Global Gypsum-free Cement Market to Garner Brimming Revenues by 2018-2028 – Exclusive Research Report by Fact.MR

Endobronchial Valves Market InsightsEndobronchial valves are specially designed one-way valves that allow the exhaled air to exit the lungs, but restrict the entry of inhaled air to the lung compartment. The endobronchial valve is used to decrease the lung volume in the condition of lung disease or more specifically emphysema. A commonly endoscopic approach is prescribed rather than thoracoscopic lung volume reduction surgery. The insertion of the endobronchial valve is performed by a delivery catheter, which is passed from the bronchoscope. An endobronchial valve is designed in such a way that it only prevents air uptake or inflation during the inhalation process, and allows the mucosa and exhaled air to exit or the lungs to deflate during the process of exaltation. The endobronchial valves come in different shapes and designs based on the use. Currently, the endobronchial valves are designed in duckbill and umbrella shape.Get Free Exclusive Sample Copy of This Report @ Valves Market: Drivers and RestraintsThe major factor expected to drive the growth of the endobronchial valves market is growing awareness regarding procedure for bronchoscopic lung volume reduction in various lung-related diseases. The increasing prevalence of tobacco smoking worldwide is consequently expected to contribute to the growth of the endobronchial valves market. The chronic obstructive pulmonary disease (COPD) is one of the major lung disorders. With the growing geriatric population, who are more commonly susceptible to lung disease, the demand for endobronchial valve is expected to increase at a linear speed. Besides, growing air pollution has a significant impact on the increasing number of patients suffering with lung disorders, particularly severe emphysema and advanced emphysema. This is also considered as one of the major factors fueling the growth of the global endobronchial valves market over the forecast period. Efficiency of the endobronchial valves compared to the standard medical care in lung volume reduction methods and emphysema treatment is the other factor expected to propel the growth of the endobronchial valves market over the forecast period. However, the high cost associated with the procedure coupled with the post-operative adhesion issues associated with the valve are factors expected to restrict the growth of the endobronchial valves market over the forecast period.Endobronchial Valves Market: OverviewThe global market for endobronchial valves is still in the nascent stage. The global endobronchial valves market is projected to show steady growth as there is no particular substitute available for endobronchial valves in minimally invasive surgery for lung volume reduction. Due to increasing demand for endobronchial valves, manufacturers of endobronchial valve systems are mainly focused on clinical trials and research and development. In the forthcoming years, the global endobronchial valves market is expected to witness the entry of few new market players, which will increase the competition in the endobronchial valves market. The growing global population, predominantly geriatric, who are more susceptible to have a lung disease, the market for the endobronchial valves is expected to grow at a steady speed. Among the two product types, due to the ease in the implanting the duckbill-shaped endobronchial valves is expected to be the leading segment in the global endobronchial valves market over the forecast period. The ongoing clinical trials in various regions as such North America and Europe, especially in the U.K., are projected to offer new growth opportunities for the manufacturers operating in the endobronchial valves market.Ask For Customized Report @ Valves Market: Regional OutlookGeographically, the global endobronchial valves market is segmented into North America, Latin America, Europe, Asia-Pacific excluding Japan (APEJ), Japan and the Middle East and Africa (MEA). North America is expected to be the dominant regional market for endobronchial valves owing to increasing healthcare spending and shift towards minimally invasive surgeries. The endobronchial valves market in Asia Pacific excluding Japan is expected to grow at a significant CAGR due to the increasing healthcare spending in China and India. Europe is projected to hold second large share in the global endobronchial valves market over the forecast period.Endobronchial Valves Market: Key Players         The global market for endobronchial valves is consolidated with very few players operating in the global endobronchial valves market. Examples of some of the key players operating in the global endobronchial valves market are Pulmonx Corporation (Zephyr), Spiration Inc, etc.You can Buy This Report from Here @ Fact.MRFact.MR is a fast-growing market research firm that offers the most comprehensive suite of syndicated and customized market research reports. We believe transformative intelligence can educate and inspire businesses to make smarter decisions. We know the limitations of the one-size-fits-all approach; that's why we publish multi-industry global, regional, and country-specific research reports.Contact Us FactMR11140 Rockville PikeSuite 400Rockville, MD 20852United StatesEmail: sales@factmr.comWeb:

The “Gypsum-free Cement Market Forecast, Trend Analysis & Competition Tracking – Global Market Insights 2018 to 2028” report has been added to Fact.Mr’s offering.

The report offers a comprehensive evaluation of the global Gypsum-free Cement Market. It does so via in-depth qualitative insights, historical data, and verifiable projections about global Gypsum-free Cement Market size. The projections featured in the report have been derived using proven research methodologies and assumptions. By doing so, the research report serves as a repository of analysis and information for every facet of the global Gypsum-free Cement Market, including but not limited to: Regional markets, technology, types, and applications.

The demand for concrete is highly likely to reach the mark of 15 billion tons, annually, by the end of 2050, and this projection in terms of volume squarely points to an equally rising demand for cement. Looking at the exponential expansion of building and construction industry across developing regional markets and the progressing rate of the conceptualization of smart cities, the soaring demand for building materials, particularly cement, will remain on a constant high over the course of forthcoming years.

However, with smart sustainable cities shaping a futuristic world and green building practices firming up in major regions across the globe, the adoption of sustainable building materials such as gypsum-free cement, becomes a necessity. Gypsum-free cement, a relatively new, niche landscape as of now, is being perceived as one of the promising construction materials to complement the needs of futuristic buildings and infrastructure.

Gypsum continues to be ideal for cement, plasterboard, and ceiling solutions, as it imparts these materials the desired flexibility in terms of acoustics and aesthetics, light weight, and easy usage. The consistently rising demand however raises the need for using an environment-friendly substitute for cement, such as gypsum-free cement or green cement.

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Alarming Carbon Footprint of OPC Compels Use of Gypsum-free Cement as a Green Material

The cement industry has been facing multiple serious challenges over the recent past, particularly due to dearth of raw materials, rapidly depleting levels of natural resources, rampantly growing cement demand, and highly impactful environmental concerns. Moreover, the cement manufacturing process involves a number of environmentally unsustainable methods, which is yet another concern among experts.

Research has indicated time and again that the industry ought to shift to a reliable green alternative for cement, such as gypsum-free cement, as a ton of OPC (ordinary Portland cement) tends to release equivalent CO(carbon dioxide) in surroundings, which remains the primary reason accounting for a massive carbon footprint. While the cement industry is accountable for more than 5% of total COemissions across the globe, it also significantly contributes to the release of other greenhouse gases such as nitrous oxide, and sulphur dioxide.

Significant Energy Investments in Clinkers Manufacturing Processes Necessitate Alternatives such as Gypsum-free Cement

With trials involving complete replacement of OPC with novel clinkers, the energy requirements are being curtailed. However, looking at the substantial amount of energy involved in the manufacturing process of clinkers, it is more likely that they will hardly complement the requisites of green building practices. Moreover, gypsum, though the key element of cement and other building materials, accounts for considerably high energy consumption and the subsequent carbon emission. Gypsum-free cement is thus gradually emerging as a potential alternative to OPC.

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Environmental performance of substitutes of raw materials (SUB-RAW index) covers both, carbon emissions and consumed energy, during manufacturing process of the respective materials. The SUB-RAW index evaluation of gypsum-free cement affirms that it consumes significantly less energy without compromising the binding quality and efficiency.

Construction Industry in Developing Regions to Remain Buoyant, Pushing Scope of Growth for Gypsum-free Cement Market 

China, currently the leading cement producer, also accounts for more than half of the world’s total cement consumption. India and other fast-developing Asian economies also represent a flourishing market for cement. Manufacturers operating in the gypsum-free cement market are thus expected to observe higher penetration opportunities in developing regions, such as China, India, Middle Eastern countries, and Northern African economies.

Gypsum-free cement market operators are also anticipated to discover lucrative opportunities in developed regional markets owing to the higher acceptance rate for non-conventional building materials, established regulatory framework for green building technologies, and economical advantage when it comes to investments in R&D of innovative construction materials.

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About the Author: S.S Shaha

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