HYDRALICOOL

Oscar Domingo

Edward Eaton

P R E S E N T S T H E N E W E C O - T E C H N O L O G Y

NEWTECHNOLOGY

HydraliCool™

“HydraliCool” technology is embodied in an additive package called GlobalTech “HC10” that is used to produce useful hydraulic/heat-transfer multi-functional fluids making use of Glycols like Propylene glycol, Glycerin, PDO, Ethylene Glycol or blend of them.

In other words, this technology relates to manufacturing hydraulic fluid and/or heat transfer fluid using Glycols and/or co-product glycerin from biodiesel production.

BIODIESEL

P R O C E S S D I A G R A M

The industry’s total production exceeds thebiodiesel requirement set by the FederalRenewable Fuel Standard.

According to the US EPA, the industry:

▪ Provides 64,000 jobs nationwide.

▪ Reduces greenhouse gas emissions from 57▪ to 86 percent.▪ Is exceeding 3 billion gallons of annual production.

US BIODIESELPRODUCTION PLANTS

HYDRALICOOL

HydraliCool fluid is blended from two

easily mixed liquid components:

▪ HC10 Syrup

▪ PG, PDO, Glycerin or blend of

them.

HC10 Syrup

This approach uses Glycols produced close to global clients’ facilities. In many countries, local bio-diesel plants can supply glycerin at lower cost with improved delivery times.

Global Tech HydraliCool HC10 is a concentrated additive package to be diluted at 5-10% in diol blend.

The concept minimizes cost and improves logistic flexibility by accessing local global Glycol supplies.

By focusing on the approval of an additive concentrate, R&D time and costs are minimized.

ADVANTAGES OF HYDRALICOOL

Based on Renewable Sources

Less Petroleum Dependency

American Eco Competitive Technology

Supports the Biodiesel Industry

POLITICAL ENVIRONMENTAL

Reduced Air and Water Contamination

Reduced Soil Contamination

Contributes to EPA Biomass Fuels Goals

Biodegradable Fluids

COMPETITIVE

Non-toxic Product

Multi Fluids Application

Low Cost

ADVANTAGESOF HYDRALICOOL

Non-toxic & Biodegradable

Using glycerin or Propylene Glycol as a base fluid, it is possible to create a new non-toxic heat transfer fluid (HTF). This formula consists of the additive package (HC10), and Glycerin – Propylene Glycol, a natural non-toxic component that is environmentally friendly and is not harmful to agricultural soil, humans or living animals.

▪ This biodegradable, non-toxic alternative is intended to replace mineral-oil hydraulic fluid and ethylene glycol based (EG) HTF.

▪ The new glycerin-blend formula, in case of spill, has no harmful effects on agricultural soil and is safe for animals and humans.

The pictures on the side show tomato plants. The soil on the left was contaminated with vegetable-based biodegradable hydraulic oil. The right side was contaminated with an qual volume of HydraliCool.

The growing difference in obvious after 8 and 12 weeks. The vegetable oil-based hydraulic fluid inhibited the growth of the plant whereas the HydraliCool fertilized the soil and accelerated the plant growth as a result of its nutrients and hydrating components.

HYDRALICOOL

The Field’s FriendSoil Fertilizer

Soil contaminated

with

Biodegradable hydraulic oil

based on vegetal oil

Soil contaminated

with HydraliCool

8 WEEKS

12 WEEKS

FertilizerAt the end of the life

HydraliCool returns to the field as fertilizer.

Vegetable Oil From oleaginous

plants

Biodiesel-Glycerin and/or Propylene GlycolBiodiesel production from vegetable oil transesterification with glycerin

as co-product.

HydraliCoolLubricant/HTF fluid blended

fromBio-Glycerin.

On DutyHydraliCool used in

hydraulic and cooling systems.

Eco Cycle

HYDRALICOOL

AN ENVIRONMENTAL COMPETITIVE SOLUTION

NEW HYDRALICOOL GLOBAL TECHNOLOGY

HydraliCool offers the convenience of using one fluid in place of two or more fluids while maintaining optimum component performance and durability. HydraliCool is engineered for potential use in a variety of equipment, off-highway machinery, and industrial tractors. It protects cooling systems, wet brakes, power steering units, hydraulic-transmissions and hydraulic power systems.

Multi-Function Fluid

HYDRALICOOL’SPOTENTIAL

▪ Physical and Chemical properties

▪ Biodegradability and toxicity

▪ Corrosion protection

▪ Elastomer material compatibility

▪ Heat transfer capability

▪ Lubricant capability

ASTM D8039 Evaluation

HYDRALICOOL GP68

Ultimate Biodegradability

Method Requirement Result

ASTM D5864 60% min 91.2%

Elastomer Compatibility

Elastomer Requirement Result

SRE-HNBR;C 168 h ⁄ 100 °C (Δ Volume) 0 to +10 3.9

SRE-HNBR;C 168 h ⁄ 100 °C (Δ Hardness) 0 to -6 -3

SRE-NBR;C 168 h ⁄ 60 °C (Δ Volume) 0 to +10 2.1

SRE-NBR;C 168 h ⁄ 60 °C (Δ Hardness) 0 to -6 0

Test Requirement Result

Fish OECD 203 100 mg/L min 3071.29

Daphnia OECD 202 100 mg/L min 1059.25

Algae OECD 201 100 mg/L min 163.79

Aquatic Toxicity

Compatibility and Environmental Evaluation

HYDRALICOOL GP68

Test Requirement Result

Hydraulic Vane Pump Wear D7043 50 mg max 6.5

FZG Gear Test Stage 5 min 7

Four Ball Wear Scar D4172 0.6 mm max 0.45

Lubricity Evaluation

HYDRALICOOL GP68

**Maximum corrosion weight loss as specified by ASTM D7714 & D7715

Specimen D1384 D1384 Max

Copper 2 10

Solder (70/30) 3 30

Brass 1 10

Steel 3 10

Cast Iron 3 10

Cast Aluminum 1 30

Corrosion Evaluations ASTM D1384

HYDRALICOOL GP68

**Maximum corrosion weight loss as specified by ASTM D7714 & D7715

Specimen D1384 D1384 Max

Copper 1 20

Solder (70/30) 44 60

Brass 1 20

Steel 9 20

Cast Iron 10 20

Cast Aluminum 0 60

Corrosion Evaluations ASTM D2570

HYDRALICOOL GP68

Weight loss: 0.03 (Maximum 1.0) mg/cm2/week

0.02 0.04

Corrosion of Cast Aluminum Alloys in Engine Coolants Under Heat-Rejecting Conditions

Heat Transfer Evaluation ASTM D4340

▪ Meets all Table 2 Chemical & Physical properties requirements.

▪ Low ash, no nitrite, no silicate

▪ D2809 Result: 10

Comments: No corrosion or erosion present; no metal loss. No change from original casting configuration.

ASTM D7714 (Light Duty) ASTM D7715 (Heavy Duty Diesel)

HYDRALICOOLCOOLANT SPECIFIC FORMULATION

▪ A new use for Glycols

▪ Application for heat exchange and hydraulic systems

▪ Benefits:▪ Highly functional▪ Low toxicity▪ Biodegradability▪ Meets requirements of Environmentally Acceptable Lubricant (EAL)▪ Very competitive cost compared to existing EAL fluids

Conclusion

HYDRALICOOL GP68

HYDRALICOOLGlobalTech Fluids, LLC

Eco technology that cares for our planet and your business.

www.hydralicool.com

GlobalTech Fluids is a Green Marine partner.