefly in bauxite. Aluminum occurs naturally in many foods in low concentrations and is also present in many pharmaceuticals and drinking water. Refer to Aluminum Reaction for its reaction to Water, Oxygen & Acids. High levels in the body can be toxic. Having good conductive and thermal properties, it is used to form many hard, light, corrosion-resistant alloys.
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https://goo.gl/u12xgf
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Contact us:
Niir Project Consultancy Services
106-E, Kamla Nagar, Opp. Spark Mall,
New Delhi-110007, India.
Email: npcs.ei@gmail.com , info@entrepreneurindia.co
Tel: +91-11-23843955, 23845654, 23845886, 8800733955
Mobile: +91-9811043595
Website: www.entrepreneurindia.co , www.niir.org
Tags
Aluminium Production Process, How Aluminium is Produced, Aluminum Manufacturing, Process of Manufacturing in Aluminium Industry, Aluminium Manufacturing Process, Manufacturing Process of Aluminium, Aluminium Production, Aluminium Making Process, Project Profile on Aluminium Powder, Production of Aluminium, Manufacture of Aluminium, How to Start Aluminium Manufacturing Business, Profitable Aluminium Manufacturing Business Ideas & Opportunities, Manufacturing Business of Aluminium, Start Your Own Aluminium Manufacturing Business, Aluminium Manufacture, Starting Aluminium Manufacturing Business, Aluminium Manufacturing Plant, Aluminium Manufacturing Unit, Aluminium Production Plant, Aluminium Downstream Industry, Aluminum Downstream Project Report, Project Report for Aluminium Extrusion Plant, Aluminium Extrusion Process, Project Report on Aluminium Industry, Aluminium Extrusion Plant, Aluminium and Aluminium Products, Aluminum Products Manufacturing, Aluminum and Aluminum Products Manufacturing, Aluminum Products Manufacture, Making Aluminum Foil, Aluminium Foil Manufacturing Plant, Aluminium Foil, Manufacturing of Aluminium Foils, Aluminium Foil Manufacturing, Aluminium Foil Manufacturing Project Report, Aluminium Foil Production, Aluminium Foil Making, Aluminium Foil and Packaging, Project Report on Aluminium Foil Production, Aluminium Processing Industry, Aluminium Foil Manufacture, Production Process of Aluminium Foils, Aluminium Alloy from Virgin Metal, Aluminium Alloy from Scrap and Virgin Metal, Aluminium Alloy from Scrap and Virgin Metal Project Report, Aluminium Alloy
Not all sheen is robbed off: Aluminium demand fundamentals stay strong!alcircle.com
Global aluminium industry is visibly distressed. Aluminium prices on London Metal Exchange are yet to find a solid support – the fluctuating downward dip still continues; premiums have collapsed
Aluminum is a lightweight metal that is highly recyclable, corrosion resistant, and a good conductor of heat and electricity. It is the second most widely used metal in construction after steel. Aluminum is strong yet malleable, allowing it to be formed into complex shapes for uses like building frames, siding, windows, and doors. Some key properties that make aluminum suitable for construction include its high strength-to-weight ratio, durability, and ability to be easily shaped, finished, and recycled without loss of quality.
The document provides background information on the Indian aluminum industry. It discusses how aluminum was discovered in 1886 and how the Aluminum Corporation of India was founded in 1937 as the first attempt to manufacture aluminum in India. The Indian aluminum industry is represented by the Aluminum Association of India. The primary market structure of the Indian aluminum industry is oligopolistic, dominated by three major producers - Hindalco, Vedanta Aluminum, and Nalco. The secondary aluminum sector is larger and more fragmented with around 3,500 smaller producers. The document goes on to provide details on the aluminum extraction process, types of primary and secondary aluminum products, and the market structure of the aluminum extrusion industry in India.
The document provides background information on the Indian aluminum industry. It discusses how aluminum was discovered in 1886 and how the Aluminum Corporation of India was founded in 1937 as the first attempt to manufacture aluminum in India. The Indian aluminum industry is represented by the Aluminum Association of India. The primary market structure of the Indian aluminum industry is oligopolistic, dominated by three major producers - Hindalco, Vedanta Aluminum, and Nalco. The secondary aluminum sector is larger and more fragmented with around 3,500 smaller producers. The document goes on to provide details on the extraction and production processes of aluminum as well as the various primary and secondary product types.
The document discusses the role of aluminum in modern life and sustainability efforts by the aluminum industry. It begins by explaining how aluminum has become the world's second most used metal due to its abundance and versatile properties. It then discusses initiatives by the European Aluminum Association to improve sustainability performance on issues like energy use, emissions, recycling, and research. The paper aims to illustrate actions taken in response to commitments made during a consultation process and indicates the industry will continue dialogue on achieving full sustainability.
The document provides an overview of the global aluminum industry. It notes that China dominates global aluminum production and consumption, driven by growth in construction and infrastructure. While aluminum production is growing at 3% annually, consumption is growing faster at 4%. The industry faces challenges from price volatility and high inventory levels. Future demand growth is expected to come from emerging markets, as well as increased aluminum usage in construction, transportation, and other industries to boost energy efficiency and sustainability.
The document summarizes the global aluminum industry. It notes that China dominates global aluminum production and consumption, driven by growth in construction and infrastructure. While aluminum production is growing at 3% annually, consumption is growing faster at 4% through 2018. Price volatility and high global stockpiles present challenges to the industry. Future demand growth is expected in emerging markets, as well as in automotive, aerospace and green building applications, as aluminum is recyclable and lightweight. Major players are focusing on innovative and low-energy production technologies to reduce costs and environmental impacts.
This document discusses static and dynamic analysis of Al-alloy-7075 composite material with different manufacturing systems. It begins with an abstract describing how damping capacity is important for structural materials to eliminate damage from mechanical vibration. Aluminum composites play a significant role as lightweight machine components. The study aims to analyze the vibration characteristics and modal behavior of different aluminum alloy compositions using finite element analysis (FEA) software. After design and analysis, the most suitable manufacturing process will be selected for each material based on their individual physical properties. Cad and cae tools like Creo and Ansys will be used.
This document discusses the uses of aluminum in building construction. It begins with an introduction to aluminum, including its history, properties, and production. It then outlines various applications of aluminum in buildings, such as for external and internal components, equipment, industrial structures, prefabricated buildings, and finishes. The document concludes by noting aluminum's prevalence in the construction industry due to its light weight, corrosion resistance, workability, and recyclability.
This document discusses the uses of aluminum in building construction. It begins with an introduction to aluminum, including its history, properties, and production. It then outlines various applications of aluminum in buildings, such as for external and internal components, equipment, industrial structures, prefabricated buildings, and finishes. The document concludes by noting aluminum's prevalence in the construction industry due to its light weight, corrosion resistance, workability, and recyclability.
Aluminum is the third most abundant element in the Earth's crust, after oxygen and silicon. It is extracted from bauxite ore through the Bayer process, where it is purified into aluminum oxide and then smelted into aluminum metal through electrolysis. Aluminum is a lightweight, durable, ductile and corrosion-resistant metal that is used widely in transportation, construction, packaging, and many other applications due to its unique properties. It can be easily cast, machined and formed while also being recyclable.
Aluminum has many useful properties including being lightweight, strong, corrosion resistant, and highly conductive. It is used widely in transportation, packaging, construction, electrical systems, and more due to these advantageous properties.
Physically, chemically and mechanically aluminium is a metal like steel, brass, copper, zinc, lead or titanium. It can be melted, cast, formed and machined much like these metals and it conducts electric current. In fact, often the same equipment and fabrication methods are used as for steel.
Aluminum is the most abundant metal in the Earth's crust, making up about 8%. It is lightweight yet durable, corrosion-resistant, and malleable. Aluminum is widely used in building construction for doors, windows, siding, and curtain walls due to its strength, low maintenance needs, and ability to be fabricated into various forms. Curtain walls are non-structural outer walls that provide weather protection while allowing natural light, and are often made of aluminum frames filled with glass.
Aluminium Processing,Properties and Application Cooper Lackay
Aluminium is an element in the boron group with symbol Al and atomic number 13
Aluminium is so called because it is a base of “alum,” which in turn is derived from the Latin for “bitter salt.”
Aluminium is the second most plentiful metallic element on earth; an estimated 8.3% of the earth crust is composed of aluminium.
Aluminium Processing,Properties and Application Cooper Lackay
This document provides an overview of aluminium, including its production, processing, properties, applications, and recycling. It begins with an introduction to aluminium's composition and history. The production section describes how aluminium is extracted from bauxite ore and refined. Processing methods like extrusion, casting, and rolling are also outlined. Key properties such as lightness, corrosion resistance, and conductivity are highlighted. The applications section lists aluminium's use in various industries and products. Finally, the recycling of aluminium is discussed, noting its high recyclability and energy savings compared to primary production.
Simmal Aluminum Extrusion Designing To The Limits Nov 09frankpower
This document provides an overview of aluminum extrusions from Simmal Ltd, including:
- The company history of Simmal Ltd, which was founded in 1986 and is now a second generation family business turning over £10 million annually.
- The aluminum extrusion process, which involves aluminum billets being pushed through shaped dies by large presses to produce the desired shapes.
- The advantages of aluminum extrusions, such as their strength, corrosion resistance, light weight, heat and electrical conductivity, and ability to be produced in complex, close tolerance shapes in a cost effective manner.
- Case studies and opportunities for design solutions using aluminum extrusions are discussed.
The document discusses non-ferrous metals and focuses on aluminium. It defines metals and classifies them as ferrous and non-ferrous. For aluminium, it describes its properties, common uses in construction, how it is extracted from bauxite ore and manufactured, and why it is widely used in the building industry due to properties like durability, flexibility, strength to weight ratio, and recyclability.
Overview & Non Ferrous Materials Management in Indian Ordnance Factories - Mr...Mtlexs.com
Overview & Non Ferrous Materials Management in Indian Ordnance Factories - Mr. Subhodeep Choudhary
World Non-Ferrous Awards was organized by Mtlexs on September 8, 2017 in Mumbai, India, with ET Now as a television partner, KPMG as a Knowledge Partner and Government of Maharashtra as a Partner State. The event was the first-of-its-kind with its focus on recognizing and felicitating excellence in the non-ferrous metal industry.
Hedging - Mr. Aurobinda Prasad Gayan Vice President, Kotak Commodites
World Non-Ferrous Awards was organized by Mtlexs on September 8, 2017 in Mumbai, India, with ET Now as a television partner, KPMG as a Knowledge Partner and Government of Maharashtra as a Partner State. The event was the first-of-its-kind with its focus on recognizing and felicitating excellence in the non-ferrous metal industry.
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Similar to Development Growth & Innovation in Aluminium Sector & the desired Govt. Initiatives - Prof. K S S Murthy, Aluminium Association of India
Aluminum is a lightweight metal that is the third most abundant element on Earth. It has high strength but low density, making it useful for construction, transportation, and packaging applications. Aluminum is produced from bauxite ore through an energy-intensive process involving refining the ore into alumina and then smelting it to produce aluminum. While aluminum production contributes to greenhouse gas emissions, recycling aluminum and using it in lightweight vehicles can reduce emissions through energy savings.
Aluminium and Aluminium Downstream Projects
(Aluminum Extrusion Profiles & Sections , Metal, Aluminum Products, Cans, Sheet, Extruded Products, Profiles, Doors, Windows, Aluminium Alloys, Tubes and Bars, Round Bars, Channels, Angles, Coils, Bars, Extruded Rods, Sheets, Foil, Automized Aluminium Powder, Aluminium Furniture, Aluminium House Hold Utensils, Aluminium Wire Drawing / Wire Mesh Plant, Anodic Aluminium Labels, Aerosol Cans)
Aluminium is a silvery-white, ductile metallic element, the most abundant in the earth's crust but found only in combination, chiefly in bauxite. Aluminum occurs naturally in many foods in low concentrations and is also present in many pharmaceuticals and drinking water. Refer to Aluminum Reaction for its reaction to Water, Oxygen & Acids. High levels in the body can be toxic. Having good conductive and thermal properties, it is used to form many hard, light, corrosion-resistant alloys.
See more
https://goo.gl/u12xgf
https://goo.gl/63ZXmm
https://goo.gl/mJp2eR
Contact us:
Niir Project Consultancy Services
106-E, Kamla Nagar, Opp. Spark Mall,
New Delhi-110007, India.
Email: npcs.ei@gmail.com , info@entrepreneurindia.co
Tel: +91-11-23843955, 23845654, 23845886, 8800733955
Mobile: +91-9811043595
Website: www.entrepreneurindia.co , www.niir.org
Tags
Aluminium Production Process, How Aluminium is Produced, Aluminum Manufacturing, Process of Manufacturing in Aluminium Industry, Aluminium Manufacturing Process, Manufacturing Process of Aluminium, Aluminium Production, Aluminium Making Process, Project Profile on Aluminium Powder, Production of Aluminium, Manufacture of Aluminium, How to Start Aluminium Manufacturing Business, Profitable Aluminium Manufacturing Business Ideas & Opportunities, Manufacturing Business of Aluminium, Start Your Own Aluminium Manufacturing Business, Aluminium Manufacture, Starting Aluminium Manufacturing Business, Aluminium Manufacturing Plant, Aluminium Manufacturing Unit, Aluminium Production Plant, Aluminium Downstream Industry, Aluminum Downstream Project Report, Project Report for Aluminium Extrusion Plant, Aluminium Extrusion Process, Project Report on Aluminium Industry, Aluminium Extrusion Plant, Aluminium and Aluminium Products, Aluminum Products Manufacturing, Aluminum and Aluminum Products Manufacturing, Aluminum Products Manufacture, Making Aluminum Foil, Aluminium Foil Manufacturing Plant, Aluminium Foil, Manufacturing of Aluminium Foils, Aluminium Foil Manufacturing, Aluminium Foil Manufacturing Project Report, Aluminium Foil Production, Aluminium Foil Making, Aluminium Foil and Packaging, Project Report on Aluminium Foil Production, Aluminium Processing Industry, Aluminium Foil Manufacture, Production Process of Aluminium Foils, Aluminium Alloy from Virgin Metal, Aluminium Alloy from Scrap and Virgin Metal, Aluminium Alloy from Scrap and Virgin Metal Project Report, Aluminium Alloy
Not all sheen is robbed off: Aluminium demand fundamentals stay strong!alcircle.com
Global aluminium industry is visibly distressed. Aluminium prices on London Metal Exchange are yet to find a solid support – the fluctuating downward dip still continues; premiums have collapsed
Aluminum is a lightweight metal that is highly recyclable, corrosion resistant, and a good conductor of heat and electricity. It is the second most widely used metal in construction after steel. Aluminum is strong yet malleable, allowing it to be formed into complex shapes for uses like building frames, siding, windows, and doors. Some key properties that make aluminum suitable for construction include its high strength-to-weight ratio, durability, and ability to be easily shaped, finished, and recycled without loss of quality.
The document provides background information on the Indian aluminum industry. It discusses how aluminum was discovered in 1886 and how the Aluminum Corporation of India was founded in 1937 as the first attempt to manufacture aluminum in India. The Indian aluminum industry is represented by the Aluminum Association of India. The primary market structure of the Indian aluminum industry is oligopolistic, dominated by three major producers - Hindalco, Vedanta Aluminum, and Nalco. The secondary aluminum sector is larger and more fragmented with around 3,500 smaller producers. The document goes on to provide details on the aluminum extraction process, types of primary and secondary aluminum products, and the market structure of the aluminum extrusion industry in India.
The document provides background information on the Indian aluminum industry. It discusses how aluminum was discovered in 1886 and how the Aluminum Corporation of India was founded in 1937 as the first attempt to manufacture aluminum in India. The Indian aluminum industry is represented by the Aluminum Association of India. The primary market structure of the Indian aluminum industry is oligopolistic, dominated by three major producers - Hindalco, Vedanta Aluminum, and Nalco. The secondary aluminum sector is larger and more fragmented with around 3,500 smaller producers. The document goes on to provide details on the extraction and production processes of aluminum as well as the various primary and secondary product types.
The document discusses the role of aluminum in modern life and sustainability efforts by the aluminum industry. It begins by explaining how aluminum has become the world's second most used metal due to its abundance and versatile properties. It then discusses initiatives by the European Aluminum Association to improve sustainability performance on issues like energy use, emissions, recycling, and research. The paper aims to illustrate actions taken in response to commitments made during a consultation process and indicates the industry will continue dialogue on achieving full sustainability.
The document provides an overview of the global aluminum industry. It notes that China dominates global aluminum production and consumption, driven by growth in construction and infrastructure. While aluminum production is growing at 3% annually, consumption is growing faster at 4%. The industry faces challenges from price volatility and high inventory levels. Future demand growth is expected to come from emerging markets, as well as increased aluminum usage in construction, transportation, and other industries to boost energy efficiency and sustainability.
The document summarizes the global aluminum industry. It notes that China dominates global aluminum production and consumption, driven by growth in construction and infrastructure. While aluminum production is growing at 3% annually, consumption is growing faster at 4% through 2018. Price volatility and high global stockpiles present challenges to the industry. Future demand growth is expected in emerging markets, as well as in automotive, aerospace and green building applications, as aluminum is recyclable and lightweight. Major players are focusing on innovative and low-energy production technologies to reduce costs and environmental impacts.
This document discusses static and dynamic analysis of Al-alloy-7075 composite material with different manufacturing systems. It begins with an abstract describing how damping capacity is important for structural materials to eliminate damage from mechanical vibration. Aluminum composites play a significant role as lightweight machine components. The study aims to analyze the vibration characteristics and modal behavior of different aluminum alloy compositions using finite element analysis (FEA) software. After design and analysis, the most suitable manufacturing process will be selected for each material based on their individual physical properties. Cad and cae tools like Creo and Ansys will be used.
This document discusses the uses of aluminum in building construction. It begins with an introduction to aluminum, including its history, properties, and production. It then outlines various applications of aluminum in buildings, such as for external and internal components, equipment, industrial structures, prefabricated buildings, and finishes. The document concludes by noting aluminum's prevalence in the construction industry due to its light weight, corrosion resistance, workability, and recyclability.
This document discusses the uses of aluminum in building construction. It begins with an introduction to aluminum, including its history, properties, and production. It then outlines various applications of aluminum in buildings, such as for external and internal components, equipment, industrial structures, prefabricated buildings, and finishes. The document concludes by noting aluminum's prevalence in the construction industry due to its light weight, corrosion resistance, workability, and recyclability.
Aluminum is the third most abundant element in the Earth's crust, after oxygen and silicon. It is extracted from bauxite ore through the Bayer process, where it is purified into aluminum oxide and then smelted into aluminum metal through electrolysis. Aluminum is a lightweight, durable, ductile and corrosion-resistant metal that is used widely in transportation, construction, packaging, and many other applications due to its unique properties. It can be easily cast, machined and formed while also being recyclable.
Aluminum has many useful properties including being lightweight, strong, corrosion resistant, and highly conductive. It is used widely in transportation, packaging, construction, electrical systems, and more due to these advantageous properties.
Physically, chemically and mechanically aluminium is a metal like steel, brass, copper, zinc, lead or titanium. It can be melted, cast, formed and machined much like these metals and it conducts electric current. In fact, often the same equipment and fabrication methods are used as for steel.
Aluminum is the most abundant metal in the Earth's crust, making up about 8%. It is lightweight yet durable, corrosion-resistant, and malleable. Aluminum is widely used in building construction for doors, windows, siding, and curtain walls due to its strength, low maintenance needs, and ability to be fabricated into various forms. Curtain walls are non-structural outer walls that provide weather protection while allowing natural light, and are often made of aluminum frames filled with glass.
Aluminium Processing,Properties and Application Cooper Lackay
Aluminium is an element in the boron group with symbol Al and atomic number 13
Aluminium is so called because it is a base of “alum,” which in turn is derived from the Latin for “bitter salt.”
Aluminium is the second most plentiful metallic element on earth; an estimated 8.3% of the earth crust is composed of aluminium.
Aluminium Processing,Properties and Application Cooper Lackay
This document provides an overview of aluminium, including its production, processing, properties, applications, and recycling. It begins with an introduction to aluminium's composition and history. The production section describes how aluminium is extracted from bauxite ore and refined. Processing methods like extrusion, casting, and rolling are also outlined. Key properties such as lightness, corrosion resistance, and conductivity are highlighted. The applications section lists aluminium's use in various industries and products. Finally, the recycling of aluminium is discussed, noting its high recyclability and energy savings compared to primary production.
Simmal Aluminum Extrusion Designing To The Limits Nov 09frankpower
This document provides an overview of aluminum extrusions from Simmal Ltd, including:
- The company history of Simmal Ltd, which was founded in 1986 and is now a second generation family business turning over £10 million annually.
- The aluminum extrusion process, which involves aluminum billets being pushed through shaped dies by large presses to produce the desired shapes.
- The advantages of aluminum extrusions, such as their strength, corrosion resistance, light weight, heat and electrical conductivity, and ability to be produced in complex, close tolerance shapes in a cost effective manner.
- Case studies and opportunities for design solutions using aluminum extrusions are discussed.
The document discusses non-ferrous metals and focuses on aluminium. It defines metals and classifies them as ferrous and non-ferrous. For aluminium, it describes its properties, common uses in construction, how it is extracted from bauxite ore and manufactured, and why it is widely used in the building industry due to properties like durability, flexibility, strength to weight ratio, and recyclability.
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This document provides information about an upcoming conference on increasing demand for non-ferrous metals in India. The conference will discuss how initiatives like "Make in India" can spur demand, and how the non-ferrous metal industry can be future-ready and achieve double-digit growth over the next decade. The agenda, speakers, partners, and potential attendees are outlined. International companies are invited to explore opportunities like joint ventures in India or relocating existing plants. The growing Indian economy and infrastructure development are expected to drive significant growth in non-ferrous metal consumption.
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This document introduces an online auction platform called MTLEXSSPOT for trading non-ferrous metals in India. It provides a 3-level dashboard for selecting primary/scrap metals and products. The platform offers benefits like price discovery, customer discovery, and low transaction costs for buyers and sellers. The auction process involves pre-registration, defining contract terms, depositing margins, and online bidding over 1.5 hours with extensions. Basic rules ensure anonymity and penalties for defaults. Sample contracts show payment and delivery terms. The platform aims to increase non-ferrous metal demand in India.
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The World Non-Ferrous Conference 2016 will discuss how to increase demand for the non-ferrous metal industry in India. The conference aims to facilitate discussions on making the non-ferrous metal sector future-ready and able to achieve double-digit growth over the next decade. The agenda will include speakers from industry and government discussing topics like upcoming demand drivers in sectors like defense, railways, and housing and how to innovate and keep up with global trends. Attendees will include producers, recyclers, end users, industry associations, government authorities, and others involved in the non-ferrous metals sector.
World Non Ferrous Conference 2016:
After a grand success of the first edition of “Vision 2022 – Make In India” conference 2015, Mtlexs a Non Ferrous Metals e-Marketplace Announces and Invites all key players and market leaders of NonFerrousMetal Industry to the Second Edition of "World Non FerrousConference2016” with the theme: "Vision 2022- Future Ready Ecosystem" scheduled to be held on 7th & 8th October 2016, Mumbai, Partnered by the State of Maharashtra.
For More Details Please Visit - wnfc.mtlexs.com
Register - http://events.mtlexs.com/wnfc/register/
Sponsorship - http://events.mtlexs.com/wnfc/sponsors/
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2. ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
Aluminium is a young material and, in little more than a century since its
first commercial production, it has become the world’s second most used
metal after steel. Its high strength-to-weight ratio, durability, formability,
conductivity and exceptional barrier properties make it a fundamental part
of many aspects of our daily lives.
In fact, aluminium is all around us, in essential, functional or decorative
roles. We travel in it, we eat and drink from it, make utensils and objects
from it and use equipment and appliances made of it every day.
Life without aluminium would be quite unthinkable in this day and age. The
demand for aluminium products is increasing year by year, with aluminium
the metal of choice for leading designers, architects and engineers all of
whom are looking for a material which combines functionality and cost-
effectiveness with forward looking form and design potential.
3. ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
Aluminium is an extraordinarily versatile material. The range of forms it
can take and the variety of surface finishes available mean it lends itself to
a wide range of products, many of which we use every day of our lives.
POTENTIAL APPLICATION SECTORS :
Automobile & Transport
Building & Construction
Packaging
Electrical sector
Consumer durables
5. ALUMINIUM IN TRANSPORT Aluminium’s low density, high strength-
to-weight ratio, dimensional stability,
corrosion resistance, formability,
recyclability and crash resistance is a key
driver of lightweight, safe vehicles that
contribute significantly to fuel savings
and safety in transport.
Weight-reduction efforts in automotive design
and construction have increased significantly
in recent years. Every 10 per cent reduction in
the vehicle mass increases fuel economy by
about six to eight per cent. Aluminium is lighter
material than steel and use of aluminium alloys
for body-in-white (BIW) and other subsystem
components would result in reduction of fuel
consumption as well as CO2 emissions.
ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
10. ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
ALUMINIUM IN BUILDING AND CONSTRUCTION
Aluminium is a product with unique properties, making it a natural partner
for the building industry. Thanks to its strength, durability, corrosion
resistance and recyclability, it has become an essential product for the
building industry and over the past 50 years its use in building applications
has shown continuous and consistent growth.
• Aluminium is an Energy Bank.
• Ideal material as it can be not only easily be fabricated but also given any kind of
finish.
• It is also highly corrosion resistant besides being light and strong;
• Also it enables efficient cooling and heating as it ensures very good locking between
frame and windows or doors. Further it can also be insulated wherever it is required.
• It is eco-friendly and fire resistant therefore competes very well with plastics and
wood.
• Saves forest wealth and maintains ecology when used as replacement for wood.
• It does not require any periodical maintenance as in the case of wood or steel and
thus the maintenance cost will be very low
12. ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
ALUMINIUM FORMWORK TECHNOLOGY
This technology is a revolutionary construction system, which has been
quite extensively used in India. Using this unique formwork, walls, floor
slabs, columns, beams, stairs, balconies together with door and
window openings are cast in place
14. ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
ALUMINIUM IN PACKAGING
The unique intrinsic
properties of aluminium
– high formability,
lightweight yet strong,
attractive metallic
appearance, providing a
total barrier to light,
gases and moisture and
recyclability - make it a
preferred packaging
material for food and
drink
Aluminium's ability to form any shape and its
protective qualities have made it the most
versatile packaging material in the world. In
addition, a key benefit is that aluminium foil,
aluminium cans and other aluminium
packaging materials can be fully recycled and
reused an infinite number of times.
The important aspect of aluminium as a
packaging material is its recyclability. In fact
recycled aluminium world over is mostly
derived from aluminium in packaging food,
vegetables, beverages etc., which has lowest
life cycle.
17. ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
ALUMINIUM IN ELECTRICAL AND ENGINEERING APPLICATIONS
Aluminium is also widely used in
engineering, e.g. as framing materials.
In particular, it is a key element in the
transmission of electricity.
High-voltage overhead cables have been
made of aluminium for many decades
with the combination of light weight and
excellent conductivity making it the
ideal material.
Aluminium cables are
essential in establishing
smart electric grid mixes
with numerous
decentralised renewable
energy production units
18. ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
ALUMINIUM IN CONSUMER DURABLES AND ELECTRONICS
Consumer durables and electronics Aluminium
has many domestic uses, particularly in the
kitchen. Many day-to-day utensils and kitchen
appliances use aluminium, with its excellent
heat conductivity – 2.5 higher than steel -
making it an ideal component of pots, pans and
baking materials. Manufacturers are also
increasingly incorporating aluminium into a
variety of electronic equipment, including TVs,
tablets, laptops, smartphones. Aluminium
casings are light and strong, aesthetic and
practical and offering greater robustness and
reliability than plastic. Indeed, aluminium is
increasingly viewed as an indicator of premium
quality in electronic devices..
Aluminium’s dimensional
stability, light weight,
durability, conductivity
and recyclability are key
assets in making
aluminium an ideal
material in electronics
and consumer durables,
particularly in premium
products.
20. 2020
Aluminium in Solar panels Aluminium in Consumer durables
Aluminium in Health Care Equipments 3D printed aluminium parts
provide ideal solutions for
designers’ applications
across a range of industries
– especially automotive and
aerospace.
ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
22. 2222
ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
Indian Aluminium Industry
Plays a vital role in nation’s economy, and is a strategically important
industry due to its role in energy security, national defence, rural
electrification, electricity transmission & distribution, automobile, aviation,
construction and real estate.
One of the key Growth Sector for India and possesses a huge potential to
contribute as a Wealth Creator for nation’s economic growth.
Impact on nation’s economy
1. Very high multiplier effect on investment and turn over
2. Huge employment generation potential
3. Strategic importance as a large quantity of aluminium is used for
infrastructure sector
4. Key contribution in manufacturing through Government’s “Make
in India” programme & “Smart Cities” initiative
23. Aluminium-Key Industry in the scheme of economic development
- Indian Aluminium demand is growing at a CAGR of 10% and anticipated to
grow more than 4 times by 2030 with the government’s visionary initiatives
like Make in India, Smart Cities, 100% rural electrification, indigenous space
programmes, domestic defence sector revival etc. which will boost domestic
manufacturing and value addition.
- Aluminium Industry has huge potential for contribution for earnings and
savings of Forex to the tune of US $ 8-10 billion.
- Electricity Generation is included in Core Industries due to its national
importance and benefits to the society. Aluminium is one of the main
components of Electrical Transmission and Distribution (accounts for 38% of
total Aluminium consumption in India).
- Aluminium demand is rising in domestic defence sector as special advanced
Aluminium Alloys in aero structures for fighter aircraft and helicopters,
warships, submarines and components for aero frames, engines, radars,
missiles etc.
ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
24. Indian Aluminium Industry- Huge Contribution to Human Capital
- Aluminium Industry employs around 7.5 Lakh people directly & in-directly and will
add another 5 lakh jobs at full capacity utilization.
- The growth of primary aluminium industry has multiplier effect on further
development of downstream industries and generating employment, thereby
increasing further the capital outlay and employment opportunities considerably.
ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
Aluminium- A key input in Infrastructure Sector
- Aluminium plays a critical role in building blocks of India’s economy.
- Key sub sectors of Infrastructure sector are the major consumers of Aluminium
in India.
- Aluminium is primarily consumed in Electrical (38%), Transport (32%) and
Construction sector (10%), accounting for 80% of India’s aluminium
consumption in key Infrastructure Sectors.
25. 2525
INDIAN ALUMINIUM INDUSTRY: GOVERNMENT INITIATIVES
As part of the Make in India initiative 25 Focus sectors have been identified.
Majority of these key focus sectors are a major consumers of Aluminium in
India – automobiles, auto components, aviation, construction, defence
manufacturing, electrical machinery, electronic system design and
manufacturing, ports, railways, renewable energy, roads and highways,
space, power etc.
ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
26. 2626
ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
Automobile / Auto-components Industry:
India is currently the sixth largest producer in the world with annual
production of 25 million vehicles (FY 2016-17). By 2026 it is expected to be
the third largest automotive market by volume.
This sector has grown by 24% in last 5 years with a growing working
population and an expanding middle class being the key demand drivers.
In India an average of 40 kg aluminium is used for a car against an average
of 150 kg in the developed countries. There is a tremendous scope for
increasing aluminium use in Automobiles as light weight vehicles are more
energy efficient. Moreover use of aluminium in automobiles is directly linked
to cutting CO2 emissions.
Domestic Aluminium Industry has developed key special alloys for Auto
Industry substituting imports.
27. 2727
ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
Aviation
India is one of the fastest growing aviation markets and currently the ninth
largest civil aviation market in the world and projected to be the third largest
aviation market by 2020.
The Indian aviation sector is likely to see investments totalling USD 15
bullion during 2016-2020 of which USD 10 billion is expected to come from
the private sector.
Passenger traffic is growing at 20% per annum in the last 2 years.
By 2020 the plan is to increase the number of operational airports to 250, and
Indian carriers to increase their fleet size to reach 800 aircraft.
Aviation sector will be a big demand sector for Aluminium in coming years
28. 2828
ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
Defence Sector / Domestic Defence Manufacturing
India is one of the largest importers of conventional defence equipment and
spends about 31.1% of its total defence budget. About 60% of its defence
requirements are met through imports which offers a huge opportunity for
import substitution.
The recent defence policy promotes indigenous defence manufacturing and
allows participation of private companies for defence sector.
This will promote self-reliance, indigenisation, and technology upgradation,
besides helping in building domestic capabilities and also bolster exports in
the long term.
This will boost up Aluminium demand as special advanced Aluminium Alloys
used in aero structures for fighter aircraft and helicopters, warships,
submarines and components for aero frames, engines, radars, missiles etc.
Domestic aluminium industry is very much capable to meet these requirements
for domestic defence manufacturing.
29. 2929
ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
Construction:
Construction sector in India will remain buoyant due to increased demand
from real estate and infrastructure projects with the increasing population
and rising standards of living.
Investments of USD 650 Billion in urban infrastructure is estimated over next
20 years.
100 Smart Cities and 500 AMRUT Cities with investment of 2 trillion rupees
in next five years.
Construction sector accounts for 10% of total aluminium consumption in
India and is expected to increase with the rapid pace of urban development
programmes in India.
30. 3030
ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
Electrical Sector / Electrical machinery:
Government’s target of ‘Power for All’ and 24x7 power availability by 2022 which will
generate huge demand for power transmission & distribution infrastructure.
Incentives for capacity addition in power generation will increase the demand for
electrical equipment and machinery.
Rapid increases in sectors such as infrastructure, power, mining, oil and gas, refinery,
steel, automotive and consumer durables and industrial production will fuel further
growth.
Indian electronics market is one of the largest in the world and anticipated to reach
USD 400 billion by 2020. Major government initiatives like Digital India, Electronics
Manufacturing Clusters (AMCs) scheme, National Knowledge Network & National
Optical Fibre Network will create large market.
Electrical sector is the biggest consumer of Aluminium in India and accounts for 36% of
total consumption and this sector is expected to witness high growth for aluminium
demand.
31. 3131
ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
Ports and Shipping:
90% of the country’s trade by volume and 70% by value is moved through maritime
transport. In last four years 118 projects involving investment of USD 7.73 billion
have been approved. Ports Project with investment of USD 10 billion identified for
award during the next five years. The upcoming projects of ports development, port
services and ship building & repair facilities will create high demand of aluminium
and can be catered by domestic aluminium industry.
Railways:
Indian Railways has 3rd largest railways network and 4th largest rail freight carrier in
the world.
100% Foreign Direct Investment (FDI) in the railway infrastructure segment has been
allowed recently which has opened up opportunities for participation in infrastructure
projects such as high-speed train projects, dedicated freight corridors to and from
ports, railway electrification, high-speed tracks and suburban corridors, boost
passenger amenities, modernization of stations, provision of foot-over bridges,
escalators etc.
Proposal to harness solar energy by utilising rooftop spaces of railway stations,
buildings and railway land.
Domestic Aluminium industry will play a key role by catering aluminium demand for
modernization of Indian railways.
32. 3232
ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
Renewable Energy
India has the fifth largest power generation portfolio in the world and targets 175 GW
of renewable power by2022 which will include 100 GW of Solar power. With current
solar power capacity of 13 GW the sector will grow over four times in next few years.
The National Solar Mission aims to promote the development and use of solar energy
for power generation and other uses and targets 100 GW solar capacity by 2022
creating a positive environment and will offer massive opportunities across the value
chain. With such a target for capacity expansion in renewable energy sector the
demand of aluminium will grow by four times in solar power sector.
Space
In the last few years Indian Space programs have seen an accelerated growth over the
past decade. India is now among the top few counties in space exploration
programmes with recent milestones and success of Mars Mission (Mangalyaan),
Lunar Mission (Chandrayaan) and other major satellites. Foreign Direct Investment
(FDI) up to 100% is allowed in satellites-establishment and operation, subject to the
sectoral guidelines of the Department of Space/ISRO, under the government route.
The growth of space exploration programmes is also linked to demand of high quality
and special grade advanced alloys aluminium which can be supplied by the domestic
Aluminium industry.
33. ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
Aluminium industry is forging ahead with rapid expansion in both Primary metal
and Downstream sectors. Further, as the country forges ahead for rapid growth in
manufacturing, as planned by our esteemed Government, under the leadership of our
dynamic Prime Minister Shri Narendra Modi Ji, Aluminium Industry will respond
equally strongly to this mission by rapidly expanding the production and
consumption of Aluminium involving very large investments at various stages of
manufacturing of aluminium and its end use products.
Global Aluminium consumption growth rate is being driven by China & India. The
consumption of primary Aluminium has risen sharply since 2002 and saw a significant
growth at a CAGR of 10%. Aluminium demand in India is anticipated to grow more
than times by 2030 with the ongoing government’s visionary initiatives like Make in
India, Smart Cities, Power for All, indigenous space programs, domestic dense sector
revival, boosting domestic manufacturing, development of infrastructure and growing
automotive & aviation sectors in India.
India can sure find a prime position in global map
34. Indian Aluminium Market Growth
2,425
2,200
1,877
1,515
2,7
05 2,5
88
2,8
40
FY09 FY10 FY11 FY12 FY13 FY14 FY15
1
7
Aluminium will ‘Outpace’ the GDP growth
ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
36. ALUMINIUM – SUSTAINABLE SOLUTION TO ALL MODERN
CHALLENGES
Aluminium consumption in India is poised to grow from 3.3 million tonne (mt) in 2015-
16 to 5.3 mt in 2020-21 riding on a host of government initiatives like, Make in India,
Smart Cities, Housing for all, rural electrification, and freight corridors.
Aluminium Industry will respond equally strongly to this mission by rapidly
expanding the production and consumption of Aluminium involving very large
investments at various stages of manufacturing of aluminium and its end use
products.
• Enhanced capacities would require skilled /semi-skilled manpower
• Domestic Industry would be self sufficient to meet the growing requirements
• National Capital Goods Policy intends to boost manufacturing of capital goods to
Rs 7.50Tn by 2025.
• The Solar Cities initiative plans a min.10% reduction in conventional energy
demand. Aluminium key to the success of this project
• All administrative hurdles encountering in production of Primary Metal especially
relating to allocation of mines & coal blocks, transportation in particular rail, road,
encouragement to generate capital power and avoidance of duties on captive
power are taken care vide government initiatives to promote production of Primary
Metal.