Investment Prospectus

Investment Prospectus

SHAPINGTHE FUTURE Presented by

CHALLENGEACCEPTED There's a growing movement of people committed to challenging the status quo and taking real action to protect nature.

BIODIVERSITY LOSS. An accelerating climate crisis. Pandemics. These are the realities we're living with in 2020. The outlook may seem bleak but the good news is that there's a growing movement of people committed to challenging the status quo and taking real action to protect nature. As energy is primarily generated by the burning of fossil fuels, one of the most important things to do is to reduce energy consumption and to switch to renewable energy sources. If it is possible in your country, you can switch your home energy supply to a green energy plan or change to a 100% renewable energy provider.

ENVIRONMENTAL IMPACT This have consequences on the wildlife and plants

For birds and mammals : the carbon can kill by asphyxiation at a certain level and time of exposition. Its chemical property, higher than oxygen, permits it to be able to rapidly cross numerous types of biological membrane (including central nervous system). In the oceans : the circulation of oceans is also affected by human carbon emissions. It makes oceans more acid. Thus, numerous fish can wind up to the poles, where the water temperature change less rapidly. Regarding ocean current, they could slow down, or even stop. The CO2 absorbed could be released and worsen climate change. For the plants: with a low dose, the CO2 can permit growth of so many vegetal species. After experiences, this has been proven, but until a certain level. When this level is overpassed, the growth of vegetal stabilize or reduce. It’s for the moment difficult to see what is the exact level that stop this growth as it can change in function of the plant species. But we talk about environmental acidification.

WHAT ARE THE CONSEQUENCES of CO2 on our environment? As CO2 is naturally present in the air, it’s not harmful for living organism. But CO2 emissions are also accompanied by soot, heavy metals, different contaminant. Which, all together, provoke deleterious effects on living organism. This latest are sensitive to variations of the CO2 concentrations in the atmosphere. This one having risen of 280 ppm at the beginning of the industrialization and 400ppm in 2013.

TECHNOLOGY WEARE OFFERING

INNOVATIVE STAND-ALONE MICRO-HYDRO SYSTEM

Creating kinetic energy with water

Small in size, but big in power produced.

Like the wind energy, resources is water which will be turned into kinetic energy by the system. Plentiful, unlimited electricity will be produced by the system. Power can be sell to the end-users as well as to be used to produce green hydrogen and methanol.

ACCREDITATION

A minimal footprint and high kW output equate to an advantage size to power ratio.

STATE-OF-THE-ART VERTICALWINDMILL SYSTEM Natural resources such as wind power are an advantage in producing free energy for the electricity supply. Power can be sell to the end-users as well as to be used to produce green hydrogen and methanol.

ACCREDITATION

STORAGE TECHNOLOGY INNOVATIVE STORAGE

The world is better with the latest technology in energy storage

Non-lithium power storage means less negative environmental impact. Disposal of battery cells are flammable and more toxic, harmful to the environment and life. Vanadium Redox Flow Battery which have a longer cycle of 20,000 charges/discharge, is a great substitute for energy storage with comparatively much better performance. Toxicity of oxides can be neutralized with a ratio of 8liter of salts : 1 liter of Vanadium electrolytes.

How easy to produce electricity from the water and air compressed into a container and pressurizing it. When the air is forced out through an opening in the tank, where pressure builds up, it makes energy.

Think of it as a balloon: the released air will produce energy as its release. The released air will power turn the turbine that creates kinetic energy. The combustion engine's similarity is using a crankshaft, piston, valve, head, and a connecting rod.

COMPRESSEDAIR STORAGE

OUR PRIDE COMPRESSEDAIR

OUR PRIDE COMPRESSEDAIR

PLASTICTO RAWOIL Answers to the world’s plastic pollution

WE SERIOUSLY NEEDTOACT

BY THE NEW MILLENNIUM, global waste-to-energy market is projected to be worth US 37.64 billion. It amounted to a massive of 2.12 billion tons of waste each year we produced. A truck with waste can circle the Earth 24 times. We need 1.6 planets to absorb our waste as well as providing us with the resources and by 2030s, two. Without we realizing it, there is gold trashed in the waste we produce every day. The mass of plastic detritus present in the oceans is so enormous that it is called the “7th continent”. At this rate, there will be more plastic than fish in the oceans by 2050. National Geographic reported that 73% of all beach litter is plastic includes filters from cigarette butts, bottles, bottle caps, food wrappers, grocery bags, and polystyrene containers. 90% of plastic polluting our oceans is carried by just 10 rivers. According to World Economic Forum researchers, just 10 rivers across Asia and Africa carry 90% of the plastic that ends up in the oceans. The study states that eight of these rivers are in Asia: the Yangtze, Indus, Yellow, Hai He, Ganges, Pearl, Amur, and Mekong. Two of the rivers can be found in Africa: the Nile and the Niger. The problem of plastic in nature, particularly in our oceans, is a global crisis. Every minute, about a dump-truck load of plastic goes into the oceans, sullying beaches, hurting wildlife, and contaminating our food supply.

ACTION

Our technology can turn waste into a valuable commodity – hydrogen, and methanol

Plastic waste has resulted in pollution and harmed so incessantly it has become a marker of a new geological era. We say NO to plastics by turning the one-time used plastics into raw oil, refined, and use for other purposes such as oil and syngas. The outcome is then used to produce hydrogen and methanol or burned directly in boilers to generate electricity. We created the technology that can overcome the plastic issues everywhere in the world.

HYDROGEN ANDMETHANOL The future’s gold mine in power and fuel cell

We are grabbing the opportunity as supplying hydrogen to industrial has become a major business around the world. The demand has grown tremendously and will continue. We turn hydrogen as a source for energy. In the future, hydrogen can be synthesized with CO2 for methanol production which, will opens new doors for the sustainable generation of chemicals and fuels. It will be the way we could eliminate the carbon destruction to the environment.

RENEWABLE ENERGY = GREEN ENERGY

= GREEN HYDROGEN &METHANOL With the system we owned, we can produce renewable and green energy that will make green hydrogen and methanol for fewer pollution effects

TECHNOLOGY READINESS LEVEL (TRL) We declared that our TRL met any requirement and welcomed any party intending to perform testing on our system.

SHARING THE FUTURE

PERCENTAGE OFFERED

COMPANY

SHARE PRICE

Elquator Wind Turbine Sdn Bhd

RM 10,000,000.00

10%

Elquator Fuel Sdn Bhd

RM 10,000,000.00

10%

Elquator Stand Alone Hydro Sdn Bhd

RM 10,000,000.00

10%

RETURN OF INVESTMENTS

Hydro Power System 1 MwH Financing Concept

EBITDA and EBIT per year at full capacity

0.24 CHF

Exchange rate 1 MYR =

(Acceptance: as of 28.07.2019)

8,640,000 2,246,400

KWH per year KWH per year

Production potential per year and plant: 1'000 X 24 x 30 X 12 =

Yield per plant and year

Price per KWH MYR

0.26

Amounts in CHF

Amounts in CHF

Amounts in CHF

Yield from electricity deliveries

1 Plant 539,136

5 Plant 539,136 539,136 539,136 539,136 539,136

10 Plant 539,136 539,136 539,136 539,136 539,136 539,136 539,136 539,136 539,136 539,136

Investment Investment Investment Investment Investment Investment Investment Investment Investment Investment

1 2 3 4 5 6 7 8 9

10

Total Income from Deliveries and Services ./. Direct effort Full service contract with Elquator (URE, replacement investment and subscription fee) Gross Profit

539,136

2,695,680

5,391,360

35% -188,698

-943,488

-1,886,976

350,438

1,752,192

3,504,384

./. Personnel expenses / sitting compensation

-15,000 -6,000 -4,000 -15,000 -10,000

-30,000 -30,000 -15,000 -20,000 -20,000

-45,000 -60,000 -30,000 -30,000 -30,000

./. Space expenditure (lease)

Estimate depending on the region

./. Insurance and fees

./. Administrative expenses ./. Other operating expenses

Estimate

Total EBITDA

300,438

1,637,192

3,309,384

Hydro Power System 1 MwH

1 Plant

5 Plant

10 Plant

Total EBITDA

300,438

1,637,192

3,309,384

./. Calculated depreciation of investment in fixed assets via

-77,714

-371,429

-708,571

21 years Total EBIT per year

222,724

1,265,763

2,600,813

./. Capital costs

Assumption: 100% EC

pm

pm

pm

Net income before taxes

222,724

1,265,763

2,600,813

./. Control

Adoption

24%

-53,454

-303,783

-624,195

Net profit

169,270

961,980

1,976,618

21

21

21

Contract period in years

Residual value of the equipment after the contract period

pm

pm

pm

1,632,000

7,800,000

14,880,000

Total investment investments

6,309,206 4,677,206 3,554,677

34,381,032 26,581,032 20,201,584 3,900,000

69,497,064 54,617,064 41,508,969 7,440,000

Cumulation EBITDA 21 years Cumulation EBIT 21 years Cummulation net profit 21 years

816,000

Average invested capital

5.73

6.82

7.34

Factor (cumulation EBIT / average capital invested) Return EBIT in% in relation to average capital pa Net profit after tax in% (ratio of average invested capital)

27.29 20.74

32.46 24.67

34.96 26.57

Hydro Power System 1 MwH Financing Concept

Attachment 1

EBITDA and EBIT per year at full capacity Appendix 1

0.24 CHF

Exchange rate 1 MYR =

(Acceptance: as of 28.07.2019)

8,640,000 2,246,400

(Acceptance: as of 28.07.2019)

Production potential per year and plant: 1'000 X 24 x 30 X 12 =

MYR per year

Yield per plant and year

Preis pro KWH MYR

0.26

Amounts in CHF

Yield from electricity deliveries

1 plant 539,136

Investment Investment Investment Investment Investment Investment Investment Investment Investment Investment

1 2 3 4 5 6 7 8 9

10

Total Income from Deliveries and Services ./. Direct effort Full service contract with Elquator (URE, replacement investment and subscription fee) Gross Profit

539,136

35% -188,698

350,438

./. Personnel expenses / sitting compensation

-15,000 -6,000 -4,000 -15,000 -10,000

./. Space expenditure (lease)

Estimate depending on the region

./. Insurance and fees

./. Administrative expenses ./. Other operating expenses

Estimate

Total EBITDA

300,438

Hydro Power System 1 MwH

1 Anlage

Total EBITDA

300,438

./. Calculated depreciation of investment in fixed assets via

-54,857

21 years Total EBIT per year

245,581

./. Capital costs

Assumption: 100% EC

pm

Net income before taxes

245,581

./. Control

Adoption

24%

-58,940

Net Profit

186,642

21

Contract period in years

Residual value of the equipment after the contract period

pm

1,152,000

Total investment investments

6,309,206 5,157,206 3,919,477

Cumulation EBITDA 21 years Cumulation EBIT 21 years Kummulation net profit 21 years

576,000

Average invested capital

8.95

Factor (cumulation EBIT / average capital invested) Return EBIT in% in relation to average capital pa Net profit after tax in% (ratio of average invested capital)

42.64 32.40

Hydro Power System 1 MwH Financing Concept Exchange rate 1 MYR =

Amounts in CHF

Amounts in CHF

Amounts in CHF

1 Plant

5 Plant

10 Plant

0.24 CHF

(Stand 28.7.2019)

Capital requirements for founding holding in Switzerland Share capital

100,000

100,000

100,000

Formation expenses

5,000

5,000

5,000

Total Finance Holding

105,000

105,000

105,000

Capital requirements for establishing subsidiary in Kuala Lumpur Share capital MYR 1,000,000

240,000

240,000

240,000

Formation expenses

.

3,000

3,000

3,000

Total Subsidiary in Kuala Lumpur

243,000

243,000

243,000

Price per investment in MYR

6,800,000

6,500,000

6,200,000

Capital requirements for investment in investments

Investment

1 2 3 4 5 6 7 8 9

1,632,000

1,560,000 1,560,000 1,560,000 1,560,000 1,560,000

1,488,000 1,488,000 1,488,000 1,488,000 1,488,000 1,488,000 1,488,000 1,488,000 1,488,000 1,488,000 14,880,000

10

Total capital requirement for hydro plants

1,632,000

7,800,000

Total Capital Requirement

1,980,000

8,148,000

15,228,000

Thereof equity in the form of share capital (additional liquidity)

340,000

340,000

340,000

SYSTEM’S PRICING FOR PROJECT’S IMPLEMENTATION

SYSTEM/ TECHNOLOGY

SYSTEM’S PRICING

PROJECT IN PIPELINE

TOTAL INVESTMENT

Elquator Wind Turbine Sdn Bhd Vertical wind turbine system

Depending on the units of the system

Ø Rural electrification in South East Asia’s countries

RM 260,000.00 per 40kW/unit/location

requires for installation

Ø Plastic to raw oil based on stand-alone hydro system Ø Hydrogen and methanol production based on stand-alone hydro system

Elquator Fuel Sdn Bhd

RM 6,788,484.10 per 1 MWh complete system for the project

Depending on the units of the system

requires for installation

Plastic to oil technology

SYSTEM/ TECHNOLOGY

SYSTEM’S PRICING

PROJECT IN PIPELINE

TOTAL INVESTMENT

Ø 200MW hydrogen and methanol project in Kedah, Malaysia Ø 200MW hydrogen and methanol project in Perak, Malaysia Ø 200MW hydrogen and methanol project in Melaka, Malaysia Ø Hydrogen and methanol production based on stand-alone hydro system

RM 4,188,833.45 per 1 MWh system

Elquator Stand Alone Hydro Sdn Bhd

RM 5,385,643.00 per 1 MWh complete system for the project purposes

RM 1,077,128,600.68 for every 200 MW project

Stand-alone hydro system

TOGETHERWE CAN

ELQUATOR HOLDING BERHAD (1374536-P) No 15, Jalan P4/8B, Palm Industrial Park, Bandar Teknologi Kajang, 43500 Semenyih, Selangor, MALAYSIA

Tel: +6(03)87260207 www.elquator.com