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Water Quality Improvement

With the development of industry, wastewater has become increasingly complex in composition. Some hard-to-degrade organic and toxic substances can be treated using microbial methods. Wastewater provides conditions for microbial growth and reproduction, so microorganisms can obtain nutrients from wastewater while degrading and utilizing harmful substances, thus purifying the wastewater. Biological treatment of wastewater is a treatment method that uses the life activities of microorganisms to degrade dissolved or colloidal organic pollutants in wastewater, thus purifying the wastewater. It has significant advantages such as low consumption, high efficiency, low cost, easy and reliable process operation management, and no secondary pollution.

Features of Water Quality Improvers:

➣Quickly remove organic matter and are the most economical

➣Most effective in removing ammonia nitrogen from water

➣Can be used for industrial wastewater treatment

Soil Improvement

Soil Remediation

Petroleum Pollution Reduction

To degrade the hydrocarbons in soil contaminated with petroleum, a bacterial degradation agent is used to accelerate the destruction and effective decomposition of harmful hydrocarbons through metabolism and oxidation processes. It has high safety, and powerful advantages in terms of time and cost.

Heavy Metal Reduction

By combining the functional genes of microorganisms and the characteristics of evolutionary genes, the functional diversity and bacterial composition of soil microbial communities are expected to be established, providing a basis for future agricultural land soil pollution control technologies and strategies.

Pesticide Degradation

The use of bacterial strains to decompose pesticide residues can improve soil fertility and reduce pesticide factory pollution.

Enhancing Soil Nutrients

The bacterial strains can activate the soil, improve water retention, permeability, and root development, strengthen plant nutrient absorption, increase soil microorganisms, make plants resistant to pathogens, synthesize amino acids, vitamins, and other substances to increase yield and improve quality.

Organic Aquaculture for Fish, Shrimp and Crab

Water purification and environmental control treatment

The strains of bacteria used in this organic aquaculture can help solve problems such as organic matter, animal excrement, and residual feed in the pond bottom. They can also help decompose proteins in the water, compete with pathogenic bacteria, and lower the concentration of nitrites and ammonia to achieve water purification. This creates an environment for the shrimp to thrive in with beneficial bacteria and adjusted pH levels.

Organic feed

The strains of bacteria used in this organic aquaculture contain a diverse group of aquatic nutrients, which can enhance the effectiveness of the feed.

Biological bed

The strains of bacteria used in this organic aquaculture can stabilize the algae and bacteria, balance the pH value to facilitate water quality control.

Microbial environmental control treatment

This treatment can create a protective shield, purify the air, decompose odors, and have antibacterial effects./span>

Microbial growth solution

This solution provides better absorption of nutrients for the mushroom bags. It allows for a more evenly distributed nutrient source, enhancing the taste and quality of the mushrooms, while also increasing yields, prolonging the harvest period, and making for an earlier harvest.

Microbial bed

This bed maintains a suitable humidity, lowers the temperature, and allows beneficial bacteria to promote mushroom growth inside the bag while inhibiting foreign bacteria.

Agricultural cultivation

The factory located in Pingtung Agricultural Science Park will set up a mushroom cultivation area of about 500 pings.Other planting projects coordinated with the demonstration site will also be implemented in other regions of Taiwan:1.Tainan Biotechnology Center: Research and development of black fungus/shiitake mushrooms/Chinese herbs/agricultural-related industries.

Main conditions for cultivation:

1.Improve soil activation2.Convert plant waste and animal excrement into high-quality organic fertilizers.3.Apply leaf surface activator to cope with the coverage of dust and oil on plant leaves.

Microbial environmental control treatment

Create a protective barrier, purify the air, degrade air odors, and have an antibacterial effect.

Microbial growth solution

Provide a better-absorbed nutrient supplement to the mushroom bag, which can enhance the taste and quality of mushrooms, allow for early harvesting, increase production, and extend the production period.

Microbial mushroom bed

Maintain suitable humidity and reduce temperature. The beneficial bacteria inside can also promote the growth of mushrooms in the mushroom bag and inhibit foreign bacteria.

Mushroom spawn cultivation

➣Enhance fertility

➣Cultivate soil ecology

➣Degrade residual heavy metals in soil

➣Adjust soil pH level and restore soil fertility

➣Reduce pesticide residue and minimize chemical residues.

➣Adjust pH level

➣Rapidly degrade odor

➣Accelerate temperature rise and fermentation

➣Decompose harmful substances and facilitate reuse.

➣Adjust pH level

➣Rapidly degrade odor

➣Accelerate temperature rise and fermentation

➣Can quickly degrade odor

➣Can accelerate temperature rise and fermentation

➣Livestock manure liquid fertilizer

➣Provides fertility, decomposes harmful substances

➣Facilitates reuse and nitrification to decompose harmful substances.

➣Adjust pH level

➣Rapidly degrade odor

➣Accelerate temperature rise and fermentation

➣Facilitate reuse and nitrification to decompose harmful substances.

➣Antibacterial function

➣Adjust pH level

➣Rapidly degrade odor

➣Enhance root development and increase nutrient absorption

➣Improve soil fertility and create a favorable environment for crops

➣Increase soil microorganisms and reduce pathogen risks

➣Promote soil aggregation structure, improve water retention and air permeability

➣Synthesize various substances such as amino acids and vitamins, promoting plant growth

➣Stabilize pH value

➣Improve drinking water quality

➣Provide beneficial bacteria

➣Enhance animal immune system using good water

➣Increase animal weight gain and breeding rate using good water

Aquaculture Management

Economic Benefits

  • Increase crop yields by more than 70%

  • Increase sales economic benefits by at least 30%

  • Reduce feed costs by more than 50%

  • Stable water quality reduces the need for manpower management

  • Completely save the cost of tank cleaning, water replacement, and other medication inputs

  • The entire process is controlled through an exclusive aquaculture system, starting from the bottom soil of the pond, controlling water quality and algae, and is less affected by natural disasters and environmental pollution, greatly improving the success rate of aquaculture.

Organic Fertilizer Manufacturing and Management

Environmental Control Treatment

Provide a good growth environment for animals and plants.

Water Purification

In addition to purifying harmful substances in water, beneficial bacteria are added to enhance the immune system of animals and plants and strengthen the digestive system.

Feed Refinement

It does not contain drugs or heavy metals, allowing feed to degrade harmful substances and facilitating rapid digestion and absorption.

Biological Bed

Because it is covered with a layer of unpolluted ground that animals can touch, their excrement will not produce ammonia or toxins, reducing air pollution and maintaining respiratory health. Overall, they can lead a happy and worry-free life every day.

Organic Matter Fertilizer

Made from residual chicken manure.

Strain improvement for agricultural waste:

Microorganisms have the advantage of being able to reuse agricultural resources by decomposing and oxidizing animal excreta, plant waste, and converting them into organic fertilizers or materials. They can also treat food sludge, industrial waste, and kitchen waste, turning them into recycled materials through microbial treatment.

The following adjustments can be made using strains:

➣Adjusting pH

➣Rapid degradation of odors

➣Accelerating temperature rise and fermentation

➣Decomposing harmful substances and facilitating reuse