NS BIO Microbial Technology and Design
NS BIO is New Sun Oversea's multi-microbial technology, designed around interactions between microbial communities and their environment. Different products in the range are used for agricultural soil management, aquaculture, water-quality management, environmental deodorization and oil-contaminated soil treatment. Learn about individual products and their uses, or explore application cases.
From soil and root zones to water, odor sources and organic matter, applications use liquid formulations, plant-derived compost or carriers placed in water. We can discuss suitable products and use conditions based on the treatment target, existing equipment and routine management.
Technical Design and Application Highlights
Multi-Microbial Design
The design considers different microbial groups, their ecological relationships and local soil or water conditions.
Microbes and Their Environment
Local communities, pH, temperature, oxygen and nutrients help define the setting in which microorganisms and products are used.
An Organic-Matter Management Concept
The company proposes a concept linking initial organic-matter transformation with subsequent use by local microorganisms.
Products for Different Environments
Liquid products, soil compost and carriers placed in water have different uses in agriculture, aquaculture and environmental engineering.
NS BIO patents and product-specific test documents, including SGS and pesticide-testing attachments. Findings apply only to the samples, dates, methods and test items identified in each report; they are not shared evidence of safety or mechanisms for every product or site. View patent, registration and testing documents →
1 Technology Introduction
NS BIO's multi-microbial design considers introduced materials, local microorganisms and soil or water conditions together. The sections below explain the natural black soil background, the components described by the company, and the proposed link between initial organic-matter transformation and subsequent microbial use.
Technical Background and Components
The company traces its multi-microbial cultivation concept to natural black soil.
- The company's description of the technology includes actinomycetes and other beneficial microorganisms.
- Secondary metabolites are also part of the company's technical description. It does not establish a fixed chemical composition or make these metabolites, enzymes and transformation products interchangeable.
- These terms explain the technical background. Each product's microbial composition, ingredients and formulation must be considered separately.
Initial Transformation and Subsequent Microbial Use
The company's two-stage concept links initial contact and organic-matter transformation with subsequent use of transformed materials by local microorganisms.
- The initial stage considers contact between the formulation and organic matter, and organic-matter transformation.
- The subsequent stage considers how local microorganisms may use the transformed materials.
- The substances transformed, reaction pathways, degree of transformation and time required still need to be established through relevant trials.
Local Microorganisms and Field Interactions
Microorganisms already present in soil or water are part of the design, alongside the introduced materials and environmental conditions.
- Introduced materials come into contact with the soil or water and its existing microorganisms.
- Changes in microbial communities and changes in water-quality or pollutant indicators need to be observed separately.
- A change in the community does not establish a specific synergistic effect. Changes in water quality or pollutants alone cannot confirm the biological pathway.
2 Technical Design and Application Concepts
Multi-Community Structure
The design considers microbial communities and their ecological relationships.
An Ecosystem Design Approach
The relationship between introduced materials, local microorganisms and field conditions guides how products are introduced into soil or water.
Communities and Field Conditions
Microbial composition describes the organisms making up a community; water-quality and pollutant indicators describe changes in the application environment. These need separate observation. Total microbial counts alone do not indicate treatment performance, and count data require product-specific tests.
Environmental Conditions and Community Change
pH, temperature, oxygen, nutrients and pollutants are important conditions for understanding microbial communities and how they change.
The NS BIO Six-Step Concept
The six steps outline the company's design concept, from material introduction and environmental interactions to ongoing management. They show a conceptual sequence, not a fixed causal pathway, and do not guarantee the same microbial composition or long-term self-maintenance.
- Introduce Materials to the Target Environment
Confirm the selected product's dosage, application method and site layout before introducing NS BIO materials into the target soil or water. Confirm where the product will be applied or placed, and record baseline conditions. - Contact with Soil, Water and Local Microbes
Introduced materials come into contact with the soil or water and its existing microorganisms, where community interactions may occur. - Environmental Conditions
pH, temperature, oxygen, nutrients and pollutants can influence community conditions. Soil moisture and mixing, or water flow, aeration and contact points in water and carrier systems, also need consideration. - Community Change over Time
Community structure may change or undergo ecological succession as time and field conditions change. Observation and analysis are needed to understand what occurs. - Observe Communities and Application Conditions
Consider microbial communities, environmental conditions and water-quality or pollutant indicators together to understand current operation. Changes in functional indicators alone do not establish a microbial pathway. - Ongoing Management and Maintenance
Adjust cleaning, water changes, material replenishment or other management as conditions change, and track subsequent changes over stated observation periods using consistent methods and operating records.
3 Multi-Microbial and Single-Strain Design
This comparison concerns design priorities. Microbial counts, environmental adaptability, long-term stability and treatment performance still require product-specific trial and use data obtained under comparable conditions. For either design, introduction timing follows the product's instructions and field plan.
| Design Aspect | NS BIO Multi-Microbial Technology | Single-Strain Design (Conceptual Comparison) |
|---|---|---|
| Technical Focus | Focuses on interactions among different microbial groups, field conditions and application sites. | Focuses on a selected strain and its operating conditions. |
| Microbial Composition | Describes the technology through multiple microbial groups; ingredients and formulations are presented separately for each product. | Describes a selected strain; strain and formulation information is specific to each product. |
| Role of Field Conditions | Considers introduced materials, local microorganisms, the target site and operating conditions together. | Considers the selected strain, target site and operating conditions together. |
4 Technology Application Areas
Soil Improvement
Agricultural Active Water No. 2 is used for soil and root-zone management. Bio-Humus can be included in growing media and organic-matter management, while Enhanced Bio-Humus is used for soil and fertilization management. Select products according to soil tests, crop conditions and the fertilization plan.
Water-Quality Management
Biological Active Water can be introduced into wastewater systems. Bio-Reactor provides carriers placed in water and can be integrated with aeration or circulation equipment. Application depends on the water body, inflow and outflow, and existing equipment.
Waste Treatment
For waste, food scraps and composting, Biological Active Water can be applied to odor-source surfaces or introduced at suitable dosing points. Application should be coordinated with cleaning, collection, moisture and aeration management.
Oil-Contaminated Soil Treatment
For oil-contaminated soil treatment, Oil Clean's liquid product can be combined with powder materials, soil mixing and turning as specified for the project. Refer to existing engineering cases; suitability depends on the oil type, sampling results, soil properties and construction conditions.
NS BIO Technology Application Products & Cases by Field
Agricultural Soil Improvement
Aquaculture
Product
External Methods & Applications (New Sun Technology)
Oil-Contaminated Soil Remediation
Product
Case Record
Environmental Deodorization
Product
Case Records
Water-Quality Management
Products
Case Record
Organic Farming
Product
- Enhanced Bio-Humus(Before use in organic farming, confirm the applicable scope and valid approval documentation.)
Case Record
5 Application Product Series
The NS BIO range includes liquid formulations, plant-derived compost and carriers used in water, each with a different application. Ingredients, specifications and methods of use are described product by product. Bio-Humus and Enhanced Bio-Humus are separate fertilizer products; select and combine them according to their own labels and use conditions.
Aquaculture Active Water
A liquid microbial product for pond-water and pond-bottom management. Learn about pond-bottom preparation, pond filling, water preparation and routine maintenance methods.
Aquaculture
Agricultural Active Water No. 2
Registration-exempt product category; soil and root-zone management
Agricultural Improvement
Bio-Humus
A plant-derived compost for soil and organic-matter management, with product-specific information on composition, packaging and application methods.
Soil & Organic Matter
Enhanced Bio-Humus
A separate fertilizer product for soil organic-matter and fertilization management, with its own composition and application information. For organic farming, confirm the applicable scope and valid approval documentation.
Soil & Fertilization
Biological Active Water
A liquid microbial product for odor and organic-matter management in waste, food scraps, drainage and wastewater systems. Explore surface-contact application, system dosing and maintenance.
Environmental Engineering
Oil Clean
A liquid engineering product for biological treatment of oil-contaminated soil, used with powder materials and soil mixing as required by the project. Explore application methods and suitability conditions.
Environmental Engineering
Bio-Reactor
An HDPE housing holds microbial and biomass carriers and nutrient materials, providing space for contact and attachment. Explore water-system layouts, equipment integration and maintenance options.
Environmental Engineering6 Application Case Records
These cases show product use and management in different agricultural settings. Individual observations should be considered alongside pruning, fertilization, drainage and other management measures; they do not represent fixed product outcomes.
Tea-Garden Management Observation
A case from Mingjian, Nantou, documenting the use of Agricultural Active Water No. 2 and observations of tea-tree growth and management.
Product used: Agricultural Active Water No. 2
Ginger Soil and Root-Zone Management
A soil and root-zone management case from a Taichung ginger field, describing the use of Agricultural Active Water No. 2 and Enhanced Bio-Humus.
Products used: Agricultural Active Water No. 2, Enhanced Bio-Humus
7 Technical Resources Download
Explore the Technology and Products
Download the NS BIO Technical Manual to learn about the multi-microbial design concept, or follow the product and case links to explore individual applications.
NS BIO Technical Manual
Multi-microbial design, the natural black soil background, the six-step concept, organic-matter transformation and field conditions.
Download PDF Technical DocumentTechnical Application Case Collection
Explore product use and site management through cases involving soil, water quality, odors and oil-contaminated soil.
View Application CasesNS BIO Product and Application Consultation
Considering NS BIO for your site? Tell us about the environmental issue, your application needs or available test information so we can discuss suitable products and application options.
Explore Products and Technology
Learn about product forms, main applications and the multi-microbial design concept.
Discuss Your Application
Discuss soil, water, odor or oil-contamination issues, together with existing equipment and management, to identify relevant products and use conditions.
Ask About Product Use
Ask about application, dosing, material combinations, storage and precautions, with guidance based on the product and site conditions.