The industry for bioenzyme fertilizers grew in 2024 thanks to increasing demand from consumers for organic foodstuffs and supporting government subsidies (aimed at sustainable agriculture). During this time, major players increased production to meet soaring demand, particularly in Europe and North America.
Innovations in bioenzyme formulations have enhanced nutrient absorption in crops. Farmers in India and Brazil increasingly replaced synthetic fertilizers with bioenzymes, particularly in regions affected by soil erosion. Raw material shortages continued to disrupt supply chains at the start of the year, but stability returned in Q3 as new suppliers moved into the industry.
Going into 2025, the industry is expected to grow further, with regulatory policies continuing to evolve in favor of the use of bio-based fertilizers. Advancements in microbial technologies and precision farming are expected to enhance the performance of the products. Policies and large-scale organic farms will propel China's substantial expansion in the Asia-Pacific region.
From 2025 on, Continued R&D investment, improved farmer education, and strategic partnerships between biotech and agribusiness will drive growth. By 2035, bioenzyme fertilizers are expected to significantly replace synthetic fertilizers in global sustainable agriculture projects. Climate change mitigation efforts and carbon sequestration incentives will further accelerate bioenzyme fertilizer adoption, reshaping global agricultural sustainability practices.
Industry Forecast Table
| Metric | Value |
|---|---|
| Industry Size (2025E) | USD 0.77 billion |
| Industry Value (2035F) | USD 1.79 billion |
| CAGR (2025 to 2035) | 8.9% |
Explore FMI!
Book a free demo
Stakeholders such as farmers, agronomists, fertilizer producers, and policymakers provided data for the Future Market Insights (FMI) survey. Finally, the industry trend predicted that over three-quarters of the respondents preferred bioenzyme fertilizers to traditional ones in terms of long-term soil health. Farmers cited better crop yields and improved soil health as the two primary reasons for this switch.
On the production and distribution side, 65% of the participants reported increasing investment in R&D for more efficient bioenzyme products owing to positive industry expansion. The majority are also seeking to build their distribution channels specifically in developing regions like Asia-Pacific and Latin America, where interest in organic farming is on the rise. However, high production costs and insufficient farmer’s education continue to challenge mass adoption.
Industry forces were largely driven by government policy and regulation. Approximately 70% of policymakers emphasized the need for increased subsidies and incentives to accelerate bio-based fertilizer adoption. Stakeholders also noted that the sustainability of bioenzyme fertilizers will be bolstered by continued adoption in the agriculture industry, driven by industry demand for organic products.
| Countries | Regulations & Policy Impact |
|---|---|
| United States | Standards are provided by the USDA's National Organic Program (NOP) for bio-based fertilizers. Microbial products are regulated by the EPA under the Federal Insecticide, Fungicide, and Rodenticide Act (FIFRA). Farm Bill incentives are available to promote sustainable agriculture. |
| United Kingdom | Regulated under Organic Production Standards and Fertilizer Regulation 2019. The UK government is encouraging low use of synthetic fertilizers under the Sustainable Farming Incentive (SFI) scheme. |
| France | Regulated by the ANSES (French Agency for Food, Environmental, and Occupational Health & Safety), bioenzyme fertilizers need to adhere to NF-U 42-001 standards. France encourages biofertilizer use under its Ecophyto Plan. |
| Germany | The Federal Fertilizer Ordinance (DüMV) regulates bioenzyme fertilizers. Businesses are required to follow the EU Fertilising Products Regulation (EU 2019/1009) for sales. Subsidies for organic farming are given under the German Organic Farming Scheme. |
| Italy | The Italian Ministry of Agricultural, Food, and Forestry Policies (MIPAAF) regulates fertilizers in accordance with EU organic agriculture rules. Italy encourages biofertilizers under its National Rural Development Program (NRDP). |
| South Korea | The Fertilizer Control Act regulates bio-based fertilizers. The government provides subsidies for organic agriculture under the Green Growth Strategy, with a focus on adopting biofertilizers. |
| Japan | Subject to the Japan Fertilizer Control Act, bioenzyme fertilizers are approved by the Ministry of Agriculture, Forestry, and Fisheries (MAFF). Organic fertilizer use on certified farms must comply with Japan's Organic JAS Certification. |
| China | Fertilizers are regulated by the Ministry of Agriculture and Rural Affairs (MARA). Businesses need to conform to GB 20287 to 2006 biofertilizer standards. China's Five-Year Agricultural Green Development Plan promotes the use of biofertilizers. |
| Australia & New Zealand | Australia adheres to the Australian Fertilizer Regulations (AFR) and Australian Certified Organic (ACO) for biofertilizers. New Zealand requires BioGro certification for organic application. Both nations encourage biofertilizers under sustainable agriculture grants. |
| India | The Fertilizer Control Order (FCO), 1985, regulates bioenzyme fertilizers. Organisations are required to be certified by the Indian Council of Agricultural Research (ICAR). The Paramparagat Krishi Vikas Yojana's (PKVY) scheme encourages organic fertilizers. |
The bioenzyme fertilizer industry in the United States is projected to grow at a CAGR of 7.8% from 2025 to 2035, driven by increased organic cultivation and government support through the Farm Bill. The USDA National Organic Program (NOP) oversees bio-based fertilizers, while the EPA's FIFRA regulates microbial formulations.
Soil erosion and water contamination from synthetic fertilizers are increasingly raising concerns and driving uptake. Bioenzymes are experiencing growing demand in key farming states like California and Iowa. Leading manufacturers' focus on R&D of high-efficiency biofertilizers and proprietary policies orientated towards regenerative agriculture are the main drivers of the upward trend.
The UK bioenzyme fertilizer industry is expected to grow at a 7.2% CAGR, driven by strong government incentives for sustainable farming. The Fertilizer Regulation 2019 and the Sustainable Farming Incentive (SFI) scheme incentivize the use of organic and bio-based fertilizers. Post-Brexit reforms allowed the UK to introduce independent regulatory systems and encourage the use of biofertilizers versus chemical fertilizers.
The cost of synthetic fertilizers is increasing, and farmers are turning to bioenzyme fertilizers and soil health demand, particularly in England and Scotland. It is robust, as a growing understanding of soil microbiomes and organic nutrient management practices drives its growth over the long term.
The bioenzyme fertilizer industry in France is projected to expand at a CAGR of 7.5%, with restrictive environmental conditions contributing to the growth of the organic farming industry. Professional farmers may not use biofertilizers very much because they have to obey the rules set by ANSES in NF U 42-001 for quality control.
The Ecophyto Plan aims to reduce the use of chemical fertilizers by promoting bio-based products. France's large-scale organic cereal farming industry primarily drives the public's interest in bioenzyme fertilizers. Industry growth is being driven by subsidies to farmers for organic farming and increasingly popular regenerative agriculture, and local producers are expanding their range to include microbe-based fertilizers.
Germany's bioenzyme fertilizer industry is projected to grow at a CAGR of 7.6%, supported by stringent regulations under the Federal Fertilizer Ordinance (DüMV) and the EU Fertilizing Products Regulation (EU 2019/1009), which promote the adoption of sustainable fertilization practices. The requirements for bioenzyme fertilizers are accelerating, as Germany is at the forefront of organic agriculture and sustainable efforts.
According to him, the government has announced subsidies for farmers adopting bio-based solutions as part of the Organic Farming Scheme. Industry growth can be attributed to precision agriculture technology and collaborations between biotech companies and agricultural businesses. Leading regions such as Bavaria and Baden-Württemberg are experiencing high levels of take-up with support from the government.
Supported by policies from the Italian Ministry of Agricultural, Food, and Forestry Policies (MIPAAF), the bioenzyme fertilizer industry in Italy is anticipated to be at a 7.4% CAGR through 2030. The National Development Program (NRDP) promotes bio-based fertilizers in areas with a high concentration of vineyards, like Tuscany and Piedmont.
Italy has a well-developed organic agricultural sector, while the demand for bioenzymatic fertilizers is increasing as farmers look for environmentally safe alternatives to chemical fertilizers. Intensified R&D spending by local farming companies is significantly enhancing the efficacy of the products offered, which, paired with added support from the European Union for green farming in the coming period, is brightening industry prospects.
The South Korean bioenzyme fertilizer industry is expected to grow at a rate of 7.1% CAGR from 2025 to 2035, due to policies laid out by the government under the Green Growth Strategy and the Fertilizer Control Act. The long-term sustainability strategy gives priority to organic farming, and the government is providing incentives to use biobased fertilizers.
The growing consumer demand for organic food has significantly increased the demand. South Korea is upgrading its farming technology to optimize bioenzyme fertilizer performance. Industries are expanding in high-value agriculture hubs such as Jeollanam-do and Gyeongsangbuk-do.
The bioenzyme fertilizer industry in Japan is anticipated to grow at a CAGR of 7.0%, driven by stringent agricultural regulations under the Japan Fertilizer Control Act and organic JAS certification requirements. Bioenzyme fertilizers are one type that Japanese farmers use, as they hope to enhance the biome of their soil and make their crops grow more.
Government initiatives promoting sustainable agriculture, particularly in the rice and tea farming sector, primarily drive industry growth. With R&D at its core, Japanese corporations manufacture biofertilizer formulations to ensure more effectiveness. Retailers and farmers are compelled to embrace sustainable farming practices as a result of the growing consumer demand for organic food.
China is projected to witness the fastest growth, with the bioenzyme fertilizer industry recording a CAGR of 8.2% from 2025 to 2035. The Ministry of Agriculture and Rural Affairs (MARA) has implemented strict GB 20287 to 2006 standards for biofertilizers on a large scale.
Government initiatives, such as the five-year agricultural green development plan, are positively impacting bio-based fertilizers amid overall sustainability initiatives. China’s massive agricultural sector, particularly in provinces like Sichuan and Shandong, is witnessing rapid biofertilizer adoption. Investments in local manufacturing and overseas partnerships with biotech companies are additionally driving the industry, with China becoming a major growth hub.
The bioenzyme fertilizer industry in Australia and New Zealand is projected to expand at a 7.3% growth rate during the forecast period. In Australia, the Australian Fertilizer Regulations (AFR) and Australian Certified Organic (ACO) requirements govern the application of these fertilizers, while in New Zealand, their usage is regulated through BioGro certification.
The Bioenzyme fertilizers enhance soil health, leading to their increasing adoption by farmers in both countries. Governments subsidise sustainable farming when there is considerable consumer demand for organic produce. The growth of the industry is further complemented by an increase in farm exports and a continued emphasis on microbial formulations.
The industry for bioenzyme fertilizers in India is expected to grow at a CAGR of 8.0%, driven by regulation by the Fertilizer Control Order (FCO), 1985, and ICAR certification norms. The Paramparagat Krishi Vikas Yojana (PKVY) scheme promotes organic farming, further driving up demand for biofertilizers.
So the soil erosion problems with the negative effect of chemical fertilizers are driving Indian farmers towards bioenzyme-based products. Key agricultural states such as Maharashtra, Punjab, and Tamil Nadu are witnessing increased adoption of bioenzyme-based products due to government support and soil health concerns. Government subsidies, growing farmer awareness, and the development of microbial technology augment industry growth.
When it comes to type, protease-based bioenzyme fertilizers are the most popular because they break down organic matter quickly, enhance microbial activity in soil, and make it easier for plants to get nutrients.
Such fertilizers are extensively used in intensive agriculture, particularly for cereals and vegetables, where soil health restoration is essential. Multi-enzyme products are the fastest-growing category because they significantly enhance soil health and fertility. By synergistically enhancing enzyme functions, leading to improved nutrient absorption and higher crop yields.
Their usage is spreading among organic farmers and bigger agricultural firms seeking more efficiency. The phosphatase-based fertilizers industry is also surging owing to their role in aiding the availability of phosphorus from organic compounds that are vital for plant productivity.
This is especially important for regions with phosphorus-deficient soils, such as some areas in Asia and Africa. The rise of precision agriculture and sustainable cultivation has brought research surrounding new (combinations of) innovative enzymes to the forefront, and in the coming ten years, this industry niche is bound to grow even further.
Liquid concentrates dominate the industry due to the rapid assimilation, ease of use, and high efficacy in improving soil fertility. Fertilizers for hydroponics and commercial agriculture (precision farming or instant nutrient delivery) are especially sought after. Another common class is the powder-based products, which are especially widely used in developing countries where cost-saving and storage ease are the key factors. Granules are the fastest-growing segment they follow a slow-release process, providing long-term soil fertility benefits.
Granular bioenzyme fertilizers are gaining traction among commercial crop growers who require regular soil nourishment with minimal application. Pellets are also commonly used in specialty agriculture and residential gardening due to their ease of handling and suitability for controlled-environment farming systems. The demand for these targeted forms is being driven by growing automation and mechanized approaches to agriculture, with liquid and granular formats being the most obvious and having seen significant gains in efficiency and efficacy.
Bioenzyme fertilizers find their largest end-use segment among crop producers, as bulk agriculture continues to be a demand driver for sustainable nutrient solutions. In the recent past, farmers have been moving the mass toward bioenzymes to minimize their dependence on chemical fertilizers, improve soil biodiversity, and optimize crop yields.
The fastest-growing industry is the gardening and landscaping industry, as more homeowners, landscape architects, and urban growers adapt bioenzyme fertilizers to maintain healthy soils in non-agricultural settings. Driven by increasing consumer preference for sustainable gardening and government incentives for eco-friendly landscaping practices. Nurseries are increasingly adopting bioenzyme fertilizers due to their proven benefits in seedling growth and plant breeding.
Rising consumer knowledge regarding in-house soil farming and composting habits is even propelling the do-it-yourself sector. Innovative and convenient-use bioenzyme preparations will have an increased industry in an increasing number of homeowners and amateurs searching for chemical-free gardening inputs in particular cities where home gardening will be continuously popularized.
| 2020 to 2024 | 2025 to 2035 |
|---|---|
| Awareness of bioenzyme fertilizers had not been widespread yet and fell in the early adoption phase of industry expansion. | Mass adoption of bioenzyme fertilizer technology and a significant growth path led by regulatory stimulants and technological innovation. |
| Regulatory systems were also emerging with various degrees of acceptance across diverse geographical areas. | Governments worldwide are implementing stringent environmental regulations and providing incentives to accelerate adoption globally. |
| There was little product innovation, except for single-enzyme fertilizers. | Increased R&D efforts towards developing multi-enzyme blends for improved efficiency and a longer duration of action. |
| The need for costly production and low consumer awareness, however, has stunted industry growth. | Economies of scale and improved technology are expected to lower costs and increase accessibility. |
| Organic farming was once a niche industry, but growing consumer demand for chemical-free produce has driven its expansion. | The rise of organic and regenerative farming, along with the continued rise and demand for bioenzyme fertilizers, is a significant trend. |
| In developed countries with strong regulatory support, adoption was high. | Adoption of sustainable agriculture is set to increase. |
| They relied on specialist agrochemical suppliers to expand distribution channels. | Industry players have expanded distribution networks, leveraging e-commerce outlets and direct-to-farmer models. |
| The COVID-19 impact also brought down supply chains and delayed growth (in the short-term industry). | The recovery from the pandemic and climate problems is intensifying investment in sustainable farming solutions. |
The bioenzyme fertilizer industry is positioned within the context of a wider shift to sustainable agriculture driven by global concerns about soil degradation, climate change, and food security. Environmental goals set by the government around the globe, like the ban or restrictions on chemical fertilizers, are pushing farmers towards bio-based solutions. Consumer demand for organic and non-GMO foods is influencing farmers to shift towards sustainable fertilizers.
Demand is also being driven by the economic growth of emerging industries, in particular Asia-Pacific and Latin America, as countries within those areas invest in growing their agricultural industry. The high prices of synthetic fertilizers, supply chain interruptions, and geopolitical tensions are also attracting a demand for bioenzyme fertilizers as an alternative and preferred choice.
Growing investment in microbial research and agricultural biotechnology is also stimulating industry growth, with companies developing high-efficiency enzyme formulations. At the same time, digital agricultural platforms and supply chain improvements are increasing access for small farmers. Over the coming decade, as economies expand, the drop in production costs, which will lower the price of bioenzyme fertilizers and accelerate their global adoption.
Pricing strategies, research and development, strategic alliances, and geographic reach are all factors on which leading firms compete in the bioenzyme fertilizer industry. Others spend heavily on R&D to develop high-end multi-enzyme products, while some focus on low-cost products that appeal to the mass industry.
Companies like Novozymes and BASF lead in terms of biotechnological innovations, while companies like Syngenta and Corteva Agriscience are involved in acquisitions and partnerships to strengthen their product offerings. One of its main growth strategies is expansion in emerging economies, more prominently in the Asia-Pacific and Latin American regions. In addition, the companies are collaborating with organic farming organizations and adopting digital agriculture platforms to increase their industry share and reach customers.
Novozymes A/S
Industry Share: ~25-30%
Novozymes is a global leader in bioenzyme production and holds the top position in the bioenzyme fertilizer industry. Novozymes has strong R&D ability and outstanding microbial innovations. It focuses on eco-friendly agrophenomena and has a strong foothold in North American, European, and Asia-Pacific industries.
BASF SE
Industry Share: ~20-25%
BASF Operations is a global producer of bioenzyme fertilizers, leveraging its portfolio of chemical and biological solutions. BASF has been diversifying into more environmentally friendly types of fertilizer and is targeting brain-focused agriculture industries throughout the world.
Syngenta AG
Industry Share: ~15 to 20%
Due to its focus on integrated crop solutions and sustainable agriculture, Syngenta is a well-established player in the bioenzymes fertilizers industry segment. Syngenta has been making significant investments into bioenzyme-based products for both soil and crop health applications.
UPL Limited
Industry Share: ~10-15%
UPL is one of the best players in the bioenzymes fertilizers section, particularly in the emerging marketplaces of India, Latin America, and the United States. UPL has focused on the development of affordable bioenzyme products for small and medium-scale farmers.
Koppert Biological Systems
Industry Share: ~5-10%
Koppert Biological Systems is a company that specializes in the development of biological solutions, including enzymes and fertilizers, with an emphasis on sustainable practices and organic farming. Koppert is expanding its product portfolio and geographical presence in 2024.
Certis USA LLC
Industry Share: ~5-10%
With a focus on cost-effective solutions for high-value crops, Certis USA is a leader in the bioenzyme fertilizer industry. On October 22, 2023, the company's focus turned to partnerships and collaborations to strengthen its foothold in the industry.
The bioenzymes fertilizer industry witnessed key strategic developments and technological changes in 2024. Synlogic Inc. In a new product launch, Novozymes A/S recently unveiled a new line of bioenzyme-based fertilizers that are designed to boost crop nutrient absorption in regions hit by drought. This move signals the company's intent to address climate challenges in agriculture.
BASF SE says it has entered into a strategic partnership with a leading agritech startup to develop next-generation bioenzyme fertilizers. The agreement brings together bioenzyme solutions and AI-based precision agriculture methods to make sure that the agricultural sector is as productive and environmentally friendly as possible. This initiative is expected to solidify BASF's industry presence in North America and Europe.
Syngenta AG made headlines with its acquisition of a local bioenzyme manufacturer in Brazil, further strengthening its dominant position in the Latin American industry. According to Syngenta's press release in March 2024, the takeover was to allow the company to tap into the surging demand for sustainable farm inputs within the region.
UPL's new bioenzyme fertilizer formulations for rice and wheat crops are available in India. UPL Limited. Following its launch, UPL Limited implemented a comprehensive farmer education program to educate farmers on the advantages of bioenzyme-based fertilizers. The acquisition will further increase UPL's industry share in the Indian subcontinent.
The demand for bioenzyme fertilizers is increasing, leading to the establishment of Koppert Biological Systems in Europe. It also sealed a distribution deal with a top European agricultural cooperative, solidifying its foothold in the region.
Certis USA LLC focused on the expansion of its product portfolio with the addition of bioenzymes to its biopesticides product line. The partnership will make it possible to add the Nexgen Crop solution, which is a full-spectrum crop insurance system that includes crop protection products and the nutritional supplements Mucid. The agreement will give growers in the high-value fruit and vegetable industries a one-stop solution for protecting crops and improving soil health.
Expansion into Emerging Industries-Fast-tracked agricultural modernization in India, Brazil, and China presents significant opportunities for bioenzyme fertilizer adoption. Localized production units can reduce costs and improve accessibility.
Multi-enzyme formulations: Developing agro-bioinputs and inventions in bacterial biotechnology can help make fertilizers work better by giving people a choice of different types that can be used in different soils and climates. It emphasizes that companies should focus on research and development to develop custom solutions.
Adoption of Sustainable & Regenerative Agriculture-The bioenzyme fertilizers industry is expected to benefit from rising international support for organic and regenerative agriculture practices. Working with organic certification bodies can strengthen credibility and reach.
For a more precise approach to farming, using bioenzyme fertilizer can work together with AI-based soil analysis tools and IoT-based irrigation systems to make things run more smoothly and produce more.
They help break down organic matter, which improves the soil's fertility and enzymatic activity. This makes it easier for plants to take in nutrients, which leads to plant growth.
Unlike synthetic fertilizers that provide instant micronutrients, bioenzyme fertilizers use natural enzymes that release nutrients slowly, improving the soil's's quality over time.
True, they work in different soil conditions, but efficiency hinges on things like microbial activity, water content, and organic matter levels.
Yes, because they promote soil biodiversity and nutrient use efficiency, greatly reducing the need for further chemical inputs.
We can limit soil erosion, reduce chemical runoff into bodies of water, and support sustainable agriculture.
the industry is segmented into protease-based, amylase-based, cellulase-based, phosphatase-based, chitinase-based, laccase-based, and multi-enzyme
it is segmented as liquid concentrates, powder, granules, and pellets
it is fragmented into crop producers, gardening & landscaping, nurseries, and DIY.
the sector is segmented among North America, Latin America, Europe, East Asia, South Asia, Oceania, the Middle East & Africa.
Steel Market Growth Analysis by Steel Type, End Use and Region: Forecast for 2025 to 2035
Quinoline Market Growth – Trends & Forecast 2025 to 2035
Plastic-Rubber Composite Market Trend Analysis Based on Product, Application, and Region 2025 to 2035
Non-Linear Optical Polymers Market Trend Analysis Based on Product, Application, and Region 2025 to 2035
Bakuchiol Market Analysis by Form, Type, Application and Region: Forecast from 2025 to 2035
Battery Electrolytes Market Analysis & Forecast by Type, End-Use, and Region through 2035
Bioenzyme Fertilizer Market
Thank you!
You will receive an email from our Business Development Manager. Please be sure to check your SPAM/JUNK folder too.
