The Experts below are selected from a list of 26748 Experts worldwide ranked by ideXlab platform

Roman Buczkowski - One of the best experts on this subject based on the ideXlab platform.

  • development of Cement Industry in poland history current state ecological aspects a review
    Journal of Cleaner Production, 2017
    Co-Authors: Bartłomiej Igliński, Roman Buczkowski
    Abstract:

    Abstract The history of the Polish Cement Industry has been presented, including its beginnings in 1857, when the Cement plant Grodziec was established, and the current state of today. The Cement Industry in Poland at present encompasses 11 Cement plants operating in a full production cycle, one Cement grinding plant and one calcium aluminate Cement plant. The Cement Industry in Poland has recently implemented a number of investments to improve the production efficiency and support the environmental protection – one of the most important investments is the use of alternative fuels in Cement production.

  • Development of Cement Industry in Poland – History, current state, ecological aspects. A review
    Journal of Cleaner Production, 2017
    Co-Authors: Bartłomiej Igliński, Roman Buczkowski
    Abstract:

    Abstract The history of the Polish Cement Industry has been presented, including its beginnings in 1857, when the Cement plant Grodziec was established, and the current state of today. The Cement Industry in Poland at present encompasses 11 Cement plants operating in a full production cycle, one Cement grinding plant and one calcium aluminate Cement plant. The Cement Industry in Poland has recently implemented a number of investments to improve the production efficiency and support the environmental protection – one of the most important investments is the use of alternative fuels in Cement production.

Bartłomiej Igliński - One of the best experts on this subject based on the ideXlab platform.

  • development of Cement Industry in poland history current state ecological aspects a review
    Journal of Cleaner Production, 2017
    Co-Authors: Bartłomiej Igliński, Roman Buczkowski
    Abstract:

    Abstract The history of the Polish Cement Industry has been presented, including its beginnings in 1857, when the Cement plant Grodziec was established, and the current state of today. The Cement Industry in Poland at present encompasses 11 Cement plants operating in a full production cycle, one Cement grinding plant and one calcium aluminate Cement plant. The Cement Industry in Poland has recently implemented a number of investments to improve the production efficiency and support the environmental protection – one of the most important investments is the use of alternative fuels in Cement production.

  • Development of Cement Industry in Poland – History, current state, ecological aspects. A review
    Journal of Cleaner Production, 2017
    Co-Authors: Bartłomiej Igliński, Roman Buczkowski
    Abstract:

    Abstract The history of the Polish Cement Industry has been presented, including its beginnings in 1857, when the Cement plant Grodziec was established, and the current state of today. The Cement Industry in Poland at present encompasses 11 Cement plants operating in a full production cycle, one Cement grinding plant and one calcium aluminate Cement plant. The Cement Industry in Poland has recently implemented a number of investments to improve the production efficiency and support the environmental protection – one of the most important investments is the use of alternative fuels in Cement production.

Jose Rubens De Camargo - One of the best experts on this subject based on the ideXlab platform.

  • waste materials co processing in Cement Industry ecological efficiency of waste reuse
    Renewable & Sustainable Energy Reviews, 2013
    Co-Authors: Wendell De Queiroz Lamas, Jose Carlos Fortes Palau, Jose Rubens De Camargo
    Abstract:

    Abstract Cement is the main component of concrete, which is, in turn, the second most consumed material on earth, in addition, the Cement Industry is one of the most intensive energy consumptions. The modern plants often have nominal production capacity exceeding one million tons per year. To produce one ton of Cement, you need the equivalent of 60–130 kg of fuel and 110 kWh of electricity. Due to the large consumption of energy, which represents over 30% of the total production cost for the Cement Industry, the reduction in spending on energy inputs is a major motivation for technological advances in the production process of Cement. To reduce the costs of fossil fuel consumption (non-renewable source), the technique of co-processing has been employed for introducing alternative fuels as part of the manufacturing process. This technique provides a lower cost of production, introducing fuel waste from different industrial activities, besides contributing to the reduction of environmental liabilities; they generate waste when discarded in inappropriate places. It is evident that the Cement Industry sector is highly intensive in energy consumption, and should be considered in studies on energy planning, especially with the changes in its energy matrix, which has occurred continuously since the oil crisis in 70 years, still that this change is very heterogeneous when one considers each manufactures Cement. The ecological analysis is done through comparison between ecological efficiency, pollution indicator and values for CO 2 equivalent from Cement Industry rate, before and after adoption of waste reuse.

Zihan Zhang - One of the best experts on this subject based on the ideXlab platform.

  • Energy Conservation in China’s Cement Industry
    Sustainability, 2017
    Co-Authors: Boqiang Lin, Zihan Zhang
    Abstract:

    China, as the world’s largest Cement producer, accounts for more than 60% of global Cement production. With the continuous development of the Chinese economy, resource and environmental constraints are becoming increasingly serious, and energy saving and emission reduction has become one of the choices with which all industries are faced in the process of development. The Cement Industry is one of the major sources of China’s carbon dioxide emissions and its effect on energy saving and emissions’ reduction determines the realization of the national goals of energy conservation and emissions reduction. Taking China’s Cement Industry as the main focus, this paper carries out quantitative analysis of the relationship between energy consumption in the Cement Industry and a number of variables: energy structure, energy prices, energy efficiency and total output value of the Cement Industry based on a cointegration model. The study further analyzes the energy saving potential of the Cement Industry by assuming different scenarios. The research results show that the energy saving potential of the Cement Industry is 19.06% and 33.69%, with medium and high energy efficiency, respectively.

  • carbon emissions in china s Cement Industry a sector and policy analysis
    Renewable & Sustainable Energy Reviews, 2016
    Co-Authors: Boqiang Lin, Zihan Zhang
    Abstract:

    Abstract This paper analyzed the changes in carbon-dioxide (CO2) emission in China׳s Cement Industry over the period 1991–2010. Logarithmic Mean Divisia Index (LMDI) was applied for the decomposition analysis. Five determinants were examined and the results divided into five time intervals, according to China׳s five-year economic plans. The results show that labor productivity was the major driving force of increase in CO2 emission in China׳s Cement Industry, and energy intensity was the major contributor to CO2 emission reduction. The other three factors also generated certain level of effects. This article provides some policy suggestions which could be adopted to reduce CO2 emission in this energy-intensive Industry.

Ruiqin Zhang - One of the best experts on this subject based on the ideXlab platform.

  • The promotion of clean development mechanism to Cement Industry capturing waste heat for power generation in China
    Mitigation and Adaptation Strategies for Global Change, 2009
    Co-Authors: Qishe Yan, Chang-bo Zhou, Ruiqin Zhang
    Abstract:

    The clean development mechanism (CDM), one of three flexible mechanisms of the Kyoto Protocol, has received noticeable attention in Cement Industry in china. In this paper we will discuss in past the utilization ratios of waste heat generated in Cement Industry are at low level in China and at present it is at high level and how the CDM contributes to upgrade Cement Industry structure. Making fully use of the opportunity brought by clean development mechanism can help Cement enterprises in china to recover the waste heat generated in the process of Cement production. Implementing the development of clean development mechanism projects in Cement Industry field, mainly focusing on waste heat for power generation projects, can not only reduce environmental pollution, but also bring certain economic and social benefit. It is in favor of promoting the upgrade of Cement industrial structure, and will contribute to positive and far-reaching effect toward sustainable development of Cement Industry in China.