Rubber Research, Inc. (RRI) announces the purchase of a manufacturing plant located in Ogilvie, Minnesota, USA. Plant formerly belonged to Hi-Rubber, Inc.
Risilica is developing a technology to transform agricultural waste like rice husks and straw into profitable products like amorphous silicon dioxide and bioethanol. They have established an experimental laboratory to develop the technology and produce samples. Their process utilizes rice husks to produce high purity amorphous silicon dioxide and bioethanol, providing higher economic returns than existing waste burning methods. Risilica plans to initially build 5 factories to produce over 120 million USD worth of amorphous silicon dioxide and 30 million USD of bioethanol annually by 2022. They are seeking a 10 million USD investment for construction of their first commercial plant.
Shree cement sustainable business practicesHarshit Arya
Shree Cement is one of the largest cement manufacturers in India. To reduce the environmental impact of cement production, Shree Cement has implemented strategies like innovating processes, embedding sustainability practices, and engaging with competitors on efficiency. Some of Shree Cement's innovations include using biomass and waste to reduce clinker usage and consumption of resources like water. These sustainability-focused practices have helped Shree Cement achieve strong financial growth while also providing social and environmental benefits to local communities.
This document presents a business plan for Ash Bricks Pvt. Ltd., a company that aims to become the largest producer of fly ash bricks in India. The plan outlines the company's vision, mission, promoters, plant location, operational plans, marketing strategy, and financial projections. It details the production process, resources required, and targets sales of 1.5 million bricks in the first year. Financially, the plan estimates a net profit of Rs. 4.28 lakhs in the first year with an expected break-even point of 4 years. The business aims to address the gap between brick demand and supply while reducing environmental pollution from traditional brick production.
A Green Building initiative, JB Fly Ash Bricks aims for fully green environment. It aims for saving agriculture land & thereby increasing the yield of corps.
It comes with very high quality as tested by Jadavpur University & NIT, Durgapur as well as the most economical comparing to red clay bricks & we continue aim for it.
Green cement is an environmentally friendly alternative to ordinary Portland cement (OPC) that uses optimized recycled materials. It produces 0-0.1 tons of CO2 compared to 1 ton from OPC, uses sustainable raw materials, and allows for raw material reuse. Types include those made from fly ash, magnesium oxide, steel/glass waste, and those that sequester carbon or use lower temperature processes. The global green cement market is growing rapidly, led by countries like the US and companies including LafargeHolcim. Production in India is also increasing to reduce the carbon footprint of the cement industry.
This document summarizes a final event held at Brightlands Innovation Factory on July 15, 2016 in Maastricht to discuss turning CO2 into value. It provides background on the problem of increasing CO2 concentration leading to climate change. The event discussed research into using CO2 to destroy asbestos and produce high-value minerals as three potential business cases. The goal is to turn CO2 into a resource rather than a waste byproduct by developing commercial solutions and an appropriate business model.
Sodium silicates are produced from soda ash and silica sand or quartz through two main processes - one using soda ash and the other using caustic soda. Sodium silicate has many applications including in detergents, rubber, food and beverage, and paper and pulp industries. Detergents represent the largest market share for sodium silicate. The document provides production details and market information on major sodium silicate producers worldwide.
Risilica is developing a technology to transform agricultural waste like rice husks and straw into profitable products like amorphous silicon dioxide and bioethanol. They have established an experimental laboratory to develop the technology and produce samples. Their process utilizes rice husks to produce high purity amorphous silicon dioxide and bioethanol, providing higher economic returns than existing waste burning methods. Risilica plans to initially build 5 factories to produce over 120 million USD worth of amorphous silicon dioxide and 30 million USD of bioethanol annually by 2022. They are seeking a 10 million USD investment for construction of their first commercial plant.
Shree cement sustainable business practicesHarshit Arya
Shree Cement is one of the largest cement manufacturers in India. To reduce the environmental impact of cement production, Shree Cement has implemented strategies like innovating processes, embedding sustainability practices, and engaging with competitors on efficiency. Some of Shree Cement's innovations include using biomass and waste to reduce clinker usage and consumption of resources like water. These sustainability-focused practices have helped Shree Cement achieve strong financial growth while also providing social and environmental benefits to local communities.
This document presents a business plan for Ash Bricks Pvt. Ltd., a company that aims to become the largest producer of fly ash bricks in India. The plan outlines the company's vision, mission, promoters, plant location, operational plans, marketing strategy, and financial projections. It details the production process, resources required, and targets sales of 1.5 million bricks in the first year. Financially, the plan estimates a net profit of Rs. 4.28 lakhs in the first year with an expected break-even point of 4 years. The business aims to address the gap between brick demand and supply while reducing environmental pollution from traditional brick production.
A Green Building initiative, JB Fly Ash Bricks aims for fully green environment. It aims for saving agriculture land & thereby increasing the yield of corps.
It comes with very high quality as tested by Jadavpur University & NIT, Durgapur as well as the most economical comparing to red clay bricks & we continue aim for it.
Green cement is an environmentally friendly alternative to ordinary Portland cement (OPC) that uses optimized recycled materials. It produces 0-0.1 tons of CO2 compared to 1 ton from OPC, uses sustainable raw materials, and allows for raw material reuse. Types include those made from fly ash, magnesium oxide, steel/glass waste, and those that sequester carbon or use lower temperature processes. The global green cement market is growing rapidly, led by countries like the US and companies including LafargeHolcim. Production in India is also increasing to reduce the carbon footprint of the cement industry.
This document summarizes a final event held at Brightlands Innovation Factory on July 15, 2016 in Maastricht to discuss turning CO2 into value. It provides background on the problem of increasing CO2 concentration leading to climate change. The event discussed research into using CO2 to destroy asbestos and produce high-value minerals as three potential business cases. The goal is to turn CO2 into a resource rather than a waste byproduct by developing commercial solutions and an appropriate business model.
Sodium silicates are produced from soda ash and silica sand or quartz through two main processes - one using soda ash and the other using caustic soda. Sodium silicate has many applications including in detergents, rubber, food and beverage, and paper and pulp industries. Detergents represent the largest market share for sodium silicate. The document provides production details and market information on major sodium silicate producers worldwide.
GID - Trisoplast technology and Multriwell system for landfills in Indiaw2vindia
Presentation by Mr. Jack Wammes, CEO of GID Milieutechniek B.V. He explains about the best practices, products and projects executed by GID for the following:
1. Proper bottom lining and side lining with provision of capping using Trisoplast technology
2. Gas extraction using the Multriwell system
Cement production is a major contributor to global emissions. This document summarizes a report outlining a pathway for Australia to achieve zero carbon cement production within 10 years through 5 strategies: 1) Using geopolymer cements containing no Portland cement, 2) Using high-blend cements with low Portland cement, 3) Employing mineral carbonation to capture remaining emissions, 4) Using less cement through design and materials efficiency, and 5) Developing carbon negative magnesium-based cements. This would transform Australia's cement industry from a significant emitter to a carbon sink, and position the country as a leader in zero carbon cement technology.
Giflor is an Italian closure manufacturer founded in 1973 with €10M invested in manufacturing facilities. They have 5,000 square meters of production space and 55 injection molding machines. Giflor focuses on teamwork, sustainable design, and competitive innovation. They offer various closure lines including bi-injected, Eco Low Profile, and custom designs. Giflor works with partners to provide closures for bottles, tubes, and other containers.
This document discusses the promotion of using foundry slag waste from iron and steel production in foundries as an aggregate in paver block making. It begins by providing background on foundry slag waste and the Indian foundry sector, noting that approximately 5 lakh tonnes of slag waste is generated annually. It then describes the development of a technology to produce paver blocks by completely replacing coarse and fine aggregates with foundry slag. Test results found that paver blocks produced this way met strength standards. The document concludes by outlining the business potential and costs for setting up an enterprise to produce paver blocks using this waste-to-resource process.
Concrete and cement production has major environmental impacts as it is one of the largest greenhouse gas emitting industries. This study assesses the life cycle of Portland cement manufacturing to minimize its environmental impact. It analyzes the inputs, outputs, and processes involved in cement production and identifies opportunities to reduce resource use, emissions, and waste. The goal is to provide conclusions that can help the Sri Lankan cement industry tackle environmental challenges and improve energy efficiency and cost effectiveness.
The document discusses the concept of green highways, which aim to make traditional highways more environmentally friendly. It covers technologies for green highways like bio-retention swales, porous pavements, and wildlife crossings. The development of green highways focuses on watershed-driven stormwater management, recycling and reuse, ecosystem protection, and reducing a highway's life cycle energy usage. Considerations for green highways include using sustainable materials and minimizing environmental impacts during both construction and maintenance.
Complete analysis of Indian Cement Industry with latest data including PEST Analysis, PORTER's Five Force Analysis and Future Prospects of the Industry
This document provides information on starting a stabilized soil brick (SSB) making business. SSBs offer higher quality bricks than traditional fired bricks at lower production costs. To start, initial costs of $2,000-$3,000 are needed for tools like a brick press. Profits of $1,250 per month are possible selling 10,000 bricks. The process involves selecting soil, mixing it with stabilizer like cement, compacting it, curing the bricks in the sun, then selling. Training is recommended to learn the techniques. With an initial investment and access to soil and labor, SSB making can generate income.
5 FORCE ANALYSIS OF THE CEMENT INDUSTRY IN INDIARohit Digra
This document analyzes Porter's five forces model for the cement industry in India. It finds:
1) High barriers to entry due to capital costs, location requirements near limestone deposits, and competition.
2) Low buyer power as bulk buyers like construction firms have little influence over cement companies.
3) Moderate supplier power as raw materials are crucial but regulated by the government.
4) High competitive rivalry between cement companies fighting for market share through price wars.
5) Low threat of substitutes as no effective replacement exists for cement in construction.
This PowerPoint Presentation includes a detailed survey of ACC company Ltd. It includes information about the product it sells and about its competitors. It includes 4 Ps and Porters five Model.
VinylPlus is a voluntary commitment by the European PVC industry to increase the sustainability of PVC. Over the past 10 years (2011-2020), VinylPlus achieved key milestones in recycling PVC waste, promoting sustainable use of additives, improving energy efficiency, and raising sustainability awareness. Highlights include recycling over 6.5 million tonnes of PVC and reducing CO2 emissions by 14% in PVC production. VinylPlus also works with stakeholders across the PVC value chain and engages in partnerships to further sustainability goals.
The document proposes establishing a business to produce fly ash bricks as an environmentally friendly alternative to traditional clay bricks. Key points:
1) Fly ash, a byproduct of coal combustion in thermal power plants, is currently an environmental pollutant. The business would utilize fly ash to manufacture bricks, eliminating it from the ecosystem.
2) The proposed location is near many coal power plants and industries, ensuring a low-cost supply of fly ash. Government regulations also require fly ash brick use within 100km of power plants.
3) An annual production target of 5.11 million bricks is estimated, requiring 9 acres of land, machinery, 16 employees, and a capital investment of ~Rs. 40 lak
This document discusses a technology that turns plastic waste into construction aggregates as an alternative to traditional materials like minerals and rocks. Some key points:
- The technology, called Arqlite, can process 380M tons of global plastic waste annually using an innovative and patented process.
- Arqlite products are 10x better insulators and 3x lighter than traditional materials, making construction more efficient.
- Financial projections show Arqlite can be cost-competitive with traditional materials and generate revenue from both selling recycled products and collecting recycling fees.
- The company aims to expand globally and reach 100 tons of monthly production capacity by becoming the standard for recycled construction aggregates.
NTPC produces large quantities of ash from its thermal power plants that must be properly utilized or disposed of to avoid environmental hazards. The Ash Policy 2015 aims to maximize ash utilization through various productive uses, including cement production, brick making, mine reclamation, and agriculture, in order to address environmental issues and generate revenue. NTPC plans to establish large-scale ash brick plants, cement plants, and other facilities to process 100% of ash output into useful products by working with partners and raising public awareness about the benefits of ash utilization.
Capital Connect Venture Managers is a €24 million venture capital fund that invests in Greek SMEs in fields like medical devices, consumer goods, software, energy, and recycling. Two of its current investments are Tyres Herco SA and Mavin SA. Tyres Herco SA recycles 400,000 old tires per year into rubber granules, steel, and fine powder products. The rubber granules can be used in applications like athletic fields, asphalt, and more. Tyres Herco exports its products to over 20 countries.
This document summarizes the transfer of Vertical Shaft Brick Kiln (VSBK) technology from China to India. VSBK is an efficient brick firing technology that was developed in China and has the potential to significantly reduce energy usage compared to traditional brick kilns. Previous efforts to transfer VSBK technology to other South Asian countries like Nepal, Pakistan, and Bangladesh faced challenges. The transfer to India aimed to introduce VSBK technology while also focusing on knowledge transfer and ensuring technical support to facilitate adoption.
This document discusses fly ash bricks as an alternative to clay bricks for construction. It notes that clay resources are being overexploited, damaging the environment. Fly ash bricks provide a sustainable solution as they use an industrial byproduct (fly ash) rather than clay. The document estimates fly ash brick production needs in West Bengal and discusses the properties and benefits of fly ash bricks over clay bricks. However, it notes that the fly ash brick industry is facing challenges in West Bengal from lack of enforcement of regulations, an unfair tax regime compared to clay bricks, and other issues. The document argues that a transition to fly ash bricks is needed for environmental protection and sustainability.
Project Appraisal and Financing of a Business Idea in Fly ash BricksT HARI KUMAR
The document discusses establishing a fly ash brick manufacturing business. It notes the high demand for bricks in India and environmental issues with traditional clay brick production. Fly ash bricks are a more sustainable alternative that utilize waste ash from thermal power plants. The summary provides an overview of the market opportunity, production process, equipment needs, and financial feasibility analysis conducted for the proposed business.
Het verrassen van jouw bezoekers met persoonlijke aanbevelingen leidt tot meer conversie!
Terugkerende bezoekers verleiden met gepersonaliseerde producten op de homepage
GID - Trisoplast technology and Multriwell system for landfills in Indiaw2vindia
Presentation by Mr. Jack Wammes, CEO of GID Milieutechniek B.V. He explains about the best practices, products and projects executed by GID for the following:
1. Proper bottom lining and side lining with provision of capping using Trisoplast technology
2. Gas extraction using the Multriwell system
Cement production is a major contributor to global emissions. This document summarizes a report outlining a pathway for Australia to achieve zero carbon cement production within 10 years through 5 strategies: 1) Using geopolymer cements containing no Portland cement, 2) Using high-blend cements with low Portland cement, 3) Employing mineral carbonation to capture remaining emissions, 4) Using less cement through design and materials efficiency, and 5) Developing carbon negative magnesium-based cements. This would transform Australia's cement industry from a significant emitter to a carbon sink, and position the country as a leader in zero carbon cement technology.
Giflor is an Italian closure manufacturer founded in 1973 with €10M invested in manufacturing facilities. They have 5,000 square meters of production space and 55 injection molding machines. Giflor focuses on teamwork, sustainable design, and competitive innovation. They offer various closure lines including bi-injected, Eco Low Profile, and custom designs. Giflor works with partners to provide closures for bottles, tubes, and other containers.
This document discusses the promotion of using foundry slag waste from iron and steel production in foundries as an aggregate in paver block making. It begins by providing background on foundry slag waste and the Indian foundry sector, noting that approximately 5 lakh tonnes of slag waste is generated annually. It then describes the development of a technology to produce paver blocks by completely replacing coarse and fine aggregates with foundry slag. Test results found that paver blocks produced this way met strength standards. The document concludes by outlining the business potential and costs for setting up an enterprise to produce paver blocks using this waste-to-resource process.
Concrete and cement production has major environmental impacts as it is one of the largest greenhouse gas emitting industries. This study assesses the life cycle of Portland cement manufacturing to minimize its environmental impact. It analyzes the inputs, outputs, and processes involved in cement production and identifies opportunities to reduce resource use, emissions, and waste. The goal is to provide conclusions that can help the Sri Lankan cement industry tackle environmental challenges and improve energy efficiency and cost effectiveness.
The document discusses the concept of green highways, which aim to make traditional highways more environmentally friendly. It covers technologies for green highways like bio-retention swales, porous pavements, and wildlife crossings. The development of green highways focuses on watershed-driven stormwater management, recycling and reuse, ecosystem protection, and reducing a highway's life cycle energy usage. Considerations for green highways include using sustainable materials and minimizing environmental impacts during both construction and maintenance.
Complete analysis of Indian Cement Industry with latest data including PEST Analysis, PORTER's Five Force Analysis and Future Prospects of the Industry
This document provides information on starting a stabilized soil brick (SSB) making business. SSBs offer higher quality bricks than traditional fired bricks at lower production costs. To start, initial costs of $2,000-$3,000 are needed for tools like a brick press. Profits of $1,250 per month are possible selling 10,000 bricks. The process involves selecting soil, mixing it with stabilizer like cement, compacting it, curing the bricks in the sun, then selling. Training is recommended to learn the techniques. With an initial investment and access to soil and labor, SSB making can generate income.
5 FORCE ANALYSIS OF THE CEMENT INDUSTRY IN INDIARohit Digra
This document analyzes Porter's five forces model for the cement industry in India. It finds:
1) High barriers to entry due to capital costs, location requirements near limestone deposits, and competition.
2) Low buyer power as bulk buyers like construction firms have little influence over cement companies.
3) Moderate supplier power as raw materials are crucial but regulated by the government.
4) High competitive rivalry between cement companies fighting for market share through price wars.
5) Low threat of substitutes as no effective replacement exists for cement in construction.
This PowerPoint Presentation includes a detailed survey of ACC company Ltd. It includes information about the product it sells and about its competitors. It includes 4 Ps and Porters five Model.
VinylPlus is a voluntary commitment by the European PVC industry to increase the sustainability of PVC. Over the past 10 years (2011-2020), VinylPlus achieved key milestones in recycling PVC waste, promoting sustainable use of additives, improving energy efficiency, and raising sustainability awareness. Highlights include recycling over 6.5 million tonnes of PVC and reducing CO2 emissions by 14% in PVC production. VinylPlus also works with stakeholders across the PVC value chain and engages in partnerships to further sustainability goals.
The document proposes establishing a business to produce fly ash bricks as an environmentally friendly alternative to traditional clay bricks. Key points:
1) Fly ash, a byproduct of coal combustion in thermal power plants, is currently an environmental pollutant. The business would utilize fly ash to manufacture bricks, eliminating it from the ecosystem.
2) The proposed location is near many coal power plants and industries, ensuring a low-cost supply of fly ash. Government regulations also require fly ash brick use within 100km of power plants.
3) An annual production target of 5.11 million bricks is estimated, requiring 9 acres of land, machinery, 16 employees, and a capital investment of ~Rs. 40 lak
This document discusses a technology that turns plastic waste into construction aggregates as an alternative to traditional materials like minerals and rocks. Some key points:
- The technology, called Arqlite, can process 380M tons of global plastic waste annually using an innovative and patented process.
- Arqlite products are 10x better insulators and 3x lighter than traditional materials, making construction more efficient.
- Financial projections show Arqlite can be cost-competitive with traditional materials and generate revenue from both selling recycled products and collecting recycling fees.
- The company aims to expand globally and reach 100 tons of monthly production capacity by becoming the standard for recycled construction aggregates.
NTPC produces large quantities of ash from its thermal power plants that must be properly utilized or disposed of to avoid environmental hazards. The Ash Policy 2015 aims to maximize ash utilization through various productive uses, including cement production, brick making, mine reclamation, and agriculture, in order to address environmental issues and generate revenue. NTPC plans to establish large-scale ash brick plants, cement plants, and other facilities to process 100% of ash output into useful products by working with partners and raising public awareness about the benefits of ash utilization.
Capital Connect Venture Managers is a €24 million venture capital fund that invests in Greek SMEs in fields like medical devices, consumer goods, software, energy, and recycling. Two of its current investments are Tyres Herco SA and Mavin SA. Tyres Herco SA recycles 400,000 old tires per year into rubber granules, steel, and fine powder products. The rubber granules can be used in applications like athletic fields, asphalt, and more. Tyres Herco exports its products to over 20 countries.
This document summarizes the transfer of Vertical Shaft Brick Kiln (VSBK) technology from China to India. VSBK is an efficient brick firing technology that was developed in China and has the potential to significantly reduce energy usage compared to traditional brick kilns. Previous efforts to transfer VSBK technology to other South Asian countries like Nepal, Pakistan, and Bangladesh faced challenges. The transfer to India aimed to introduce VSBK technology while also focusing on knowledge transfer and ensuring technical support to facilitate adoption.
This document discusses fly ash bricks as an alternative to clay bricks for construction. It notes that clay resources are being overexploited, damaging the environment. Fly ash bricks provide a sustainable solution as they use an industrial byproduct (fly ash) rather than clay. The document estimates fly ash brick production needs in West Bengal and discusses the properties and benefits of fly ash bricks over clay bricks. However, it notes that the fly ash brick industry is facing challenges in West Bengal from lack of enforcement of regulations, an unfair tax regime compared to clay bricks, and other issues. The document argues that a transition to fly ash bricks is needed for environmental protection and sustainability.
Project Appraisal and Financing of a Business Idea in Fly ash BricksT HARI KUMAR
The document discusses establishing a fly ash brick manufacturing business. It notes the high demand for bricks in India and environmental issues with traditional clay brick production. Fly ash bricks are a more sustainable alternative that utilize waste ash from thermal power plants. The summary provides an overview of the market opportunity, production process, equipment needs, and financial feasibility analysis conducted for the proposed business.
Het verrassen van jouw bezoekers met persoonlijke aanbevelingen leidt tot meer conversie!
Terugkerende bezoekers verleiden met gepersonaliseerde producten op de homepage
El documento presenta un flujograma que describe el proceso de transacciones de una compañía de seguros. El flujograma comienza con la llegada de un cliente a la compañía, ya sea por su propia cuenta o a través de un vendedor. Un agente de seguros recopila datos personales del cliente, que luego se utilizan para emitir un informe al gerente de la compañía.
Soal ujian tengah semester mata kuliah IT Literacy terdiri dari 7 soal pilihan yang mencakup topik UU ITE, literasi digital, internet browser dan search engine, email, cloud computing, social media, serta download dan upload helper. Mahasiswa diminta untuk mengerjakan 5 soal pilihan, mengetik jawaban di MS Word, menyimpannya dengan format .doc atau .docx dengan nama file UTSITLiteracy_Nama, dan mengunggahnya ke Google Drive paling lambat hari Kamis tanggal 5 November 2015.
This document requests information from potential crochet pattern testers, including their name, experience level, preferred pattern format, and availability. It specifies that testers must keep their work confidential, use their own supplies, and provide timely feedback on any issues. In exchange, testers receive to keep the completed project and may request a complimentary copy of the published pattern.
This document analyzes and compares two photos by Tanya M Ross that depict Native American themes. The first photo features a model with an elaborate headdress in a sterile background, accentuating her lines and expression. Though beautiful, the headdress does not overshadow the model. The second photo also features a strong-posed model making eye contact, with harmonious neutral colors giving it a sensual feel. Both photos effectively keep the models as the focal point despite striking headdresses. The photos similarly use color and texture contrasts to accentuate the models and outfits within a Native American theme.
Bobby Porter is seeking a position in logistics and warehouse operations with over 4 years of experience in strategic planning, transportation, scheduling, forecasting, warehousing, and logistics operations. He has experience managing personnel, vehicles, aircraft, and railcars as an Aviation Operations Supervisor and Maintenance Equipment Clerk for the U.S. Army. Porter is currently pursuing a degree at Modesto Junior College and coordinates over 1,500 pallets for military deployments using computers and load charts.
Rubber Research, Inc. Initiates Contact with California to Recycle End-Of-Lif...flashnewsrelease
RRI is poised to provide major support for the State of California’s efforts to meet its mandate to manage more than 75 million discarded rubber tires.
A new batch of companies is pursuing advanced technologies to extract recycled rubber or carbon black from scrap tires on a commercial scale. Previous attempts at tire recycling plants using devulcanization or other technologies often failed to materialize. The most advanced current approach uses cryogenic milling to produce micronized rubber powder from tires, which can be incorporated at up to 40% in new rubber products. Other approaches focus on recovering carbon black through catalytic pyrolysis. Companies pursuing devulcanization or carbon black recovery argue their approaches can capture more value from scrap tires than current methods like incineration or use in playground surfaces. However, fully reversing vulcanization or applying these technologies at large commercial scale remains challenging.
Narm Rubber is a leading Australian manufacturer of rubber products that has been operating since 1922. It has factories in Brisbane and Sydney and focuses on developing sustainable and recycled rubber products. Narm Rubber prides itself on developing trusted relationships with customers and tailoring rubber products to their specific needs.
Rubber Processing and Profiting: Compounding, Mixing, Vulcanization, Extrusio...Ajjay Kumar Gupta
Methods for processing rubber include mastication and various operations like mixing, calendering, extrusion, all processes being essential to bring crude rubber into a state suitable for shaping the final product. The former breaks down the polymer chains, and lowers their molecular mass so that viscosity is low enough for further processing. After this has been achieved, various additions can be made to the material ready for cross-linking. Rubber may be masticated on a two-roll mill or in an industrial mixer, which come in different types.
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This document discusses various methods for waste tire disposal, including recycling, energy recovery, and landfilling. It provides details on several technologies for converting scrap tires into useful materials and fuels. The most environmentally preferred methods involve recycling waste tires into new products through processes like grinding and reclaiming rubber. Emerging technologies are allowing for a greater percentage of recycled tire content in new products while maintaining mechanical properties.
A Review Study on the Effect of Addition of Crumb Rubber and Rice Husk Ash in...IRJET Journal
This document summarizes a review study on the effects of adding crumb rubber and rice husk ash to concrete. Crumb rubber is obtained from grinding scrap tires, while rice husk ash is a byproduct of burning rice husks. Both materials are agricultural and industrial wastes that are generated in large quantities annually. The study found that incorporating these wastes as partial replacements for aggregates and cement in concrete can help address the problems of waste disposal while making concrete more sustainable by reducing its environmental impacts. Concrete with crumb rubber and rice husk ash was found to have improved thermal and sound insulation properties compared to normal concrete, though its mechanical strengths were sometimes reduced. More research is still needed to optimize the ratios of these additions to
This document summarizes a study investigating the production of flexible rubber tiles using recycled tire rubber and polyurethane resin. Various mixtures of rubber granules of different sizes were tested without adding natural rubber to reduce costs. Tests were conducted to evaluate the composite materials' tensile strength, compression resistance, hardness, and aging properties. The results showed that using larger amounts of recycled rubber increased rubber content in the formulations and reduced costs. Rubber composites can be used for energy absorption, thermal insulation, and various applications like soft floors and barriers due to their flexible and inexpensive properties.
This document summarizes research on producing flexible rubber tiles using recycled tire rubber and polyurethane resin. Various mixtures of rubber particles of different sizes and resin percentages were tested. Mechanical properties such as tensile strength, compression strength, and hardness were evaluated. The results showed that using a mixture of rubber sizes improved texture over single sizes. Higher resin percentages and larger rubber particles increased tensile strength. Composites showed potential for applications such as flooring and barriers. The research aims to effectively reuse waste rubber tires.
Butyl Rubber (IIR) Production. Synthetic Rubber Manufacturing Industry
Butyl rubber (IIR), also called isobutylene-isoprene rubber, a synthetic rubber produced by copolymerizing isobutylene with small amounts of isoprene. Valued for its chemical inertness, impermeability to gases, and weather ability, butyl rubber is employed in the inner linings of automobile tires and in other specialty applications.
Butyl Rubber Applications
Butyl rubber is one of the most commonly used rubber materials used in the manufacturing of a wide range of industrial rubber products. The remarkable properties of butyl rubber like excellent impermeability/air retention and good flex properties, make it a key polymer for a wide range of technical rubber applications. For more information on this type of rubber, check out our section on Butyl Rubber. We present below the use of butyl rubber in various applications:
• Automotive Tires
One of the most popular use of butyl rubber is in the making of automotive tires. The first commercial use of butyl rubber was seen in the tire inner tubes. Regular butyl provide excellent inflation pressure retention for truck, bicycle, industrial, agricultural and specialty tires. Butyl rubber is capable to produce more durable tubeless tires with the air retaining inner liner chemically bonded to the body of the tire.
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This report is based on the activities performed during the internship at General Tyre And Rubber. Internship duration was 12 days and it provided practical knowledge of working in professional environment. This learning experience is described in detail in the various sections of this report
Generically, the term rubber in use comprises Indian rubber(Also known as natural rubber), synthetic rubber, or a combination of both the rubbers.
Natural rubbers and Synthetic rubbers are elastomers. Most of the time, synthetic rubbers get tagged as artificial rubber.
It makes around two-third of rubber production all across the globe.
Custom Gasket Manufacturing Mar 2024.pdfsantopseal
SantopSeal uses a Thermoplastic rubber Santoprene TPE/TPV material to create custom profile extrusions of various shape and size of Seals & Gaskets as a solution to all your sealing needs. Using Thermoplastic elastomer Santoprene™, we supply major industries with a wide variety of inexpensive and customizable options. We offer various Thermoplastic rubber Santoprene tubing including Food grade, Medical grade, and general grade tubing, Extruded Seals and Gaskets, Extruded EPDM Sponge Rubber Seal, Standard & Custom O-rings, and Digital knife cutting services. Contact us today via web, email, or phone and someone from our engineering or support team will be happy to answer any of your questions.
The New Life of Rubber Tires: How a Company's Business Move Can Help Reduce R...Michael R. Barr
The New Life of Rubber Tires: How a Company's Business Move Can Help Reduce Rubber's Impact
Michael R. Barr, Alicia M. Case & Duy L. Nguyen
January 2013
M.Sc. in Sustainability Management | SUS 603 - Sustainable Innovation
National University
Rubber tires account for a larger source of waste in landfills and scrapyards in the United States. Technology has developed to turn rubber tires into “crumb” rubber to be used in other industries, including in asphalt for road creation. Before the 1960s, scrap tires were not as much of an issue. Tires were made of a combination of materials including natural rubber that had the ability to be reclaimed. When the industry began making tires out of synthetic rubber the waste stream increased. Liberty Tire Recycling is a company that was formed to take advantage of the large rubber waste stream and turn it into a useful, profitable product. Formed by CEO Jeffrey Kendall with two partners in 2000, Liberty Tire Recycling dominates the reclaimed rubber market. Mr. Kendall’s goal is to continue to grow the company even through tough economic times by adapting and increasing the number of uses for the scrap and crumb rubber the company breaks down. One of these uses is in asphalt paving which makes for quieter, more sustainable roads. Liberty Tire Recycling is taking an active role in educating governments and municipalities on the use of crumb rubber in an attempt to grow their business.
Jacob Peled - Visions of the Future: Further Deliberations on Future Tire Pro...PelmarGroup
In the last decade we have been able to see some major changes and developments in concepts, equipment, materials, construction and general production focuses in the tire and rubber industry. This is after more than 100 years of hardly any major changes, perhaps except radial construction and tubeless tires. We are seeing and will observe changes that relate to the entire process of production; a strong tendency towards smaller, dedicated and specialized plants and more significant outsourcing. My presentation will touch on these various aspect and considerations for green or brown field tire production facilities. The issue of mergers and acquisitions will be referred to as well.
This document describes rubber flexible tiles made from recycled vehicle tires. It discusses the manufacturing process which involves weighing and mixing raw materials, milling the compound into sheets, cutting blanks, molding the tiles, and finishing. The document notes the idea is to create durable floor tiles using recycled rubber to reduce waste. Benefits outlined include the tiles being easy to maintain, durable, and having a wide scope of future applications in places that need sound absorption or impact resistance like gyms and work areas. Future work aims to reduce limitations and improve properties like water resistance and durability.
It is a question of regional usage but according to The Grammarist tire is used mainly in the US and Canada: Tire and tyre both mean a covering for a wheel, usually made of rubber. Tire is the preferred spelling in the U.S. and Canada. Tyre is preferred in most varieties of English outside North America.
The document summarizes the process of tire recycling and the benefits of the PICS tire recycling system. Some key points:
- The PICS system can process whole tires and produce various outputs like shreds, chips, and granulates. It removes up to 98% of steel.
- The modular system includes machines like super choppers, tumble back feeders, raspers, and granulators to break down tires into different uniform sizes.
- Standard plants range from processing 3,000-20,000 kg per hour and produce outputs for uses like tire-derived fuel, civil engineering, and sports fields.
Benefits of using reclaim rubber: Reclaim rubber is long lasting. It is flexible without generating harmful side effect to pollute the air. This biodegradable rubber is recyclable. In India, many major automobile companies place orders for buying crumb rubber accessories. http://ssjrubber.com/products/reclaim-rubber/
This document describes an experiment to select the best sulfur to accelerator ratio to improve properties in an R4 compound used for tire treads. The experiment tests different vulcanizing systems by varying the ratio of sulfur to accelerator. The conventional system uses a ratio greater than 1, while the efficient system uses a ratio less than 1. The results of the experiment will determine which ratio provides a product with the best performance properties such as tensile strength, elongation, and hardness. Selecting the optimal ratio is important for obtaining the highest quality tire tread.
Similar to Rubber Research, Inc. Announces Purchase of New Manufacturing Plant in Minnesota (20)
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https://www.productmanagementtoday.com/frs/26903918/understanding-user-needs-and-satisfying-them
We know we want to create products which our customers find to be valuable. Whether we label it as customer-centric or product-led depends on how long we've been doing product management. There are three challenges we face when doing this. The obvious challenge is figuring out what our users need; the non-obvious challenges are in creating a shared understanding of those needs and in sensing if what we're doing is meeting those needs.
In this webinar, we won't focus on the research methods for discovering user-needs. We will focus on synthesis of the needs we discover, communication and alignment tools, and how we operationalize addressing those needs.
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How to Implement a Real Estate CRM SoftwareSalesTown
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Discover timeless style with the 2022 Vintage Roman Numerals Men's Ring. Crafted from premium stainless steel, this 6mm wide ring embodies elegance and durability. Perfect as a gift, it seamlessly blends classic Roman numeral detailing with modern sophistication, making it an ideal accessory for any occasion.
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This PowerPoint compilation offers a comprehensive overview of 20 leading innovation management frameworks and methodologies, selected for their broad applicability across various industries and organizational contexts. These frameworks are valuable resources for a wide range of users, including business professionals, educators, and consultants.
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This compilation is ideal for anyone looking to enhance their understanding of innovation management and drive meaningful change within their organization. Whether you aim to improve product development processes, enhance customer experiences, or drive digital transformation, these frameworks offer valuable insights and tools to help you achieve your goals.
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9. Christensen’s Disruptive Innovation Theory
10. Blue Ocean Strategy
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12. Design Sprint Framework
13. The Double Diamond
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15. TRIZ Problem-Solving Framework
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18. Toyota’s Six Steps of Kaizen
19. Microsoft’s Digital Transformation Framework
20. Design for Six Sigma (DFSS)
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IMPACT Silver is a pure silver zinc producer with over $260 million in revenue since 2008 and a large 100% owned 210km Mexico land package - 2024 catalysts includes new 14% grade zinc Plomosas mine and 20,000m of fully funded exploration drilling.
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Rubber Research, Inc. Announces Purchase of New Manufacturing Plant in Minnesota
1. Rubber Research, Inc. Announces Purchase of New Manufacturing Plant in Minnesota
Rubber Research, Inc. (RRI) announces the purchase of a manufacturing plant located in
Ogilvie, Minnesota, USA. Plant formerly belonged to Hi-Rubber, Inc.
Hong Kong - December 27, 2012 -- Rubber Research, Inc. (RRI) announces the purchase of a
manufacturing plant located in Ogilvie, Minnesota, USA. The plant, which consists of 2.4 acres of
land and three buildings, was the former home of Hi-Tek Rubber, Inc.’s manufacturing operations.
RRI recently signed an agreement to purchase Hi-Tek.
In 2009, after the property was sold to an independent investor, a fire damaged most of the
structures. RRI has contracted with Mularoni & Company Architecture, LLC to provide integrated
project delivery services in relation to the renovation and reconstruction of the building facilities.
Once completed, the facility will once again produce the innovative rubber roofing products that
Hi-Tek was known for.
Gary Ziehr, CEO of Rubber Research, Inc. ( http://www.InternationalTireSolutions.com ) and Hi-
Tek Founder/President Gordon Cell issued a joint statement noting that the purchase is “the
ultimate building block of our newly-formed team dedicated to environmentally sound and cost
effective scrap rubber remediation.”
Rubber Research Inc. and its subsidiaries have long been at the forefront of the development of
processes unique in the field of rubber reuse and recycling, especially through its patented
TireCycle® technology. TireCycle® is the only technology in the world that reactivates used
crumb rubber to virgin rubber equivalent in an environmentally sound and cost savings manner.
Hi-Tek Rubber, Inc. was established in response to governmental and environmental pressure for
removal of rubber from the environmental waste stream, as well as the need for cost competitive
alternatives for slate and cedar shingles.
Rubber Research Group specializes in sourcing, designing, and installing real time solutions,
including energy and material recovery, in order to reduce the rapidly increasing number of end-
of-life tires discarded annually.
To learn more about Rubber Research, Inc. and its leadership in field of end-of-life rubber tire re-
use, visit http://www.InternationalTireSolutions.com.
For more information about Rubber Research, Inc.
Contact: Norman Thayer at info@internationaltiresolutions.com
Contact phone: +852 2824 8695
Rubber Research Group Ltd
32/F Tower 1, Millennium City, Kwan Tong, Hong Kong
Press & Media Contact:
Norman Thayer
Rubber Research, Inc
32/F Tower 1, Millennium City
Kwan Tong, Hong Kong
+852 2824 8695
info@internationaltiresolutions.com
http://www.InternationalTireSolutions.com