Global Underwater concrete market is expected to grow with 9% CAGR during the forecast period 2023.

Market Highlights

Underwater concrete are used in hydro projects, marine construction, metro projects and underwater repair.

The major growth driver of the underwater concrete market is the increasing need for placing the concrete in structures such as basements, ducts, harbours, and bridges. Underwater concrete is also used extensively for construction of such underwater structures, owing to its properties such as low heat of hydration, controlled set time, comprehensive strength and adequate bond. The major factor that is expected to restrain the growth of the market is the problem faced in the segregation of fine aggregates from coarse aggregates.

Underwater concrete market is majorly driven by the increasing need for continuous repairs of underwater structures. There is constant research and development involved in the development of advanced admixtures such as anti-washout admixtures, which is further driving the growth of the market. In developed economies, the construction of luxury projects such as swimming pools is leading to the increased usage of underwater concrete. The increasing construction activities involving underwater concrete in areas such as shore protection, underwater repairs, tunnels and dams among others is also expected to contribute to the growth of the underwater concrete market. The market has been analyzed based on laying techniques, applications and regions.  Underwater concreting techniques are designed mostly to prevent cement washout.  It includes techniques such as tremie method, pumping technique, skip method and other. Amongst all laying techniques, the tremie method is expected to grow the highest.  Tremie method is the standard way of placing high-quality concrete underwater by means of gravity flow. It is proven to be the most reliable way of placing high quality concrete

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 Tremie is a watertight pipe, which is usually 250 mm in diameter. It has a funnel shaped hopper at its upper end and a loose plug at the bottom. It is the most convenient way for pouring of large amount of high flowable concrete. The hopper moves the concrete by either belt conveyer or pumping. The tremie method is majorly a water reducing admixture, which does not use super plasticizers.

On basis of applications, the underwater concrete method can be segmented as marine, underwater repairs, tunnels, hydropower and others. The hydropower generation plant is expected to grow the highest amongst all applications owing to factors such as significant capacity additions for hydropower generation and the efforts taken by the government for the adoption of hydro energy. The increasing demand for repairs of underwater existing structures is expected to drive the market for underwater repairs.

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The key players in the global underwater concrete market are Sika AG (Switzerland), Cemex S.A.B. De C.V. (Mexico), Rockbond SCP Ltd (UK), Conmix Ltd. (United Arab Emirates), HeidelbergCement Group (Germany), M-Con Products Inc. (U.S.), Underground Supply, Inc. (U.S.), Wieser Concrete Products Inc. (U.S.) and others.

This research report has provides the insights, on various levels of analyses such industry analysis, market share analysis leading market players and their profiles. This report also helps in studying the target segments by providing views on emerging & high-growth segments and market conclusion. Together the market data comprise and discuss with the basic assessments on the competitive scenarios & strategies, of the global underwater concrete market, including the high-growth regions, countries and their political, economic and technological environments. Furthermore the project report also provides the views over the historical market values as well as, pricing and cost analysis of the same.

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Table Of Contents

1    Executive Summary

2        Research Methodology

    2.1   Scope Of The Study

    2.1.1     Definition

    2.1.2     Research Objective

    2.1.3     Assumptions

    2.1.4     Limitations

    2.2   Research Process

    2.2.1     Primary Research

    2.2.2     Secondary Research

    2.3   Market Size Estimation

    2.4   Forecast Model

3    Market Dynamics

    3.1   Market Drivers

    3.2   Market Inhibitors

    3.3   Supply/Value Chain Analysis 

    3.4   Porter’s Five Forces Analysis

4    Global Underwater Concrete Market, By Laying Technique

    4.1   Introduction 

    4.2   Tremie Method

    4.3   Bucket Placing

    4.4   Pump Method

    4.5   Others

5    Global Underwater Concrete Market, By Application

    5.1   Introduction

    5.2   Marine

    5.3   Underwater Repairs

    5.4   Tunnels

    5.5   Hydropower

    5.6   Others

CONTINUED……………………………………………………….

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