Microbial materials Product List and Ranking from 6 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Aug 06, 2025～Sep 02, 2025
This ranking is based on the number of page views on our site.

Microbial materials Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Aug 06, 2025～Sep 02, 2025
This ranking is based on the number of page views on our site.

  1. 白崎コーポレーション Fukui//Building materials, supplies and fixtures manufacturers グリーンナップ事業
  2. 東レコムズ愛媛 Ehime//Other construction industries
  3. くらぜん Ibaraki//Building materials, supplies and fixtures manufacturers
  4. 4 ケイエフ Osaka//Trading company/Wholesale
  5. 5 ロム Hokkaido//Building materials, supplies and fixtures manufacturers 本社
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Microbial materials Product ranking

Last Updated： Aggregation Period:Aug 06, 2025～Sep 02, 2025
This ranking is based on the number of page views on our site.

  1. Earth-friendly composite microorganisms 'Katsuryoku Kingu' for people and the planet. 白崎コーポレーション グリーンナップ事業
  2. Environmental purification microorganism material "Ehime AI-1" 東レコムズ愛媛
  3. Soil improvement material and composite microbial material "Calus NC-R(R)" くらぜん
  4. 4 Rebuilding the natural cycle for sustainable greening, no need for additional fertilization! 'Soil Microbe Method' ケイエフ
  5. 4 [Ehime AI-1 Application Example] Application to Vitality Agents 東レコムズ愛媛

Microbial materials Product List

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Earth-friendly composite microorganisms 'Katsuryoku Kingu' for people and the planet.

Earth-friendly composite microorganisms 'Katsuryoku Kingu' for people and the planet.

The main ingredients are four types of food microorganisms! The natural activity of these microbes activates water, grass, flowers, and soil. A composite microorganism that is gentle on both people and the Earth.

"Vitality Kin" is a composite microorganism that is friendly to both people and the Earth, fermented and cultured using our company's biotechnology while controlling quality, consisting of four selected strains (lactic acid bacteria, bifidobacteria, yeast, and natto bacteria). Since the main ingredients are four food-grade microorganisms, it is safe and secure! 【Effects】 　◆ Water purification (deodorization and purification) 　◆ Promotion of plant growth and enhancement of soil fertility (soil microbial activation effect) 　◆ Promotion of composting (odor improvement and quality enhancement of compost)

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  • Cooking facility equipment and supplies

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Environmental purification microorganism material "Ehime AI-1"

Environmental purification microorganism material "Ehime AI-1"

This is an environmental purification microbial material born to protect the environment with the "safe power of nature"!

"Ehimé AI-1" is a microbial material cultivated from sugarcane-derived refined molasses, using baker's yeast, lactic acid bacteria for yogurt, and natto bacteria as nutrient sources. By adding it, it promotes the activation of beneficial microorganisms within an ecosystem composed of multiple indigenous microorganisms, enhancing natural purification capabilities (such as odor reduction, wastewater purification, soil improvement, etc.) and achieving a reduction in environmental conservation costs. Additionally, since it is made from naturally derived components, it can be used safely compared to chemical products. 【Features】 ■ Born from "safe kitchen ingredients" ■ Can be used safely with naturally derived components ■ Ehime Prefecture registered trademark Ehimé AI-1 usage license No. 1 [Approval No. 18 San So 343] ■ Achieves reduction in environmental burden and environmental conservation costs *For more details, please feel free to contact us.

  • Subsidiary materials

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[Ehime AI-1 Technical Document] Effects on Compost Fermentation (Model Test)

[Ehime AI-1 Technical Document] Effects on Compost Fermentation (Model Test)

Testing the effect of using kitchen waste on compost fermentation! Graphing the odors and ammonia concentration during fermentation.

This document introduces the effects of the microbial material "Ehime AI-1," which is cultivated using refined sugar molasses derived from sugarcane as a nutrient source, on compost fermentation, presented in graphs. By mixing this product at a ratio of 0.2 to 0.6% (by volume of raw materials) with composting materials such as kitchen waste and livestock manure, it is expected to reduce odors and promote fermentation during the composting process. [Contents] - Composting of kitchen waste - Odor concentration during compost fermentation - Ammonia concentration during compost fermentation - Temperature changes during compost fermentation - Comparison of solid matter decomposition *For more details, please refer to the PDF document or feel free to contact us.

  • Subsidiary materials

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[Ehime AI-1 Technical Document] Effect of Additives on Wastewater Treatment Equipment Model Test 1

[Ehime AI-1 Technical Document] Effect of Additives on Wastewater Treatment Equipment Model Test 1

Shortening the startup period for contact aeration treatment! Comparing treated water quality levels with graphs!

This document introduces the "Ehimé AI-1," a microbial material cultivated using refined sugar molasses derived from sugarcane as a nutrient source, along with baker's yeast, lactic acid bacteria for yogurt, and natto bacteria, focusing on its "effectiveness in wastewater treatment facilities." By adding this product to wastewater treatment facilities such as factory wastewater treatment systems and septic tanks that utilize activated sludge, improvements in treatment capacity and reduction of odors in raw water tanks and sludge storage tanks can be expected. Using it during unstable periods of activated sludge, such as during startup phases, promotes the formation of a healthy sludge microbial community, enabling relatively quick startup. 【Contents】 ■ Shortening of startup period in contact aeration treatment - Changes in treated water quality during the startup period of contact aeration treatment - Treated water on the 11th day of the test - Status of nitrogen compounds in treated water (74 days after the start of the test) *For more details, please refer to the PDF document or feel free to contact us.

  • Subsidiary materials

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[Ehime AI-1 Technical Document] Additive Effects on Wastewater Treatment Equipment Model Test 2

[Ehime AI-1 Technical Document] Additive Effects on Wastewater Treatment Equipment Model Test 2

Publication on the effects of improving SVI in activated sludge and examples of activated sludge improvement!

This document introduces the "Ehime AI-1" microbial material, which is cultivated using refined sugar molasses derived from sugarcane as a nutrient source, along with baker's yeast, yogurt lactic acid bacteria, and natto bacteria, and its "effect on wastewater treatment facilities." By adding this product to facilities that utilize activated sludge, such as factory wastewater treatment systems and septic tanks, improvements in treatment capacity and a reduction in odors from raw water tanks and sludge storage tanks can be expected. [Contents] - Effects of improving SVI of activated sludge (model diagram) - Examples of activated sludge improvement through the addition of Ehime AI-1 *For more details, please refer to the PDF document or feel free to contact us.

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Soil improvement material and composite microbial material "Calus NC-R(R)"

Soil improvement material and composite microbial material "Calus NC-R(R)"

Powerful! Soil improvement materials that utilize raw organic matter and promote fermentation in the soil / composite microbial materials.

"Karusu NC-R(R)" is a soil improvement material / composite microbial material that significantly reduces the labor involved in traditional composting by eliminating the need for troublesome turning and tasks. Instead of using fully matured compost in the field, it incorporates raw organic matter to activate microbial activity, allowing for composting within the soil. By applying it, the microbial community in the soil is improved, creating a cultivation environment suitable for crop growth. 【Features】 ■ Improvement of soil biology, enhancing year-round usability, water retention, and drainage ■ Improvement of the rhizosphere environment due to microbial activity ■ Secondary reduction of continuous cropping issues *For more details, please download the PDF or feel free to contact us.

  • Soil improvement material
  • Subsidiary materials

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Greenhouse Gas Reduction Microbial Material "Turning."

Greenhouse Gas Reduction Microbial Material "Turning."

Decomposing greenhouse gases with microorganisms!

"Turning." is a microbial material that can reduce harmful N2O emissions by utilizing N2O-decomposing microorganisms isolated from domestic rice paddies. N2O-decomposing microorganisms also promote plant growth, making it possible to reduce the amount of fertilizer used. We offer both liquid materials that can be diluted and sprayed, and solid materials that can be incorporated into the soil. 【Features】 ■ Reduces the amount of fertilizer used ■ Solid materials can achieve a higher reduction in N2O ■ FY 2015 Agricultural, Forestry and Fisheries Industry and Food Industry Science and Technology Research Promotion Project *For more details, please download the PDF or feel free to contact us.

  • Soil improvement material
  • Fertilizers and Pesticides
  • Other park materials

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Rebuilding the natural cycle for sustainable greening, no need for additional fertilization! 'Soil Microbe Method'

Rebuilding the natural cycle for sustainable greening, no need for additional fertilization! 'Soil Microbe Method'

The soil bacteria method is a maintenance-free, naturally growing greening technique that achieves permanent greening by reconstructing natural cycles.

The "Soil Microbe Method" is a natural cultivation technique that creates a plant growth foundation using a spray material composed of the following components that are identical to natural soil: soil parent material, soil microbial community, organic matter, and seeds. This method aims to restore the natural topsoil lost due to excavation work and achieve permanent greening by reconstructing the natural cycle. "Effective soil microbes" are microbial materials cultivated from natural microbial communities found in forests, mountains, and farmland using special methods. Main materials of the Soil Microbe Method: - Soil parent material: "Soil" formed from weathered rocks. - Soil Yuki: "Biological remains of plants and animals" containing trace elements. - Effective soil microbes: 138 types of "effective soil microbes" extracted and cultivated from natural soil microbial communities.

  • Road construction
  • Ground foundation construction method
  • Earth retaining wall/foundation reinforcement

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[Ehime AI-1 Technical Document] Effects on Crops (Field Trials)

[Ehime AI-1 Technical Document] Effects on Crops (Field Trials)

Conducting tests on house cultivation of tomatoes and eggplants! Improved root growth expected to increase crop yield!

This document introduces the effects of the microbial material "Ehime AI-1," which is cultivated using refined sugar molasses derived from sugarcane as a nutrient source, along with baker's yeast, yogurt lactic acid bacteria, and natto bacteria, on agricultural crops, accompanied by photographs. By applying a 1000-fold diluted solution of this product instead of water during irrigation of crops, it is expected to improve root development and increase crop yields. [Contents] - Greenhouse cultivation of tomatoes - Greenhouse cultivation of eggplants *For more details, please refer to the PDF document or feel free to contact us.

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[Ehime AI-1 Application Example] Application to Vitality Agents

[Ehime AI-1 Application Example] Application to Vitality Agents

Creating high-quality soil with the power of microorganisms! Vegetables with strong roots and good fruiting will thrive!

Toyo Shokusan's "Ehime AI-1" is a microbial material that is friendly to the natural environment and ecosystems, cultivated using sugar cane-derived refined molasses as a nutrient source along with baker's yeast, lactic acid bacteria, and natto bacteria. This product meets the quality standards for organic materials under JAS regulations and can be safely used for organic farming. [Examples of Use for Root Vegetables] ■ Creating high-quality soil with the power of microorganisms ■ Dilute 500 to 1000 times with water every 7 to 10 days ■ Vegetables with well-developed roots and good fruiting have grown *For more details, please refer to the PDF materials or feel free to contact us.

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[Ehime AI-1 Materials] About How to Use

[Ehime AI-1 Materials] About How to Use

Utilized for reducing odors and dirt, improving treated water from septic tanks, and cultivating crops! Here’s how to use it!

This document introduces the usage of the microbial material "Ehime AI-1," which is cultivated using sugarcane-derived refined molasses as a nutrient source, along with baker's yeast, yogurt lactic acid bacteria, and natto bacteria. Using the concentrated solution, it is possible to reduce odors from kitchen waste, decrease dirt in drainage pipes, and improve the treated water in septic tanks. Additionally, it can be used for crop cultivation by diluting it. 【Contents】 ■ Reducing odors from toilets, drains, and kitchen waste ■ Reducing dirt in drainage pipes ■ Improving odors and treated water in septic tanks ■ Composting ■ Crop cultivation *For more details, please refer to the PDF document or feel free to contact us.

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[Ehime AI-1 Technical Document] Effect of Pipe Contamination Suppression (Model Test)

[Ehime AI-1 Technical Document] Effect of Pipe Contamination Suppression (Model Test)

Conducted a model test assuming the odor trap section of the drainage outlet! Comparison photos over time are published!

This document introduces the "Ehime AI-1," a microbial material cultivated using refined sugar molasses derived from sugarcane as a nutrient source, along with baker's yeast, yogurt lactic acid bacteria, and natto bacteria, focusing on its "effectiveness in suppressing pipe fouling." A model test was conducted simulating the odor trap (faucet) section of a drainage outlet, comparing photographs over time between cases with and without the product in use. By using this product in drainage pipes for domestic wastewater and kitchen wastewater, particularly in areas prone to fouling such as faucet sections and intermediate pits, a reduction in dirt buildup is expected. [Contents] ■ Effectiveness in suppressing fouling in the model test simulating the odor trap (faucet) section of the drainage outlet - Start of AI-1 addition (35 days of water flow) - Day 3 of AI-1 addition (39 days of water flow) - Day 6 of AI-1 addition (41 days of water flow) - Day 14 of AI-1 addition (49 days of water flow) *For more details, please refer to the PDF document or feel free to contact us.

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[Example] Open-field cultivation (application of lactic acid bacteria)

[Example] Open-field cultivation (application of lactic acid bacteria)

We are publishing examples of successful results from the application of lactic acid bacteria in open-field vegetable cultivation!

This document is a collection of field cultivation case studies that introduce examples of utilizing composite lactic acid bacteria in agriculture for disease suppression, growth promotion, germination rates, and growth comparisons. In a field where symptoms of wilt disease were observed in sunny lettuce, after several applications of composite lactic acid bacteria, the previously struggling sunny lettuce recovered to a state where it could be harvested sufficiently. This is one example of disease suppression, along with cases of increased harvest yields and recovery from adverse weather conditions. [Contents] ■ Disease suppression examples ■ Growth promotion examples ■ Growth promotion and improvement of quality examples ■ Germination rate and growth comparison examples ■ Disease suppression and growth promotion examples, etc. *For more details, please download the PDF or feel free to contact us.

  • Fertilizers and Pesticides

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