EUDORA RX- Fluid Mechanic Optimization

7/27/2019 EUDORA RX- Fluid Mechanic Optimization

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The P


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EUDORA: (you-DOR-uh) is the Greek Goddess ofheavyrain . She is one of the Okeanides, the 3000 daughters of Tethys and Okeanos, Goddess and God ofthe owere responsible for fresh water sources, whether from the earth (such as springs and rivers) or from the sky (such as clouds and rain). Eudoras name


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technologyfocus

mission statement

the firm

Hydro Fluid Mechanics

Agrochemical

Petrochemicals

Bio Cellular Chemistry

Human Capital

TORROD & ASSOCIATES, INC. , is an international consulting firm engaging in the

business development, market integrations, resourcing, assets management and

development for private, public and government industries to achievea final product or

service that is effective, optimal and efficient. Our structure and backbone is sustain by

our experience, multi- facet resourcing and seamless vertical integration. Our firm

addresses and ensures internal and external gains within a system or production by

articulating programs and thresholds that correspond to the state of technology within

that industry life cycle and market. The result is a more efficient business approach

with less cost and more profit.

brid

ging

y

6619 S DIXIE HIGHWAY MIAMI FLORIDA 33143 t 800 .237 .6001 [email protected] www.torrodinc.com

TORROD & ASSOCIATES, INC., is dedi cat ed to the des ign and deve lop men t of

efficient, sustainable and optimal economic systems that offer technology solutions

whos attributes assist in the positive evolution of humans and the environmental

preserva tion of the earth with the aim to make the world a better place to live for years

to come.

who weare
http://www.torrodinc.com/http://www.torrodinc.com/mailto:[email protected]:[email protected]


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Business Analysis

Comprised of a collective thinking tank researching to

identify business needs and determining effective

solutions to business problems. Our Solutions include a

systems development component consisting of process

improvement, organizational change, strategic planning

and policy development.

Technology Positioning

An empirical methodology comprised of data sampling

and exponential growth modeling using probability

amplitudes explicit to a specific industry its risk,

competition and life span.

I-O Analysis

A n e m p i r i c a

interdependenci

within an indu

complex variab

derive input and

A

saex

ac

effi

Internal - External Performance Measurements

responsibility

co operation

integration

inclusiveness

excellence

innovation

profitable growthfocus on core areas

strategic partnershipstime to market

leading position within technology relevanceleveraging assets flexibility

profitable growth

focus on core areas

strategic partnerships

time to market

leading position within technology relevance

leveraging assets flexibility

products

6619 S DIXIE HIGHWAY MIAMI FLORIDA 33143 t 800.237.6001 [email protected] www.torrodinc.com


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imagine an irrigation systemwith the ability to significantlycurtail operational inputswhile still reaching maximum

operational efficiency andyield . . . . . . ?


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Surface Tension

Surface tension is a contrac tive tendency of the surface of a

liquid that allows it to resist an external force. It is revealed,

for example, in the floating of some objects on the surface

of water, even though they are denser than water, and in the

ability of some insects to run on the water surface. This

property is caused by cohesion of similar molecules

attracting each other due to ionic or cationic polarities.

Surface tension is measured by dimension of force per unit

length or of energy per unit area (surface energy). The

cohesive forces among liquid molecules are responsible for

the phenomenon of surface tension. In the bulk of the

liquid, each molecule is pulled equally in every directi on by

neighboring liquid molecules, resulting in a net force of

zero. The molecules at the surface do not have other

molecule s on all sides of them and therefore are pulled

inwards. This creates some internal pressure and forces

liquid surfaces to contract to the minimal area. Surface

tension is responsible for the shape of liquid droplets.


Surface Tension

a natural phenomena

1. Where surface meet, the contact angle is uniquel y

determined by the energies of the interfaces. Hence the contact

angle will determine the surface energy need to main molecules

pulling to maintain net force of zero.

2. A curved liquid surface has a higher pressure on the

concave side. A surface tries to minimize area and inside liquid

is under pressure.

application water drop: the surface tries to minimize are & inside

liquid is under pressure.

Materials are classified as hydrophobic or hydrophilic based on

their affinity for water. If contact angle is less than 90 degrees it

will wet the surface (hydrophilic), if contact angle is more than

90 degrees it will not wet the surface (hydrophobic).

surfaces exert forces

Po

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Pi r Pdrop9( (= Press inside (Pi

surface tension2 r( ( =

= (Pi) - (Po) = 2 / r

r Pdrop( (

r radius of drop

Pressure is inversely proportional torad iu s, the smaller the rad iu s thehigher the pressure


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the issue


Surface Tension

the issue

Materials are classified as hydrophobic or hydrophilic

based on their affinity for water. The pressure relationsh ip

between the radius of water drop and angle are indicato rs

whether water dew or droplets have an affinity with other

surfaces such as soil, grass, turf and leaves, also known as

horticultural surfaces. If the contact angle is less than 90

degrees it will wet the surface (hydrophilic), if contact

angle is more than 90 degrees it will not wet the surface

(hydrophobic). In most cases the contact angle for soil,

grass, turf and leaves is more than 90 degrees hence there

is a hydrophobic relationship creating repelling surface

tension and no wetting. This relationship results in several

economic input and out ratios where ultimately more water

and energy is needed in order to sufficiently reach and wet

these horticultural surfaces evenly and effectively.

Due to the behavioral characteristics of surface tensions

and the functional use of that surface material, as found in

water, water purveying and irrigati on for horticult ural and

turf applications endure large consumptions and

ineffective use. Optimal irrigation is defined as an efficient and

effective supply of water to the soil in order to provide moister

and nutrient properties to a horticultural specimen. Capillary

action occurs when the forces binding a liquid together (cohesion

and surface tension) and the forcesattracting that bound liquid to

another surface (adhesion) are greater than the force of gravity.

Cohesion is the attractive force that pulls similar substances

together. If the soil is dry, the surface tension of the edge of the

water pool prevents the water spreading outwards quickly. The

effect of gravity pulls the water down, into the root zone, and if

there is morewater than the roots can take straight away, it keeps

going down, into the subsoil and much of it wasted.

application

water beading

inhibits water penetration into soil

inhibits water spreading evenly

surface runoff and evaporation

excessive water consumption

excessive energy consumption

inhibits growth

long term nutritional deficiencies

observations


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the solution


The solution to a more efficient and effective approach

lies in the ability to reduce surface tension found in water.

The intrinsic understanding of fluid mechanics, water

and molecular relationships lead the path to solving our

problem . Throug h the polariz ation of certai n molecu lar

structures to achieve hydrophilic affinity with water we

proffer the al lowance for an optimal contact angle

between both surfaces where the radius area for the

surface tension of water equals the radial momentum flux

of the surface, hence reducing surface tension while

allowing penetration and wetting.

Eudora is an hydro-chemical agent designed for a fluid

mechanic process that inhibits and reduces water surface

tension significantly . Eudora is non toxic, 100 %

biodegradable and safe. Eudora was designed to assist in

the operational performance of irrigation and hydration

systems allowing for the efficient and effective use of

water. The following are the benefits Eudora offers;

* water penetration

* water even spreading

* reduction of water consumption up to 40%

* enriches landscaping

* enriches crop nutrients

* reduction of energy cost

* maximizes irrigation effectiveness

* promotes growth

* decreases soil compaction

* prevents evaporation

* reduces irrigation operational inputs

* Promote crop growth up to 20%

* 100% Bio Degradable

* safe

EUDORA

EUDORA-RX


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Th

EUDORA-RX

6619 S DIXIE HIGHWAY MIAMI FLORIDA 33143 t 800.237.6001 [email protected] www.torrodinc.com

EUDORA RX- Fluid Mechanic Optimization

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