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農業・自治体向けパイプ:2023年までの世界市場

Pipes for Agricultural and Municipal Sectors: Global Markets to 2023

 

出版社 出版年月電子版価格 ページ数
BCC Research
BCCリサーチ
2019年7月US$5,500
シングルユーザライセンス
100

サマリー

この調査レポートは農業・自治体向けパイプの2023年までの世界市場を分析・予測したBCC Researchの市場調査報告書です。

Overview

Summary

The water and wastewater pipe industry is very large, and it includes pipes made from many different materials, all of which compete with each other to various degrees depending on the region and
country. These materials include -
- Clay: Clay is an old material that has been used for years both for potable water transmission and for sewers and other drains. Today, clay has essentially been overtaken by other materials and is only used in any volume for gravity sewers.
- Concrete pipe: Both nonpressure pipe for gravity sewers and drains and concrete pressure pipe (CPP) are used for water transmission and pressure sewers. Concrete pipe tends to be used in very large diameter applications and is seeing increased competition from large diameter plastic piping.
- Cast iron pipe: Cast iron pipe involves both ductile iron used for pressure water mains and sewers, and gray iron used for drain, waste and vent (DWV) piping. Cast iron is strong and durable but in recent years has lost market share in the water transmission market to other materials, especially plastics.
- Steel pipe: Steel still is probably the most versatile and accepted pipe material, and it is used in many applications.
- Plastic pipes: These are made from several types of thermoplastic (TP) resins, including ABS, fluoropolymers, polyethylenes (mostly HDPE), polypropylene and vinyl polymers (polyvinyl chloride or PVC and its postchlorinated analog CPVC). Commercial piping also includes fiberglass-reinforced pipe (FRP) made with thermosetting (TS) resins. PVC/CPVC are by far the most-used piping plastics, followed by polyethylenes HDPE. Plastics are increasingly being used due to their corrosion resistance, low weight, low cost and endurance. They have taken market share from other piping materials, and BCC Research believes they will continue to do, although at a slower rate than in the past.

Over the past decade, the industry has continued to use the same materials, essentially for the same applications. The change that has occurred is that older piping materials are being replaced by plastic resins, especially high-density polyethylene (HDPE) and polyvinyl chloride (PVC).

Newer technology continues to focus on the trenchless method, a technique that can repair an old pipe or install a new one without having to excavate and prepare a bed for a new pipe and then install the pipe and backfilling. Trenchless technology involves sliplining?that is, inserting a new liner, usually plastic, inside an older deteriorating pipe?and pipe bursting ahead of new pipe insertion.



目次

Table of Contents

Table of Contents
Chapter 1 Introduction
Study Goals and Objectives
Reasons for Doing This Study
Scope of Report
Information Sources
Methodology
Geographic Breakdown
Analyst's Credentials
BCC Custom Research
Related BCC Research Reports
Chapter 2 Summary and Highlights
Chapter 3 Piping Industry Overview
Historical Perspective
The Pipe Industry
Definitions and Descriptions
Materials Used
Desirable Physical and Chemical Properties
Applications
Prices of Pipe and Tubing
Chapter 4 Technology
Introduction
Wastewater Networks
Trenchless Installation Techniques
Materials Used in Municipal and Agricultural Pipes
Clay Pipe
Concrete Pipe
Copper Pipe
Iron Pipe
Steel Pipe
Plastic Pipe
Trenchless Technology
Cured-in-Place Pipe (CIPP)
Sliplining
Microtunneling
Pipe Extraction
Pipebursting
Close-Fitting Liners
Spray Lining Systems
Pipe Reaming
Thermoformed Pipe Liners
TT for Municipal Water, Sewer and Gas Pipe Repair
Plastic Pipe Materials Used in Trenchless Technology
Piping System Design
Piping System Fabrication and Joining
Pipeline Inspection
Pipeline Locating
Chapter 5 Global Value of Municipal and Irrigation Pipe Networks
Global Municipal and Irrigation Pipe Networks
Urbanization and Population Growth
Aging Infrastructure
Losses from Non-revenue Water
Growing Interest in Wastewater Treatment
Climate Change and Water Scarcity
Funding Problems
European Municipal and Irrigation Pipe Networks
North American Municipal and Irrigation Pipe Networks
Asian Municipal and Irrigation Pipe Networks
LATAM Municipal and Irrigation Pipe Networks
MEA Municipal and Irrigation Pipe Networks
Chapter 6 Company Profiles
ADVANCED DRAINAGE SYSTEMS INC.
ALIAXIS GROUP S.A./N.V.
AMANCO
AMIANTIT GROUP
ASAHI/AMERICA
CAN CLAY
CHARTER PLASTICS
ELECTROSTEEL CASTINGS LTD.
ERA/YONGGAO CO. LTD.
ENDOT INDUSTRIES INC.
FUTURE PIPE INDUSTRIES (FPI)
GF PIPING SYSTEMS
HOBAS
JINDAL SAW LTD.
JM EAGLE
KUBOTA
LESSO
MCWANE
NATIONAL PIPE & PLASTICS INC.
NORTH AMERICAN PIPE CORP.
NORTHERN PIPE PRODUCTS INC.
NORTHWEST PIPE CO.
PERFORMANCE PIPE
SAINT-GOBAIN PAM
SEKISUI CHEMICAL
U.S. PIPE
WATER TRANSMISSION GROUP (WTG)
WAVIN
WIENERBERGER AG
XINXING
Chapter 7 Appendix: Abbreviations, Acronyms and Glossary of Terms
Abbreviations, Acronyms and Glossary of Terms

List of Tables

List of Tables
Summary Table : Value of Global Municipal and Irrigation Pipe Networks, by Application, Through 2023
Table 1 : Pipe Materials: Advantages/Disadvantages and Main Applications
Table 2 : Dimensions of Common Pipes
Table 3 : Comparison of Trenchless Pipe Technology Methods
Table 4 : Size/Length and Utility Water Supply Capacity of Global Municipal and Irrigation Pipe Networks, by Region, 2017
Table 5 : Size/Length of Global Municipal and Irrigation Pipe Networks, by Region, Through 2023
Table 6 : Value of Global Municipal and Irrigation Pipe Networks, by Region, Through 2023
Table 7 : Size/Length of Global Municipal and Irrigation Pipe Networks, by Application, Through 2023
Table 8 : Value of Global Municipal and Irrigation Pipe Networks, by Application, Through 2023
Table 9 : Size/Length of Global Municipal and Irrigation Pipe Networks, by Type and Application, 2018
Table 10 : Value of Global Municipal and Irrigation Pipe Networks, by Type, Through 2023
Table 11 : Value of Global Municipal and Irrigation Pipe Networks, by Pipe Size, Through 2023
Table 12 : Value of Global Municipal and Irrigation Pipe Networks, by Type and Size, 2018
Table 13 : Size/Length and Utility Water Supply Capacity of European Municipal and Irrigation Pipe Networks in Main Countries, 2017
Table 14 : Size/Length of European Municipal and Irrigation Pipe Networks, by Application, Through 2023
Table 15 : Value of European Municipal and Irrigation Pipe Networks, by Application, Through 2023
Table 16 : Size/Length of European Municipal and Irrigation Pipe Networks, by Type and Application, 2018
Table 17 : Value of European Municipal and Irrigation Pipe Networks, by Type, Through 2023
Table 18 : Value of European Municipal and Irrigation Pipe Networks, by Pipe Size, Through 2023
Table 19 : Value of European Municipal and Irrigation Pipe Networks, by Type and Size, 2018
Table 20 : Size/Length and Utility Water Supply Capacity of North American Municipal and Irrigation Pipe Networks in Main Countries, 2017
Table 21 : Size/Length of North American Market Municipal and Irrigation Pipe Networks, by Application, Through 2023
Table 22 : Value of North American Municipal and Irrigation Pipe Netwoks, by Application, Through 2023
Table 23 : Size/Length of North American Municipal and Irrigation Pipe Networks, by Type and Application, 2018
Table 24 : Value of North American Municipal and Irrigation Pipe Networks, by Type, Through 2023
Table 25 : Value of North American Municipal and Irrigation Pipe Netwoks, by Pipe Size, Through 2023
Table 26 : Value of North American Municipal and Irrigation Pipe Networks, by Type and Size, 2018
Table 27 : Size/Length and Utility Water Supply Capacity of Asian Municipal and Irrigation Pipe Networks in Main Countries, 2017
Table 28 : Size/Length of Asian Municipal and Irrigation Pipe Networks, by Application, Through 2023
Table 29 : Value of Asian Municipal and Irrigation Pipe Networks, by Application, Through 2023
Table 30 : Size/Length of Asian Municipal and Irrigation Pipe Networks, by Type and Application, 2018
Table 31 : Value of Asian Municipal and Irrigation Pipe Networks, by Type, Through 2023
Table 32 : Value of Asian Municipal and Irrigation Pipe Networks, by Pipe Size, Through 2023
Table 33 : Value of Asian Municipal and Irrigation Pipe Networks, by Type and Size, 2018
Table 34 : Size/Length and Utility Water Supply Capacity of LATAM Municipal and Irrigation Pipe Networks in Main Countries, 2017
Table 35 : Size/Length of LATAM Municipal and Irrigation Pipe Networks, by Application, Through 2023
Table 36 : Value of LATAM Municipal and Irrigation Pipe Networks, by Application, Through 2023
Table 37 : Size/Length of LATAM Municipal and Irrigation Pipe Networks, by Type and Application, 2018
Table 38 : Value of LATAM Municipal and Irrigation Pipe Networks, by Type, Through 2023
Table 39 : Value of LATAM Municipal and Irrigation Pipe Networks, by Pipe Size, Through 2023
Table 40 : Value of LATAM Municipal and Irrigation Pipe Networks, by Type and Size, 2018
Table 41 : Size/Length and Utility Water Supply Capacity of MEA Municipal and Irrigation Pipe Networks in Main Countries, 2017
Table 42 : Size/Length of MEA Municipal and Irrigation Pipe Networks, by Application, Through 2023
Table 43 : Value of MEA Municipal and Irrigation Pipe Networks, by Application, Through 2023
Table 44 : Size/Length of MEA Municipal and Irrigation Pipe Networks, by Type and Application, 2018
Table 45 : Value of MEA Municipal and Irrigation Pipe Networks, by Type, Through 2023
Table 46 : Value of MEA Municipal and Irrigation Pipe Networks, by Pipe Size, Through 2023
Table 47 : Value of MEA Municipal and Irrigation Pipe Networks, by Pipe Type and Size, 2018
Table 48 : Abbreviations and Acronyms Used in Describing Pipes Used in the Agricultural and Municipal Sectors
Table 49 : Glossary of Terms Used in Describing Pipes Used in the Agricultural and Municipal Sectors

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