New Sun Oversea 仁維國際


Shrimp Monoculture

To address the problem of disease infections, New Sun Oversea (NSO) has introduced a cleaning and decomposition product for the black soil with odor in fish ponds for friends who specialize in cultivating prawns. It meets the needs of natural and non-toxic cultivation and can improve the rate of prawn and grass prawn cultivation and extend the harvest time of prawns.

Shrimp Monoculture

New Sun Oversea (NSO)'s products not only quickly purify water, prevent the growth of harmful algae and pathogenic bacteria, but also improve the bottom soil of aquaculture, prevent and treat black soil and smelly soil, and establish the self-purification function of the water pool. The active water in aquaculture not only decomposes harmful substances, enhances the immunity of aquaculture organisms, but also fine-tunes the nutrients and strengthens the ecological system of the water pool.

What is the effect of using NSO's products for prawn cultivation specifically?

What are the problems associated with high-density prawn cultivation?

High-density prawn cultivation in specialized ponds results in a substantial amount of shell and food residue, feces, and ammonia waste. Every fall and winter, the ponds must be drained to dry out the black and smelly soil at the bottom, and then limed and spread with stones, or else, when the weather warms up the next year, harmful bacteria and viruses will reproduce in large numbers in the accumulated waste, or decompose and deplete the oxygen, leading to many young prawns getting sick, suffering from diarrhea, oxygen deprivation, and death.

How to resolve the issue of black and smelly soil at the bottom of the fish pond?

With NSO's fish pond bottom black and smelly soil cleaning and decomposition product, there is no need for traditional full-floor, sun-drying, digging black and smelly soil, and lime disinfection. Most importantly, there is no need to stop the pool, continuous cultivation. The operation is also quite simple, for the meticulous ones, NSO's product can be evenly spread and then compressed into the bottom of the pool with a machine, or, like this time, we spread it while releasing water, letting NSO's product settle naturally at the bottom of the pool with the flow of water, naturally flowing to the location where waste is easily accumulated, accelerating decomposition.

NSO's fish pond bottom black soil odor cleaning and decomposition product does not require traditional full-floor, sun-drying, digging black soil odor, and lime disinfection at all. The most important thing is that it does not need to be drained, and can be continuously cultured. The operation is also quite simple. If you care a little more, you can evenly spread NSO's product, and use a machine to press it into the bottom of the pond, or like we did this time, spread it while releasing water, allowing NSO's product to naturally settle to the bottom of the pond with the flow of water, and naturally flow to the positions where waste is easily accumulated, accelerating decomposition.

Once NSO's product comes into contact with pond water, the comprehensive soil microbial community (soil probiotics) comes alive! Because the comprehensive soil microbial community (soil probiotics) is jointly cultivated from many native soil microorganisms in Taiwan, and then cultured in biological humus, they are numerous and adapt to different temperatures and environments. So even in cold weather, they can continue to decompose the bottom of the pond. After laying the bottom of the pond, the length of water treatment varies depending on the pond, and after about a week, the bottom of the pond is stable, the algae color and plankton are well grown, and you can put red fins in to breed after water treatment is completed.

Using NSO's product over a long period of time can prevent the accumulation of black and smelly soil at the bottom of the fish pond, prevent the outbreak of arc bacteria, and stabilize the water quality. The beneficial soil microorganisms will maintain the immunity of the shrimp and eliminate the need for medication, allowing for continuous shrimp breeding and improving the shrimp turnover rate and breeding rate, thereby upgrading both profits and aquaculture technology.

the online marketplace:蝦皮購物 ∣ 微生物除臭大師 ∣ 五常

Why Can It Improve White Shrimp Aquaculture Environment?

How to construct a high-density shrimp farming system?

The characteristic of NS BIO Aquaculture Water Treatment System by NSO is that its core bacteria NS BIO adjusts its bacterial composition according to different pollutants. NS BIO can become a dominant species in different environments, with high flexibility, high tolerance, high processing efficiency, and the ability to exclude pathogenic bacteria.

NSO uses patented technology and commercial products to build a high-density shrimp farming system. Its features are:

(1) Standardized products.

(2) Products can be stored for a long time.

(3) Products are ready to use.

(4) No fermentation time is needed for the products.

(5) Products are convenient for building shrimp farming systems.

The white shrimp specialized high-density farming system from NSO consists of two main components:

(1) NS BIO Bacterial Water System:

The NS BIO bacterial water system can be directly applied to the culture water and contains both aerobic and anaerobic bacteria. The NS BIO bacterial water system is replicable, stable, efficient, and easy to adjust. It can be directly introduced into the treatment tank for water treatment and then returned to the farming system. Only a regular supplement of bacteria liquid is needed to maintain a specific bacterial population concentration. The farming system can be constructed using the cultured active water and strengthened humus.

(2) Bio-Reactor:

The bio-reactor is an external bacterial carrier that can increase the NS BIO's ability to treat the water. The bio-reactor can be placed in high pollution areas (bottom sediment concentration areas) or water flow sources for concentrated treatment of water quality indicators.

NS BIO菌水系統的建置優點

In addition, the NS BIO bacterial solution system has the following three main features, making it convenient to construct a high-density culture system for white shrimp:


The NS BIO system is highly adaptable to the environment, and all materials from Ren Wei are factory-produced live bacterial products, without the need for additional sugar fermentation operations, making it easy to use and replicable in parameters.

High stability:

NS BIO can adapt to salinity conditions of 0 to 4 degrees and temperature conditions of 0 to 70 degrees Celsius. Decomposing bacteria can obtain carbon sources through residuals and feces, making it highly stable and not prone to reverse bacteria. NS BIO has an automatic adjustment ability and fast appreciation ability, and will generate the most suitable bacterial spectrum to treat the environment based on ecological concepts.

High processing efficiency:

Tested by professional testing units, NS BIO has a high processing efficiency of over 90% for ammonia, hydrogen sulfide, organic sulfur, etc.

What is the difference compared to conventional methods?


The NS BIO system

conventional method

Culturing structure

NS BIO decomposing bacteria/NS BIO environmental treatment bacteria/Cultivation environment

Algae / Probiotics / Aquaculture Environment

Nutrient source

The nutrients come from the breakdown of residual food and feces.

The nutrients come from photosynthesis or additional sugar added.

Risk management

No need to look at the weather for mealtime, no fear on cloudy days, and rain is a free source of water, just remember to adjust the salinity.

Relying on the weather to feed the fish, once the algae blooms occur, it requires maintenance to maintain the bacteria composition, but it still may not be effective.

Phycosphere constructio

NS BIO initially provides different bacterial communities, and after natural screening, it automatically generates a suitable, stable, and complex environment treatment bacteria.

The customary practice of maintaining the microbial population is typically through a additive process, lacking key strains and not being discovered in a timely manner can easily lead to an unstable microbial population.