clean technology Articles

  • Tracking clean energy progress

    Each year, the IEA’s Tracking Clean Energy Progress (TCEP) report examines developments across a range of clean energy sectors and technologies. The TCEP uses benchmarks for 2025 as modelled in Energy Technology Perspectives 2017, as well as the milestones identified in the IEA Technology Roadmaps. Measuring against these benchmarks provides an assessment of whether technologies, energy ...


    By International Energy Agency

  • TurboScrubber® & TurboStripper® ‘TURBOCC’ Technology, for Flue Gas Cleaning & Carbon Capture System for Enhanced Plant Growth

    The plant would be supplied in a number of preassembled skid mounted packages for installation and connection on site. Typically these packages would comprise:  TurboScrubber®, water sump, recirculation pumps (run & standby), local water circulation pipework, forced or induced draft flue gas fan and local flue gas ductwork.  TurboStripper®, water sump, recirculation ...

  • Blockchain Technology Can Boost Climate Action

    Experts meeting at the recent UN Climate Change Conference in Bonn in May have said that a new technology called “Blockchain” could play a major role in tackling climate change. A Blockchain is a distributed database that is continuously updated and verified by its users. Each added block of data is “chained” and becomes part of a growing list of records, under the ...

  • Times are changing: Wastewater as a resource

    Times are definitely changing. It used to be that wastewater from whatever source – domestic, agricultural, industrial – was something to collect and pipe away as quickly and efficiently as possible. There was more water coming out of the ground or falling from the sky, so why bother investing time and money cleaning water that had already been used? Now, thanks to issues like ...

  • Shredding Puzzle in the Process of Waste Material Recycling

    There are two main types of waste fabric waste: (1) the factory in the leather fabric processing and production of leather fabric can not be 100% of the use, so in the production of some by-products or waste, such as tailoring and sewing clothes when the extra cloth, cloth and other waste , As well as in the synthesis of chemical fiber in the process of excess waste and so ...


    By Harden Industries Ltd.

  • Using FTIR spectroscopy to measure hydrocarbon pollution in water

    According to the World Health Organization (WHO) and UNICEF’s 2015 Progress on Sanitation and Drinking Water report almost 700 million people around the world don’t have access to clean drinking water [1]. Poor water quality is beginning to return to the developed world too. The strain of population growth, intensified agricultural practices and continued industrial expansion have are ...


    By Specac Limited

  • Development and promotion of clean technology

    Adoption of Cleaner technologies and Cleaner Production Strategies were adopted to provide a balance between development & Environment through economic benefits by way of increased resource efficiency, innovation and reduced cost for environmental management. • Under the scheme details of various ongoing projects are given as under:- Recycling of Marble Slurry:Under the ongoing project ...


    By Indian Government

  • Low Flow Upholstery Cleaning Technology for Faster Cleaning

    Upholstery cleaners make the complicated task of cleaning upholstery easy, simple and quick. Chairs, sofas, draperies, fabrics in automobiles, and other such items attract dust and dirt very fast. Cleaning them manually can be extremely stressful and time consuming. Soiled upholstery can be quite an unappealing sight for people visiting your establishment or your home. Advanced upholstery ...


    By Daimer Industries Inc.

  • Technology: clean air’s unsung hero

    Last year, we celebrated the 40th anniversary of the U.S. Clean Air Act (CAA) and the 20th anniversary of the 1990 Amendments to the CAA. The CAA has been a huge success. From 1990 to 2008, emissions of six common pollutants were down 41%, while gross domestic product grew 64%. Emissions of volatile organic compounds dropped 31%, carbon monoxide dropped 46%, and sulfur dioxide dropped 51%. Lead ...

  • Clean energy technologies will create waste

    The birth of mitigating our dependency on oil and coal is here. We are rapidly developing energy saving and renewable-energy solutions that are about to transform our lives for the better, bringing a new era of limiting our dependency on fossil fuel, and creating less wastes when generating electricity. But inevitably through this period we will create other wastes, some hazardous. These changes ...


    By ABCOV Companies

  • Cleaning up by cleaning up

    Historically, some big businesses have made big messes. Greenhouse gas emissions, oil spills and unsafe water have become unsavoury but all-too-commonplace topics in the news and industry is beginning to sit up and take notice. Within the past couple of decades, businesses have been cropping up in Saskatchewan with the goal of cleaning up others’ messes - or simply keeping a mess from ...


    By OZONATOR Industries Limited

  • Venture capital needs for sustainable development of clean technologies

    Challenges of evaluating new evolving technologies are particularly pronounced for clean technology firms (CTFs) in need of venture capital (VC). This study investigates how Technology Approval Group (TAG) may bridge an identified funding gap. TAG is a communication tool enabling investors that traditionally would not invest that early in an innovation to feel confident in injecting VC into ...


    By Inderscience Publishers

  • New Nozzle Technology “Cleaning More with Less”

    This technical paper will explain the new nozzle technology developed by Scientific Dust Collectors that allows high air-to-cloth ratio baghouses to use 80psig of compressed air instead of the industry standard 100psig.   The reverse pulse jet baghouse has been around for over 50 years and the cleaning cycle has not changed very much during that time. The cleaning cycle is the most important ...


    By Scientific Dust Collectors

  • Climate change & clean technology: from challenge to opportunity

    Over the past few years, climate change and sustainability have been catapulted to the forefront of headline news. As ongoing public pressure for improved environmental stewardship continues to mount, governments are actively pursuing legislation, including regulations, to accelerate positive change. We have already witnessed significant regulatory, policy and legal changes related to lower ...

  • Environmental innovation and clean technology: an evolutionary framework

    This paper provides a framework for the analysis of clean technology which covers the factors inducing, stimulating and constraining environmental innovations of firms. Such a framework relies on recent empirical and theoretical contributions to environmental innovations. The representation of clean technology draws from several industrial case studies on the reduction of the emissions of ...


    By Inderscience Publishers

  • Using Venturi Scrubber Technology for Syngas Cleaning

    As part of our nation's program to reduce dependence on fossil fuels, various gasification technologies are being applied. These processes take renewable organic material and, through the application of heat and pressure, convert the materials into syngas for further use. Arguably, in nearly all of these processes, the most critical design aspect is the reliable and efficient removal of ...


    By Bionomic Industries Inc.

  • The state–of-the-art clean technologies (SOACT) for steelmaking handbook

    Steel is used in many aspects of our lives, in such diverse applications as buildings, bridges, automobiles and trucks, food containers, and medical devices, to name a few.  Steel provides substantial direct employment in the Asia-Pacific Partnership on Clean Development and Climate (APP) countries, and provides a significant direct contribution to the APP economies. Countless additional ...

  • Improving Chiller Energy Efficiency Through Automatic Tube Cleaning System Technology

    In this paper, solutions for improving chiller energy efficiency by reducing fouling of shell and tube heat exchangers are discussed. Sponge-ball type automatic tube cleaning system technology is introduced and discussed as a solution for improving chiller energy efficiency and tube cleaning system operating principles are presented.Multiple case studies are provided demonstrating the positive ...


    By Innovas Technologies LLC

  • Present status and future prospect of clean coal technology in China

    Coal consumption accounts for about two thirds of the primary energy consumption in China. High economic growth has brought about a rapid increase of coal consumption. Low-efficiency combustion of a large amount of coal caused coal-smoke related air pollution. The Chinese government put forward plans to develop clean coal technology in the early 1990s, and has listed it as one of the emphases for ...


    By Inderscience Publishers

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