NS BIO Microbial Technology and Design
NS BIO is New Sun Oversea's multi-community microbial technology and formulation framework, developed around ecological design concepts. The approach considers introduced microbial materials, local microbial communities and field conditions together. This page explains the company model and connects it to product information and case records.
Applications use liquid formulations, compost materials or carrier equipment, selected for the product and field plan. Product-specific instructions, site conditions and monitoring determine the configuration; treatment outcomes are not guaranteed.
Technical Design and Application Assessment
Multi-Community Product Structure
The design considers multiple microbial groups and their relationships with the field environment
Community Change
The company model includes community change over time, interpreted through sampling and operating records
Site Condition Differences
Microbial observations may differ across sites and use conditions
Follow-up Management Planning
Set the management method and frequency from the site plan and monitoring data
NS BIO Technology can be reviewed with patent and testing documents, including Taiwan SGS testing, pesticide residue and other product-specific documents. View patent, registration and testing documents →
1 Technology Introduction
Company technical documents describe NS BIO through its source background, apparent components and a two-stage working model. These descriptions explain the design concept; they are not a fixed formula for every NS BIO product.
Derived from Natural Black Soil
Company documents identify natural black soil as the background for NS BIO multi-community cultivation technology
- Actinomycetes and other beneficial microorganisms are listed as apparent components
- Secondary metabolites are also listed, without a fixed chemical composition
- Actual ingredients, strains and counts remain product-specific
Front-End Organic Matter Transformation
The NS BIO working model proposes an initial organic-matter transformation stage
- This stage describes the proposed role of NS BIO in organic-matter transformation
- Links to subsequent microbial use form a company hypothesis, not a universal mechanism
- Identify the substances, pathways and extent of transformation from matching field data
Subsequent Use by Local Microbes
The second stage considers local microbial communities and their subsequent use of available substances
- The proposed link between the two stages needs site-specific evidence
- Keep secondary metabolites, enzymes and transformation products distinct in interpreting the data
- Use community observations and functional indicators to guide follow-up treatment
2 Technical Design and Data Review
Multi-Community Structure
The design considers multiple microbial groups and their ecological relationships, rather than a single strain alone
Local Microbial Communities
The model treats existing soil or water communities as part of the field environment encountered by introduced materials
Structure and Field Conditions
Community structure, pH, temperature, oxygen and available materials are design considerations; actual counts require product-specific tests
Community and Function Observations
Interpret community measurements alongside water-quality or pollutant indicators and operating records; a functional change alone does not establish the microbial pathway
The NS BIO Six-Step Framework
This company model connects introduction, community interaction, field conditions, community change, observed state and maintenance. The sequence is conceptual; it does not establish that every site follows the same biological pathway.
- Introduce the NS BIO Product
Bring the selected formulation into contact with the target soil or water according to product instructions and the field plan. Record baseline conditions. - Initial Contact and Community Interaction
The model considers contact between introduced materials, the substrate and local microorganisms. Establishment and interaction require field observations. - Field Conditions
Record pH, temperature, oxygen, nutrients and pollutants, together with moisture, flow and operating conditions that affect interpretation. - Community Change
The framework considers changes in community structure over time. Determine their direction from suitable sampling and analysis, rather than assuming an optimized community. - Community and Functional State
Review community observations together with water-quality or pollutant indicators and field conditions. Before-and-after functional measurements alone do not prove the microbial mechanism. - Monitoring and Maintenance
Track changes using stated sampling periods, methods and operating records. Adjust maintenance or material replenishment through the field plan; long-term self-maintenance is not assumed.
3 Design Approach Comparison
This table contrasts design approaches, not product performance. The single-strain column describes a conceptual focus, not every commercial preparation. Compare treatment results only under matched formulation, field and operating conditions.
| Technical Parameters | NS BIO Multi-Community Technology | Single-Strain Design Focus |
|---|---|---|
| Community Structure | Multiple microbial groups and their interactions with the field environment | A selected strain and its operating conditions |
| Total Bacterial Count Design | Use the current product document and test method | Use the current product document and test method |
| Action Principle | Community relationships, field conditions and community change inform the design | The function of a selected strain informs the design |
| Environmental Adaptability | Assess from site conditions and observation records | Assess from site conditions and observation records |
| Intervention Timing | The company model links front-end transformation with subsequent local microbial use; introduction follows the product and field plan | Introduction follows the specific product function and field plan; it is not inherently limited to back-end treatment |
| System Stability | Interpret from the monitoring period and records | Interpret from the monitoring period and records |
| Action Target | Set observation indicators from project objectives | Set observation indicators from project objectives |
4 Technology Application Areas
Soil Improvement
Compost materials and soil or root-zone products support a soil-management plan. Select their use through soil tests, crop observations and the fertilization plan.
Water-Quality Management
Liquid products are introduced through the treatment system; carrier equipment can be integrated with aeration or circulation. Track water conditions through sampling, flow and operating records.
Waste Treatment
Liquid products can contact organic materials in waste or compost operations, alongside cleaning, collection, moisture and aeration management. Interpret results from site records.
Oil-Contaminated Soil Treatment
Oil-contaminated soil projects combine liquid products with selected materials, soil mixing and turning. Oil type, sampling results, soil properties and the engineering plan determine suitability.
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
5 Application Product Series
NS BIO is a shared technology name, not a common ingredient list or a fixed configuration. Liquid products, compost materials and carrier equipment have distinct roles. Select and combine them according to product-specific instructions and the field plan:
Aquaculture Active Water
Liquid microbial product for pond-water and pond-bottom management
Aquaculture
Agricultural Active Water No. 2
Registration-exempt product category; soil and root-zone management
Agricultural Improvement
Enhanced Bio-Humus
Confirm organic-matter content and applicable scope from the product label and current approval documents
Product Records
Biological Active Water
Liquid microbial product for odor-source contact and system dosing, with cleaning and maintenance
Environmental Engineering
Oil Clean
Liquid engineering product used with selected materials and mixing operations for oil-contaminated soil
Environmental Engineering
Bio-Reactor
HDPE housing with microbial and biomass carriers and nutrients for contact, attachment and equipment integration
Environmental Engineering6 Application Case Records
The following application records illustrate how NS BIO technology has been used. Interpret each case according to its source records, sampling method and stated scope:
Tea-Garden Management Observation
Nantou Mingjian tea plantation, product-use and growth observation records
Product used: Agricultural Active Water No. 2
Ginger Soil and Root-Zone Management
Taichung ginger soil and root-zone management case; review with the complete record.
Products used: Agricultural Active Water No. 2, Enhanced Bio-Humus
7 Technical Resources Download
Technical documents
Download NS BIO product documents and application case information
NS BIO Technical Manual
Technical design, comparison conditions, application information and precautions
Download PDF Technical DocumentTechnical Application Case Collection
Application records covering soil and water-quality management contexts
View Application CasesProduct and site information
Discuss product documents, site conditions and available monitoring records for a proposed application.
Document review
Review product labels, technical documents and applicable records.
Site assessment
Review site conditions, monitoring methods and comparison periods.
Record planning
Set out the operating records and measurements needed for later review.