市場調查報告書
商品編碼
1629340
肥料添加劑市場:按功能、按形式、按最終產品、按地區、機會、預測,2018-2032 年Fertilizer Additives Market Assessment, By Function, By Form, By End-product, By Region, Opportunities and Forecast, 2018-2032F |
全球化肥添加劑市場規模預計將從2024年的35.1億美元成長到2032年的48.1億美元,2025-2032年的預測期間複合年增長率為4.01%。市場成長主要是由於耕地面積減少和人口增加需要提高糧食生產生產力而促使國際化肥需求增加。肥料添加劑含有可提高肥料性能和穩定性的化學物質,隨著農業實踐的改變和變得更加永續和高效,預計將變得至關重要。
該領域的領先公司正在大力投資研發,以實現現代化並改進其產品組合。隨著最終用戶尋求更直接、更可靠的來源來確保供應安全,不斷發展的分銷管道包括更多的直接供應協議。根據糧食需求和永續農業實踐的需要,預計市場將進一步成長。2024 年 9 月,Innovar Ag 是一家強效化肥添加劑製造商,致力於改善農業經濟並實現永續發展模式,在東京豐島區開設了代表處。其目的是收集有關日本市場的資訊並與其產品的當地公司建立關係。
此外,2023 年 3 月,永續肥料技術先驅 Phospholutions Inc. 宣佈推出 RhizoSorb,這是一種全新的磷肥技術,目前可用於美國農作物生產。RhizoSorb 是一種專有的肥料添加劑,具有獨特的作用,可以提高磷肥的有效性。在製造過程中,RhizoSorb 技術(一種獨特的活性金屬氧化物組合)直接融入肥料顆粒。這種方法可以更有效地儲存和釋放土壤中的磷酸鹽,從而提高植物在整個生長季節的利用率和吸收量。
該報告考察了全球肥料添加劑市場,並提供了市場概況,包括功能、格式、最終產品、區域趨勢以及參與市場的公司概況。
Global fertilizer additives market is projected to witness a CAGR of 4.01% during the forecast period 2025-2032, growing from USD 3.51 billion in 2024 to USD 4.81 billion in 2032. It is primarily the growing international demand for fertilizers that stems from reducing arable land and an increasing population that will require better productivity in food production, giving rise to the market's growth. Fertilizer additives, which include chemicals improving the performance or stability of fertilizers, are expected to become indispensable because of changing agricultural practices in the future, making them more sustainable and efficient.
Major companies in the field are investing a lot of money in research and development for the modernization and improvement of their product portfolios. Evolving distribution channels include the introduction of more direct supply agreements as end-users sought more direct and reliable sources for steady supply. The market is set to register further growth based on food demand and the need for sustainable agricultural practices. In September 2024, Innovar Ag, which creates strong additives for chemical fertilizers that increase economic viability in agriculture, leading it toward sustainable models, set up its representative office in Toshima-ku, Tokyo. The aim is to gather information about the Japanese market and build relationships with local companies for its products.
Furthermore, in March 2023, the introduction of RhizoSorb, a completely new phosphate fertilizer technique that is currently usable in crop production in the United States, was introduced by Phospholutions Inc., a pioneer in sustainable fertilizer technology. The proprietary fertilizer additive, RhizoSorb, works in a unique way to boost the effectiveness of phosphorus fertilizers. During manufacturing, a proprietary combination of activated metal oxides, RhizoSorb technology, is incorporated straight into fertilizer granules. The method increases plant availability and uptake throughout the growing season by more effectively storing and releasing phosphate in the soil.
Innovation Catalyzes Market Expansion
The expanding fertilizer additives market is driven by innovation developments. Agriculture is rapidly changing, and fertilizer efficiency and effectiveness are being improved through modern additives. Innovation can be derived from the introduction of new chemical formulations to prevent problems such as caking and moisture absorption and improve storage and application.
In addition, the revolution in precision agriculture has brought in specialization in custom-made additions that competitively optimize nutrient delivery to crops in the future. Companies invest heavily in R&D to develop solutions that integrate with sustainable agriculture practices, thereby increasing the advocacy for agricultural productivity with global food security challenges.
In December 2023, with the introduction of NSAFE, a globally innovative technology that will allow a significant portion of the company's fertilizer range to increase its capacity to protect soil biodiversity while improving crop yields, FERTIBERIA, S.A., a European leader in the crop nutrition sector, took a step forward in its commitment to biotechnology. It is the first commercially available microbial product that inhibits nitrification. This method offers a more effective and sustainable substitute for conventional chemically synthesized inhibitors by enabling fertilizers to enrich the soil through their microbial nature.
Sustainability Trend Influences Market Growth
With the rising environmental concerns, farmers and agricultural producers are looking for effective ways to boost crop production while using eco-friendly techniques. The shift is in favor of organic and bio-based fertilizers, which comply with sustainability. In many governments, policy measures taken complement the existence of these fertilizers as well as develop, as being those promoting high-efficiency fertilizers with reduced chemical runoff and soil degradation.
Furthermore, enhancements in fertilizer additive compounds that enhance nutrient efficiency are essential elements for soil health and productivity. Such a concern on sustainability also addresses food security issues and holds new opportunities for market expansion in regions prioritizing green farming practices.
In October 2024, the International Fertilizer Association (IFA) collaborated with Proba World BV, a startup in supply chain decarbonization, to develop a standard for quantification and verification that will encourage improved efficiency fertilizer usage and specifically target nitrification and urease inhibitors. The inhibitors are chemicals that can be mixed with inorganic or organic fertilizers to decrease nitrogen losses, including greenhouse gas emission (GHG) such as nitrous oxide, by inhibiting certain biological processes.
Inhibitors Hold the Dominant Market Share
The fertilizer additives market is predominantly a market for inhibitors because of their significant contribution to nitrogen efficiency and nutrient loss reduction. They may be referred to as urease and nitrification inhibitors to enhance nitrogen efficiency and improve plant growth and soil health while minimizing volatilization and nitrate leaching.
The rising demand for sustainability in agriculture has seen the increased use of these inhibitors even more. They help in alleviating the adverse impacts that traditional fertilizers cause on the environment. Farmers who want to produce maximum yields while keeping up with eco-friendly practices rely more on the nitrogen stabilizers, further entrenching them as market leaders in the arena of fertilizer additives.
In January 2023, with the introduction of its new Visio-N Supra technology, which contains 40% NBPT, Soilgenic Technologies, LLC claimed a breakthrough in improving the efficiency and efficiently lowering the emissions of nitrogen fertilizer. As a urease inhibitor and above-ground nitrogen loss reducer, the NBPT fertilizer additive has been shown to be successful and has developed into the world standard for nitrogen efficiency. The creation of the Visio-N Supra 40% NBPT formulation establishes a new benchmark for concentrated urease inhibitor technology's increased efficiency.
Asia-Pacific Being the Fastest Growing Market
Asia-Pacific has emerged as the fastest-growing market for fertilizer additives due to a variety of factors. The agricultural sector is buoyant, and countries like China and India dominate the space regarding fertilizer consumption and production. The growth of the market for fertilizer additives in Asia-Pacific reflects increased demand for improved agricultural productivity and sustainable practices.
The population reshapes the necessary increase in food production, prompting farmers to employ enhanced fertilizers and nutrients additives to enhance efficiency. Besides, governmental initiatives concerned with sustainable agricultural practices are also causing the burgeoning status on an upward path. Since the Asian and Pacific primarily depend on diverse agricultural fields, the relevance is in the use of efficient fertilizers that replace nutrient soil returned to the Asia-Pacific an innovation and development hub for the fertilizer additives market.
In November 2024, the research team of the Hefei Institutes of Physical Science of the Chinese Academy of Sciences created copper pyrazole, a new nitrification inhibitor, and a slow-release fertilizer coated in it. The goal of this novel strategy is to increase agricultural nitrogen (N) use efficiency.
Future Market Scenario (2025 - 2032F)
The market is expected to grow due to the increased demand of agricultural productivity and therefore proper nutrient management in farming practices.
Modernization of fertilizer formulations with the combination of precision agricultural technologies is expected to increase efficiency in fertilizer additives.
Different governments and their agricultural bodies are likely to encourage the incorporation of additives that reduce environmental footprints while increasing production.
Key Players Landscape and Outlook
Important players in the fertilizer additives market have various roles in shaping industry practice and innovation in the country. Major companies are investing a lot in research and development to improve product offerings and efficiency and, therefore, focus almost entirely on offering sustainable solutions, considering increasing demands for changing the method of agriculture into eco-friendly practices.
The competition scenario is a combination of old players and new entrants, many of which are trying to strengthen their market presence through mergers and acquisitions. Along with these are the initiatives toward developing organic and bio-based additives to meet the growing consumer demand for environmentally friendly agricultural practices.
Innovation is expected from these key players in the future as they prepare to take in regulatory changes and evolve with changing market demands to remain ahead in the changing landscape of fertilizer additives. Future agricultural issues will hinge on such sustainability and efficiency to provide global food security.
All segments will be provided for all regions and countries covered
Companies mentioned above DO NOT hold any order as per market share and can be changed as per information available during research work.