Inovina Investor Presentation

1. NGHI SON ECONOMIC ZONE, THANH HOA PROVINCE, VIETNAM
W AT E R T R E AT M E N T P L A N T
I N V E S T O R P R E S E N TAT I O N

2. I N V E S T O R P R E S E N TAT I O N
The name INOVINA means:
“Innovation: In Vietnam and, Of Vietnam”
INOVINA is a Joint Venture (JV) company formed between Trans-Pacific Technologies (TPT), Boydel
Technologies and Inovin to provide initially world leading waste water treatment technologies and
furthermore implement materials recycling and clean energy technologies to industrial, commercial
and provincial markets in Vietnam and worldwide from our Vietnamese base.
INOVINA holds the exclusive license to the world leading globally patented WaterMiner® treatment
technology.
BUSINESS PLAN – EXCECUTIVE
SUMMARY

3. T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
Our Vision with the support of the Vietnamese, Canadian and Australian Governments, shall bring
and further develop within Vietnam world-leading sustainable green technologies.
Our Mission
• Clean Water
• Clean Air
• Clean Power
• Clean Earth
BUSINESS PLAN – EXCECUTIVE
SUMMARY

4. T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
Inovina are currently finalizing a 70 year deal to provide under a private / public project arrangement,
waste water treatment to Ngi Son Economic Zone in Thanh Hoa Vietnam. Initially we have agreed to
provide a 300m³ per day proof of performance plant in order to confirm current analysis of the waste
streams and furthermore confirm the operational budget set. Phase 1 of the project which will take 2
years to develop involves a scale plant with future expansion ability of 18,500m³ per day to the zone.
Included in this deal is a 16ha parcel of land adjacent to the ocean in which we will build the scale
plant, manufacturing facilities and increase production of the plant over the next 18 years and
beyond as the park expands.
BUSINESS PLAN – SUMMARY DESCRIPTION

5. T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
It is expected that in 18 years the park will reach capacity and the waste water treatment plant will be
operating at a peak loading of 80,000m³ per day.
Inovina in our negotiations have been made aware of three other parks in the same region of a
smaller peak scale in which need the same principal applied. These parks will be reviewed and cost
benefit analysis shall be conducted in due course 3rd quarter 2017.
The agreed to pricing has been set at $2.10USD per m³ for ROI for the life of plant with 7 yearly CPI
adjustments. The operational expenditure pricing has been set at $0.35USD per m³ for the life of
plant again with 3 yearly CPI adjustments.
The total agreed to price per m³ treated that shall be charged and paid for by the government is
$2.45USD per m³ treated.
BUSINESS PLAN – SUMMARY DESCRIPTION

6. T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
Inovina will own, operate, manage and maintain the waste water treatment plants adopted in the
overarching clean water strategy. Initially this will include Nghi Son Economic Zone.
The principal adopted in the Nghi Son Economic Zone proposal shall be investigated within other
nominated zones by the Thanh Hoa Peoples Committee and furthermore in other provinces within
Vietnam and the Asean in general.
Full viability studies shall be conducted into the viability of the creation of full municipal recycling
facilities, pickup and distribution facilities for initially Nghi Son Economic Zone and within other
nominated zones by the Thanh Hoa Peoples Committee and furthermore in other provinces within
Vietnam and the Asean in general.
BUSINESS PLAN – PRODUCTS &
SERVICES

7. T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
Inovina under licence from Inovin Pty Limited possess the unrestricted Vietnamese licence to the
WaterMiner® Electrochemical treatment technology.
Further licences for the WaterMiner® technology into other countries shall be investigated and
issued by Inovin Pty Limited as viability has been assessed and investment determined to be
warranted.
Licences for various other clean water, clean energy, clean earth and clean air technologies shall be
investigated in due course under board directives as opportunities become available.
BUSINESS PLAN – INTELLECTUAL
PROPERTY

8. The Inovina business consists of multi-disciplinary members to provide financial, technological,
project, operational, marketing and ongoing retail capabilities to market.
The Board of Directors and Chief Advisors include:
Mrs. Jessica Hoang – BC, Canada (Chairman),
Mr. David Liew – BC, Canada (President) ,
Mr. Hoang Hong – Vietnam (Director),
Mr. Chad Gardiner – Australia (Director),
Mr. Randy De Luca – BC, Canada (Board Advisor),
Mr. Norman Keevil – BC, Canada (Board Advisor),
Mr. Blake Powell – Australia (Board Advisor),
Mr. Bali Pankaj – Australia (Board Advisor)
I N V E S T O R P R E S E N TAT I O N
BUSINESS PLAN – MANAGEMENT
BOARD

9. Jessica Hoang – BC, Canada (Chairman)
Mr. David Liew – BC, Canada (President)
General Management of the business
Mr. Hoang Hong – Vietnam (Director)
Management of all Vietnam relation aspects of
the business
Mr. Chad Gardiner – Australia (Director)
Chief of Operations, Management of delivery of all
projects and services
I N V E S T O R P R E S E N TAT I O N
BUSINESS PLAN – DIRECTOR ROLES

10. BUSINESS PLAN – LEGAL SUMMARY
I N V E S T O R P R E S E N TAT I O N
Inovina has been registered in Vancouver BC. This has been conducted under the guidance of local legal
representation in accordance with state laws.

11. BUSINESS PLAN – PERSONNEL
I N V E S T O R P R E S E N TAT I O N
Inovina utilizes the board directly to manage all aspects of the business in its infancy. Relevant key personnel shall
be hired in due course and contract based personnel shall be utilized in the first 12-24 months of the companies
development under board directives as appropriate.
Initially skilled personnel primarily from Australia shall be utilized to ensure timely delivery of the POP and
furthermore the waste water treatment plant scale up in the Nghi Son Economic Zone.

12. BUSINESS PLAN – MARKETING PLAN
I N V E S T O R P R E S E N TAT I O N
Inovina has not developed a formal marketing plan. All information provided for investment purposes is on known
works. A formal marketing plan shall be developed in due course primarily targeted at known opportunities although
developing a focus on the companies vision.
Inovina have been approached to deliver proposals as follows upon completion of the POP at Nghi Son:
1. Thanh Hoa – three more similar industrial zones (Vice Chairwoman)
2. Ho Chi Minh City – general lack of water quality and foreign investment to treat (President of VCCI)

13. BUSINESS PLAN – FINANCIAL
I N V E S T O R P R E S E N TAT I O N
A full financial statement shall be provided as an attachment to this presentation.
This shall include for review the following:
1. Summary of financial needs
2. Dispersal Statement
3. Pro Forma Cash Flow Statement
4. 70 year Income Statement (Nghi Son Economic Zone Waste Water Treatment Plant)
5. Project Balance Sheet
6. Break Even / ROI Analsysis

14. BUSINESS PLAN – SUPPORTING DOCUMENTATION
I N V E S T O R P R E S E N TAT I O N
Thanh Hoa and Hgi Son Economic Zone documentation shall be provided with this presentation as supporting
documentation.

15. NGHI SON ECONOMIC ZONE, THANH HOA PROVINCE, VIETNAM
W AT E R T R E AT M E N T P L A N T
P R E S E N TAT I O N

16. The Inovina WaterMiner® treatment system is a disruptive innovative technology eliminating the need for traditional
chemical and biological treatment systems.
This technology only requires electricity to remove contaminants from the waste water streams.
Our patented and proven technology is the most advanced water treatment method in use today.
Here are some examples of projects in the USA (which has extremely stringent regulations for water quality
standards ) utilizing the 4th Generation of the WaterMiner platform:
DISRUPTIVE INNOVATION
I N V E S T O R P R E S E N TAT I O N

17. CASE STUDIES (USA)
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
INFLUENT EFFLUENT REDUCTION
CITY OF NEW LENNOX 2012
BOD 142 mg/L 23 mg/L 84%
TSS 150 mg/L 23 mg/L 85%
PHOSPHORUS 3.5 mg/L 0 mg/L 100%
BLUE BEACON TRUCK WASH - KINGMAN, AZ. 2011
FOG 50 mg/L 4.4 mg/L 91%
HARRIS RANCH 2011
TSS 230 mg/L 5 mg/L 98%
INFLUENT EFFLUENT REDUCTION
KINGMAN SEPTIC - KINGMAN, AZ. 2014
BOD 242.5mg/L 41.5 mg/L 83%
TSS 960 mg/L 19.5 mg/L 98%
FOG 142.5mg/L 18.8 mg/L 87%
WASTEWATER TREATMENT PLANT - BARRINGTON, IL. 2013
PHOSPHORUS 132 mg/L 7 mg/L 95%
GOLDEN ACORN CASINO - CAMPO, CA. 2012
FOG 48 mg/L 1 mg/L 98%
PHOSPHORUS 12.8 mg/L 0.2 mg/L 98%

18. The people’s committee of Thanh Hoa Province have ordered a report into the sewerage system for the Nghi Son
Economic Zone, Hoa Province Vietnam.
The report details the throughput requirements on forward estimates based on projected population and business
growth in the economic zone.
The treatment facilities have been suggested to be broken up into three (3) separate treatment facilities with the
following capital expenditure and influent figures:
PROJECT DETAILS
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L

19. 2015 – 18,500 m³/day Total Peak Load and $34,000,000.00 USD Budget
PROJECT DETAILS – PHASE 1 (After POP demonstration)
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
1. Basin 1 North – 40.1851% Load:
A: 7,434.238 m³/day
B: $13,662,923.45
10 x 750m³/day WaterMiner® CFECT™ modules
2. Basin 2 South – 33.3166% Load:
A: 6,163.5622 m³/day
B: $11,327,627.86
9 x 750m³/day WaterMiner® CFECT™ modules
3. Basin 3 East – 26.4984% Load:
A: 4,902.2000 m³/day
B: $9,009,448.69
7 x 750m³/day WaterMiner® CFECT™ modules

20. PROJECT DETAILS – PHASE 2 (Future Growth Expansion)
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
The future growth figures including expansion requirements need to be determined with confirmation
of actual growth vs the dated figures in the report. Forward planning to be assessed upon review
including pricing models to suit.
From February 2013, ASCONIT, PPP Project Proposal, by Dr. Eric Baye.

21. T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
VIDEO

22. WATER QUALITY
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
The parametric quality of post treatment discharge to environment (in the case of this
project to the ocean via pipework) are detailed in the below table.
The table has been formatted to ascertain trigger values (being the value in which the
(individual ‘trigger activated response plan’ is initiated in accordance with the
overarching waste water treatment ‘environmental emergency response plan’) in
accordance with the National Technical Regulations of Vietnam under the power of
decisions set out by the Minister of Natural Resources and Environment ‘the regulator’.

23. WATER QUALITY
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
The trigger values have been nominated as the most stringent value set out for each
nominated parameter however not limited to those said parameters nominated in
accordance with:
‘QCVN 14:2008 / BTNMT’ National Technical Regulation on Domestic Wastewater
‘QCVN 40:2011 / BTNMT’ National Technical Regulation on Industrial Wastewater

24. WATER QUALITY
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
The treated value estimates given in the last column of the table are based
on the data and projected mix in volume ratios from commercial, domestic
and industrial streams to the proposed treatment plant.
In conjunction with the use of these documents the analysis conducted via
Inovin of various commercial, domestic and industrial streams including
scaled treatment analysis utilising the WaterMiner® LMC platform has been
utilised where information was not provided for this purpose.

25. WATER QUALITY
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
Parameter Units
DOMESTIC
QCVN 14:2008 BTNMT
(A)
INDUSTRIAL
QCVN 40:2011 BTNMT
(A)
Treated Value
Trigger Limit
Treated Value
Actual Estimate
Temperature °C NA 40 40 <36
Colour Pt/Co NA 50 50 <50
EC µS/cm NA NA 4,000 <3,500
pH pH units 5.0-9.0 6.0-9.0 6.0-9.0 7.1-7.6
TSS mg/L 50 50 50 <5
TDS mg/L 500 NA 500 <10
BOD5 mg/L 300 300 30 <100
COD mg/L NA 75 75 <35
FOG mg/L 10 10 10 <0.1

26. WATER QUALITY
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
Parameter Units
DOMESTIC
QCVN 14:2008 BTNMT
(A)
INDUSTRIAL
QCVN 40:2011 BTNMT
(A)
Treated Value
Trigger Limit
Treated Value
Actual Estimate
Total Coliforms MPN/100ml 3,000 3,000 3,000 <300
Total Heterotrophs (22°C) CFU/mL NA NA TBA <1001
Total Surfactants mg/L 5 NA 5 <0.1
Ammonia mg/L 5 5 5 <1
Total nitrogen mg/L 30 30 30 <5
Reactive phosphorus mg/L 6 6 6 <1
Sulfide (H2S) mg/L 1 1 1 <0.1
Aluminium mg/L NA NA TBA <0.031
Arsenic mg/L NA 0.05 0.05 <0.01

27. WATER QUALITY
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
Parameter Units
DOMESTIC
QCVN 14:2008 BTNMT
(A)
INDUSTRIAL
QCVN 40:2011 BTNMT
(A)
Treated Value
Trigger Limit
Treated Value
Actual Estimate
Barium mg/L NA NA TBA <0.051
Boron mg/L NA NA TBA <0.51
Cadmium mg/L NA 0.05 0.05 <0.01
Chromium Hexavalent mg/L NA 0.05 0.05 <0.01
Chromium Oxide mg/L NA 0.2 0.2 <0.01
Copper mg/L NA 2 2 <0.1
Cyanide mg/L NA 0.07 0.07 <0.01
Iron mg/L NA 1 1 <0.1
Lead mg/L NA 0.1 0.1 <0.01

28. WATER QUALITY
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
Parameter Units
DOMESTIC
QCVN 14:2008 BTNMT
(A)
INDUSTRIAL
QCVN 40:2011 BTNMT
(A)
Treated Value
Trigger Limit
Treated Value
Actual Estimate
Lithium mg/L NA NA TBA <0.31
Manganese mg/L NA 0.5 0.5 <0.1
Molybdenum mg/L NA NA TBA <0.11
Mercury mg/L NA 0.005 0.005 <0.001
Nickel mg/L NA 0.2 0.2 <0.1
Selenium mg/L NA NA TBA <0.011
Silver mg/L NA NA TBA <0.051
Zinc mg/L NA 3 3 <0.1
Total Radiation (a) Bq/L NA 0.1 0.1 <0.1
Total Radiation (b) Bq/L NA 1.0 1.0 <0.1
1 Value derived from toxicity thresholds determined through analysis of various industrial feedstocks in which are deemed to be similar in nature to that of the sites in which analysis has been provided. This includes average
analysis of mine licenced discharged points, manufacturing trade waste licence discharge points and general research data from commercial trade waste analysis. The results are post treatment values utilising the
WaterMiner® treatment platform.

29. MANUFACTURE
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
The plant and equipment for the Proof of
Performance and the full-scale plant rollouts for
this specific and future projects will be
modularised for ease of construction.
The modular platforms will be provided initially
from Australia where the quality control can be
managed. Typical WaterMiner® W300-ST / W750-ST containerized models –
NGHI Son full scale project will utilize permanent building for skid mount module installation

30. MANUFACTURE
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
When volume and personnel capabilities are
developed within Vietnam the manufacturing
process will be adopted locally.
We will build and export from NGHI SON,
Vietnam our world class technologies.

31. DESIGN BRIEF
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
1. A treatment system that is compliant to Vietnamese standards, policies and
regulations.
2. Implementation of an innovative state of the art Electro-Chemical process to
improve:
a. Contaminant removal performance
b. Reduce overall footprint associated to the treatment infrastructure
c. Reduced capital expenditure outlay
d. Reduced operational expenditure outlay
e. Cost benefit for PPP
3. Treat influent of mixed raw sewage and industrial flow wastewater.
4. High performance multiple contaminant removal capability.
5. Modular in approach for infinitely scalable expansion.
6. Automated self-managing PLC controlled process requiring minimal technical / staff
oversight.
7. Easily expandable and upgradeable as technology or technologies are available.
8. Sub-tropical environment with high surface water infrastructure ingress potentials.
9. Produce dried stable sludge for use as fuel or for safe disposal.
10. Fast deployment time for first NGHI SON treated flows.
The basis in which the treatment plant design shall be developed includes but not limited to the following in principal:

32. PRINCIPAL DESIGN
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
Influent Quality Check and
Custody MeteringPrimary Barrel
Screen
250m³
Retention Basin
ExistingCanalConnection
1.15mm SAU 1.15
Screw Press
Heavy Trash
Waste Skip
Sand and Grit
Heavy Trash
Waste Skip
Sand and Grit
Screw Waste SkipScrew Waste Skip
46.4kL
Retention
Influent
46.4kL
Retention
Influent
F
Dual Redundancy
Influent Pumps
Quality
Metering
Flow Meter
Cone Bottom Poly
Influent Tanks
1:16,000
Colloid Polymer
22.5kL
Poly
Brine
22.5kL
Poly
Brine
F
Flow Meter
Sea Water Poly
Tanks 6-8% mix for
3.5mS/C
750kL/d
Reactor
1kL
Polymer
IU
OCEAN
V Fold Press
Conveyor
Mineral
Waste Skip
V Press dewatering line
46.4kL
Retention
Effluent
Licenced Discharge
Point (LDP01)
Effluent Quality Check and
Custody Metering
F
Quality
Metering
Flow Meter
Start Process Line
Boydel Conical
Clarifier
Boydel
WaterMiner ®
Site Process Water
Use
Treated effluent line
Recycle
Pump
Inovina Vietnam will engineer, procure,
construct and provide complete
management of all projects in Vietnam
including the NGHI SON POP
proposal prior to phase 1
implementation as an EPCM.

33. PRINCIPAL DESIGN
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
Inovina will call on the JV partners as
required to complete the design and
deliver the projects as per the
directives set by Inovina Vietnam.
Image of 8ML WWTP plant complete with Zero
Emission microwave sludge waste to energy Pyrolysis
and self sustained generation

34. CONSTRUCTION
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
Under instruction of the Inovina Principals the project(s) will utilise as much local staff as practically
possible to keep the project(s) budget in line with projections.
Construction shall occur under the Inovin Australia QSE Management Systems which will be
translated and transferred to Inovina.

35. EXPENDITURE – OPERATIONAL EXPENDITURE
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
Operational Expenditure
1. EC/EAO reactor servicing and plate replacements including
a. Polymer
b. Sacrificial Anode replacements
c. General preventative equipment maintenance
d. Power Consumption, whole site (12kWh / m³ @ $0.088USD approximate assuming 60% price increase
comes into place)
Total estimate: $0.35USD per m³ (POP production rate of 12,50L/h normalised)
Note: Phase 1 full plant operational expenditure will be similar in cost however assumed to be reduced due to influent treatment equipment requirements being reduced.

36. EXPENDITURE – CAPITAL EXPENDITURE
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
The proof of performance plant is estimated to be $2,500,000.00USD although final pricing upon detailed
engineering review will be developed.
Capital expenditure for Phase 1 is $34,000,000.00USD for treatment of 18,500m³ per day peak load with respect
to PPP government capital injection of 15%.

37. EXPENDITURE –
C AP I TAL E X P E N D I T U R E ( P O P )
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
Item Cost
Preliminary Engineering $60,000.00
Detailed Engineering $120,000.00
POP Plant Equipment
Retention Basin $100,000.00
Site Civil Works Including Services Location $150,000.00
Building $60,000.00
Primary Trash Screen $100,000.00
Secondary Rotary Screw Press $80,000.00
Influent Retention Tanks $20,000.00
Telemetry, valves and pipe-work $20,000.00
Influent Pumping and Metering Skid $30,000.00
Boydel WaterMiner® W300 Platform and Clarifier $300,000.00
Polymer dosing system $20,000.00
Site Control Panel $70,000.00
V-Fold Belt Press $150,000.00
Effluent Retention Tank $10,000.00
Telemetry, valves and pipe-work $10,000.00
Shipping Costs $100,000.00
Site work installation, PM etc. $200,000.00
Repayments, professional fees, Preliminary Phase one engineering
$900,000.00
Total POP $2,500,000.00

38. ROI (POP)
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
The POP plant is a mobile containerised end to end treatment facility capable of treating 300kL per
day. This plant shall be utilised on all future project performance guarantee’s from site connected
influent and effluent analysis of various feedstocks.
This plant can also be utilised for short term treatment provision. Short term analysis and treatment
hire will be at a rate of $35kUSD per week. It is estimated the plant will be operational for a minimum
of 30 weeks per annum.
This facility will be leased back upon the phase 1 project initiation at full price plus all fees incurred at
the time of initiation for new locations.

39. INCOME FULL PROJECT
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
The income based on the Proposal ‘February 2013, ASCONIT, PPP Project Proposal, by Dr. Eric
Baye’ and agreed to in principal by the Nghi Son Economic Zone officials. There are options for
multiple income sources whilst also transferring to a full tariff based operational expenditure cost
return over time. Further CPI increases have been adopted in consultation with the Head of
Management Board of Nghi Son Economic Zone Nguyen Van Thi (Thi) at total charge of $2.45USD
per m³ treated and discharge to environment as at April 2017.

40. COST ANALYSIS
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
Traditional waste water treatment operational expenditures range dramatically. The $0.35USD/m³ is
appropriate for the zone and application. This figure will be proven in the POP operation.
A figure of $2.10/m³ is utilised as the capital expenditure buy back figure.
The total cost per m³ to be recovered from Nghi Son Economic Zone is $2.45USD

41. SLUDGE PRODUCTION
T H A N H H O A W AT E R T R E AT M E N T P L A N T
P R O P O S A L
Inovin Australia have licenced Inovina Vietnam for the supply and use of the Microwave Pyrolysis waste
to energy system in order to convert the sewer sludge into energy and biochar for sale to the domestic
Vietnamese market place.
Upon full analysis of the waste stream within the POP phase of the project identification of the actual
energy production shall be conducted. Sludge production analysis has been conducted in Australia and
it is expected the extra energy produced will run the entire facilities electricity demand. This system shall
not be utilized within the POP, analysis shall be gathered for full plant implementation only.