尿素の世界市場：生産能力と設備投資（CapEx）予測-地域別、上位国・企業、原料、主要計画・発表済みプロジェクト（2022～2030年）

世界の尿素の生産能力は今後数年間で大幅に増加し、2021年の233.05mtpaから、2030年には299.99mtpaに増加すると予測されています。2030年までに、主にアジアと旧ソビエト連邦で、約76の工場が計画・発表されています。2030年までの尿素の生産能力増強は、インドとイランがリードし、ロシアとオーストラリアがそれに続くと予想されています。

当レポートでは、世界の尿素市場について調査分析し、世界の尿素生産能力に関する地域別見通し、尿素工場の計画・発表内容、主要な世界の尿素生産者の生産能力シェア、世界の尿素設備投資額（地域別）等に関する情報を提供しています。

目次

第1章 世界の尿素生産能力と設備投資の見通し

• 主なハイライト
• 主要な新工場の発表
• 新工場のキャンセル
• 主要な停止工場
• 世界の尿素生産能力の貢献：地域別
• 世界の尿素生産能力の貢献：稼働中、計画中、発表済み工場別-2022年
• 主要企業：尿素生産能力の貢献別（％シェア）-2021年
• 主要国：尿素産業への積極的な世界の生産能力貢献別
• 計画および発表された工場からの地域の生産能力追加
• 計画および発表された工場からの主要国の生産能力追加
• 計画および発表された工場からの主要企業の生産能力追加
• 計画および発表された工場への地域の設備投資
• 計画および発表された工場への主要国の設備投資

第2章 主要な世界の計画および発表された尿素工場

第3章 付録

• 定義
• 略語
• 調査手法
• お問い合わせ

List of Tables

List of Tables

• Table 1: Total urea capacity by region (mtpa), 2021-2030
• Table 2: Active, planned, and announced urea capacity by region (mtpa), 2022
• Table 3: Urea capacity share of top 10 companies (%), 2021
• Table 4: Active urea capacity of top 10 countries (mtpa), 2021
• Table 5: Planned and announced capacity additions by region (mtpa), 2030
• Table 6: Planned and announced capacity additions by top 10 countries (mtpa), 2030
• Table 7: Planned and announced capacity additions by top 10 companies (mtpa), 2030
• Table 8: Total capex spending on planned and announced plants by region (US$ B), 2022-2030
• Table 9: Total capex spending on planned and announced plants by top 10 countries (US$ B), 2022-2030
• Table 10: Global, planned and announced Urea projects details

List of Figures

List of Figures

• Figure 1: Total urea capacity by region (mtpa), 2021-2030
• Figure 2: Active, planned, and announced urea capacity by region (mtpa), 2022
• Figure 3: Urea capacity share of top 10 companies (%), 2021
• Figure 4: Active urea capacity of top 10 countries (mtpa), 2021
• Figure 5: Planned and announced capacity additions by region (mtpa), 2030
• Figure 6: Planned and announced capacity additions by top 10 countries (mtpa), 2030
• Figure 7: Planned and announced capacity additions by top 10 companies (mtpa), 2030
• Figure 8: Total capex spending on planned and announced plants by region (US$ B), 2022-2030
• Figure 9: Total capex spending on planned and announced plants by top 10 countries (US$ B), 2022-2030

Global urea capacity is poised to see considerable growth over the upcoming years, potentially increasing from 233.05 million tonnes per annum (mtpa) in 2021 to 299.99 mtpa in 2030. Around 76 planned and announced plants are slated to come online by 2030, primarily in Asia and Former Soviet Union. Among countries, India and Iran are expected to lead urea capacity growth by 2030, followed by the Russia and Australia.

Scope

• Global urea capacity outlook by region
• Urea planned and announced plants details
• Capacity share of the major urea producers globally
• Global urea capital expenditure outlook by region

Reasons to Buy

• Understand key trends in the global urea industry
• Identify opportunities in the global urea industry with the help of upcoming plants and capital expenditure outlook
• Understand the current and future competitive scenario

Table of Contents

Table of Contents

1. Global Urea Capacity and Capital Expenditure Outlook

• 1.1. Key Highlights
• 1.2. Major New Plant Announcements
• 1.3. New Plant Cancellations
• 1.4. Key Stalled Plants
• 1.5. Global Urea Capacity Contribution by Region
• 1.6. Global Urea Capacity Contribution by Active, Planned and Announced Plants, 2022
• 1.7. Key Companies by Urea Capacity Contributions (% Share), 2021
• 1.8. Key Countries by Active Global Capacity Contributions to Urea Industry
• 1.9. Regional Capacity Additions from Planned and Announced Plants
• 1.10. Key Countries' Capacity Additions from Planned and Announced Plants
• 1.11. Key Companies' Capacity Additions from Planned and Announced Plants
• 1.12. Regional Capex Spending on Planned and Announced Plants
• 1.13. Key Countries Capex Spending on Planned and Announced Plants

2. Key Global Planned and Announced Urea Plants

3. Appendix

• 3.1. Definitions
• 3.2. Abbreviations
• 3.3. Methodology
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