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台灣海洋科技股份有限公司
Taiwan Marine Technology
Co., Ltd
 台灣農業委員會屏東生物科技園區進駐廠商
Member of Pingtung Agricultural Biotechnology
Park,The Council of Agriculture, Executive Yuan,
R.O.C.
The Company with the National
Kaoshuing Marine Technology
University after years of research,
efforts to Professor Huang
Guimin, Dr. Pan Zhihong, Dr. Lin
Qican, Dr. Huang Chaosheng etc.
under the guidance of scholars
and experts, the establishment of
production and marketing team to
develop and carry out
photosynthesis probiotics,
microalgae minus carbon-related
industries .
And academic cooperation with
Taiwan, the establishment of
aquaculture industry of countrybased research and development
scheme for the application, to
provide services for the industry.
Professor Huang Guimin
(Left) Team
Taiwan Marine Technology Co., LTD.
▲Micro algae industry =
micro algae food + carbon tax +
ethyl alcohol
 Micro algae reduces the carbon:
Simple easy to enlarge the operation;
The effect plants trees 2-4 time
 The high nutritional value micro
algae is most ideal outer space food,
absorbs completely; The United
Nations grain organizes the FAO:1
gram micro algae essence nutritional
value to be equal to 1000 grams each
kind of fruits and vegetables
assemble.
 Includes the high quantity pectin and
the vegetable fiber, the fat content is
extremely low, the balanced nutrition
supplemented, does not have to
worry the nutrition outflow question
to the reduction.
 The Taiwan Marine new technology:
micro algae production system and
the carbon dioxide reduce the waste,
to reduces the Earth warmly to have
the contribution, simultaneously the
micro algae may ferment becomes
the mass energy resource.
The micro algae adsorbs the CO2
decrement emissions conformity system
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1. use haze cultivation micro algae, the large-scale algae, in the original sea
water included the high ingredient sulfate radical ion, if in the emissions sea
possibly increases the sulfate radical ion content, therefore, transforms
because of the algae to the sulfate radical plasma absorption for its needs the
nutrition, after and may reduce can the sea water desulphurization draining
water sulfate radical ion content.
2. desulphurization haze carbon dioxide may continue to enhance, is
advantageous in enhances the algae cell to obtain rate and achieves the
adsorption carbon dioxide the effect. The carbon dioxide enters the high
density in the algae cell, obtains the cell number may arrive 8~10g/ml.
3. spiral algae raise for 0 hours, takes a sample to measure the alkalinity, its
carbonic acid salts assembling is 24.48 g/L CaCO3, after the introduction
desulphurization haze, then takes a sample to measure the alkalinity, its
carbonic acid salts assembling is 25.70 g/L CaCO3, therefore it to the carbon
dioxide absorbing capacity is 25.70-24.75= 0.84 g/L CaCO3, was equal in
absorbing 0.36 g/L CO2.
After 4. spiral algae raise for 120 hours, takes a sample to measure the
alkalinity, its carbonic acid salts assembling is 18.96 g/L CaCO3, after the
introduction desulphurization haze, then takes a sample to measure the
alkalinity, its carbonic acid salts assembling is 25.04 g/L CaCO3, therefore it to
the carbon dioxide absorbing capacity is 25.04-18.96= 6.08 g/L CaCO3, was
equal in absorbing 2.67 g/L CO2, demonstrated the spiral algae might use in
the desulphurization haze the carbon dioxide to grow reduces in the
desulphurization haze effectively the carbon dioxide withdrawal.
Taiwan Power carbon dioxide emissions
decrement 15%

Example: Taiwan power Project (document number: T5469510008)
PER HA micro algae and plants trees
to reduce the carbon comparison
PER HA / PER YEAR
Micro algae reduce the
carbon 58-90 ton
>
PER HA / PER YEAR
Plants trees reduce the
carbon 25 ton
 The micro algae reduces the carbon
system Taiwan power company to
enlarge the achievement
 The Taiwan
power company
utility bill
propagandizes
the micro algae
to reduce the
carbon
achievement
Dairy pasture - ethyl alcohol factory diesel oil factory
 The annual produces 210,000 gallons milks the pastures,
also can produce 1,000,000 gallon ethyl alcohol
gasolines, 250,000 〜 30,000,000 gallon living thing
diesel oil.
 The factory flow - dairy pasture reject use (dairy products
fermentation alcohol, excretion species corn or
excrement raises algae) - the production ethyl alcohol
gasoline and the bio diesel oil.
 Produces own using the dairy products reject energy,
provides electric power, thermal and the steam energy
entire facility energy efficiency ratio is 10 to 1, but the
traditional ethyl alcohol factory energy efficiency
compares is approximately 1.2 to 1.
Using algae as the feedstock to
produce both ethanol and biodiesel
 Taiwan Marine Company plans to grow
algae on 2,400 acres of state land, using
manure water, carbon dioxide produced as
a byproduct of the ethanol process and
sunlight.
Microalgae milk
use of clean water pipes
nutritional source microalgae production
 Food Grade Process Factory
 High nutritional value of micro-algae are ideal space
food, complete absorption; United Nations food
organizations, FAO: 1 grams of the nutritional value
of microalgae essence equal 1000 grams of a variety
of fruits and vegetables combined.
 Reduce carbon dioxide emissions =Sunlight +
carbon dioxide + nitrogen nutrition source
 Clean and algae-laden water + spray-dried powder +
milk evenly mixing= Green Food, Micro-Algae Milk
 Astronaut food, infants, the growth of young people,
the elderly, sick nutrition supply, absorb nutrients
 Chinese market as a result of Sanlu milk powder in
case of emergency procurement of milk to Taiwan,
cut into the market the best time for big traders
Microalgae milk cooperative development, or OEM manufacturers
Nanyang Dairy was founded in 1964 and is Korea's first dairy factory in
Korea is the biggest dairy factories, Nanyang-Cheonan plant cost 100
million dollars of automatic chemical, ISO9001 certification and HACCP
Certification
台灣海洋科技
Taiwan Marine Technology
▲光合益生菌
PSB Photosynthetic Bacteria
Aquaculture Professional
Taiwan Marine PSB
Photosynthetic Bacteria
P
S
B
100% natural, non-toxic and nonpathogenic with the full
technology support and survey of
the National Kaohsiung Marine
University in Taiwan.
 Application Dosage:
-20 liter/hectare/1 meter water depth.
-Add PSB in fresh or pond water at a ratio of
1:20 and expose to sunlight for minimum of 68 hours for the optimum results.
 Frequency: Once every 15-20 days as per the
conditions of the pond.
 Packing:30kg / tank.
PSB bacterium's application in the
shrimp cultivates
 PSB has special nutrition for one kind, can promote
and grow, prevent and cure the disease and high
efficiency and purify water quality and special
bacterium nonpoisonous and harmless to the
environment and aquatic animal, while applying to
the shrimps and cultivating, grow, improve prawn's
output, prevent and cure prawn's disease and purify
water quality etc. and have good function in
promoting prawns.
1 promotes and grows, strengthens antibodies.
2 prevents and cures the disease, improves to exist.
3 improves the output, increases benefit.
4 purification water quality, environment of
improving.
Taiwan Marine PSB
台灣海洋科技 光合益生菌
 Strains of the
Company by the
years of research to
improve its quality
and concentration,
an edge species,
each ml three - more
than one billion live
body, has been in
various industry
applications, a
significant effect.
Photosynthetic probiotics can promote
soil biomass conversion
 Improve soil structure, improve soil fertility and
promote crop growth. Most photosynthetic bacteria
are nitrogen-fixing ability to improve soil nitrogen
levels, soil composition of some organic, sulfide,
ammonia nitrogen, and the promotion of harmful
pollutants (such as pesticides and fertilizers)
conversion.
 At the same time can promote the proliferation of
beneficial microorganisms. Photosynthetic bacteria
generated a wealth of physiological active
substances of plant carotenoids have to be
absorbed directly help to improve crop nutrition,
plant cell to start the activity, and promote root
development, enhance photosynthesis, growth and
reproductive capacity.
 Photosynthetic bacteria contain anti-bacterial, antiviral substances, these substances can passivation
pathogenicity pathogens, as well as inhibiting the
growth of pathogens.
 At the same time, the activity of photosynthetic
bacteria can promote beneficial microorganisms
Actinomyces bacteria etc. proliferation, inhibition of
filamentous fungi and other harmful bacteria growth,
thus effectively inhibiting the occurrence of certain
Plant and spread, thereby increasing orchard
sanitation to reduce the occurrence and spread of
pests and diseases.
 Such as fruits and fresh-keeping agents.
The multiple functions of
Photosynthesis probiotics
To crops, livestock production
value.
Aquaculture and livestock water
purification.
Remove sediment from soil to
reduce the fish smell of foul
territory.
High concentration organic
wastewater treatment
(kitchen).
Removal of toilets, septic tanks,
livestock (pigs and ducks and
sheep urine) odor from
wastewater.
Assist livestock, pets
Licheniformis digestion, and
promote absorption.
▲PSB efficacy of organic
wastewater treatment
Reduce the waste of water resources.
30% of the electricity savings.
Can handle 600 tons every day, BOD for
30000ppm organic wastewater into a 18
tons per day of effluents BOD 100ppm
emissions.
▲Aquaculture
 Photosynthetic probiotics
as food additives, to
provide meat for the rate
of bait.
 So that the proliferation of
zooplankton in a high
nutrition diets.
 Farming Waters gills of
aquatic animals may be
grazing (eel gills taste
odorless soil).
 The elimination of aquatic
animals excrete odor,
purify water, improve the
farming environment.
▲Livestock farming
 As feed additives to enhance
the rate of feed for meat.
 Improve daily gain and shorten
the feeding time, improve
reproductive rate.
 Elimination of fecal odor,
improve the environment of
livestock and poultry.
 Contains large quantities of
nutrients to promote growth
factor activity of substances,
enhance the capacity of the
body resistance to help
digestion, reduce and prevent
diseases and infectious
diseases.
▲Agricultural Cultivation
 Spraying of fruit trees or
crops with nitrogen-fixing
and improving the quality
 Make fruits and
vegetables in rice
production
 So that fruit color,
sweetness, vitamin
content and storage of all
enhanced
 There is obvious role in
disease resistance and
the extension of
agricultural production
the role of the storage
period
▲River sewage treatment
 Ways analog artificial photosynthetic add probiotics, so that
high concentration organic wastewater purification, are the
most effective environmental best practices without the burden.
 Probiotics purification photosynthetic advantages: Do not need
large-scale equipment, low power consumption, less investment
costs, the process easy to manage, by the seasonal impact of
small, the temperature can be zero to forty, have a deal with the
process of comprehensive utilization of biomass as aquaculture
feed and farming add fertilizer.
 Photosynthetic probiotics on the oxidation of organic matter
decomposition has very strong ability to effectively remove
organic waste in water, nitrogen compounds and hydrogen
sulfide and other pollutants and absorption and utilization, so
that oxygen consumption of heterotrophic microorganisms lack
of nutrition to the underprivileged, lower substrate Biology
oxygen demand, so that oxide layer thickening, improve
oxidation units, water purification.
▲Home sewage treatment
 Annoying toilet smell, just once every 710 days, 1-1.5 liters of photosynthesis
into probiotics, that is effective
deodorant.
 Large-scale apartment building septic
tanks, the amount of expansion, within
one week and underground parking to
reduce environmental disturbance smell.
 Gullies, in particular emissions of
kitchen waste water, can be poured into
the regular long-term odor removal.
 Flavor and aromatic chemicals to
reduce the use of septic tanks to extend
the useful life, consistent with the
concept of environmental protection.
▲Organic wastewater
treatment
 Photosynthesis probiotics in leather waste
treatment, food, starch, soybean processing organic
waste water produced, quite effective.
 South Korea 600 tons every day alcohol treatment
wastewater treatment market, Japan, the United
States, Australia has many applications.
 The Company Synthesis of fatty acids at high
concentration wastewater, wastewater meat, bean
products, scouring, livestock waste water and citric
acid wastewater treatment has good results.
 Of COD52800mg / L of soybean wastewater 12 hours,
the removal rate of 92.7%; COD3864mg / L of starch
wastewater treatment 72 hours, the removal rate of
99.5%; deal with citric acid wastewater COD, BOD
removal efficiency of 97% and 99%.
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