Title: UV Disinfection of Drinking Water for the Vietnamese Household: Scale up Strategy for Vietnam
1UV Disinfection of Drinking Water for the
Vietnamese HouseholdScale up Strategy for
Vietnam
- Leah Tivoli, Public Affairs/Public Health
- Laura McLaughlin, Public Health/Engineering
- With support from
- Clarita Lefthand, Public Health
- Robert Catherman, MEDRIX
2Overview
- What we have currently
- Market Need
- Experienced Organization
- Operational Product
- What we need to Scale up
- Leadership
- Funding
- More Government Support
3Market Need Health
4Improved versus Safe Water
- Improved water Water that has been piped into
dwelling, piped into yard/plot, public tap,
tubewell/borehole with pump, protected dug well,
protected spring, rain water. - Safe water Water free from microbial
contamination
5Drawbacks of Boiling Water
Drain on Electricity
NEED FOR A CLEANER SAFER ALTERNATIVE
6MEDRIXs Mission
- MEDRIX is committed to providing safe water
treatment solutions for the betterment of
community health and well-being. -
World Bank Safe Water Project- Vietnam
CLEANER, SAFER, AFFORDABLE
7System Description
8System Description
- Sand pre-filter
- Connecting pipes
- UV treatment system
- Clean storage container
- Safe nozzle
- Stand
9System Specifications
- Max Treatment rate of 4 liters per minute
- UV System size 1/4 cubic foot
- With storage containers fits into the corner of a
kitchen
10UV Inactivation
- 8 watt 254 nm low pressure UVC bulb
- Effective against bacteria, protozoa, viruses
11Advantages of UV System Design
- Compact design
- Passive system
- Stainless steel
- More effective
- More energy efficient (one year)
- 3 kwh vs 365,000 kwh
- Annual energy Cost
- 2 vs 200
12Feasibility MEDRIX Pilot
- Center for Rural Water and Sanitation (CERWASS)
Thua Thien Hue, Vietnam - Well-received by the public
- Lessons Learned
- Follow-up
- Training
- Design
13Product Safety RD
- Followup 4 times a year
- Training Water Certificate Training program
- User Safety H2S test, Strip test, Teach Product
Safety
14Organizational Structure
15Price
- 50/system
- To replace UV lamp 8
- To replace ballast 1.20
- Household Income 1800/6
16Target Market Hanoi
- 40,000/820,000 households
- Political epicenter, National Labs, Ministry of
Health - MEDRIX Office
- Urban income 8x rural income
- Ability to pay
- Concentrated market
- Greatest impact
- Attain Financial Stability
- Stimulates Entrepreneurship
- Poorest Segments
- Cooperative buying
- Future growth to rural
17Financial Projections
Goal Sell 40,000 Units in 5 Years
18Pro Forma Cash Flow Statement First 5 Years
Income Statement
19Social Return On Investment
Reach
Employment
Our product reinforces Vietnamese trade and
commerce REPRODUCIBLE, SCALABLE, FINANCIALLY
SUSTAINABLE
20The future for MEDRIX in Hanoi
Product Experience
- Leadership
- Funding
- Government support
21 22Competitors
Ultraviolet Technology Australasia Pty Ltd
(UVTA) UVTA is a leader in Australia in design
and manufacture of Ultraviolet disinfection
systems based on the advanced technology using UV
radiating mercury vapour lamps and Fluoropolymer
(AFP840) tubing. (2005) Eureka Forbes' Aquaguard
Reviva (450). UV product Rs 6,500 (147)-Rs
8,000 (181). We seek to become a one stop shop
for water purification, by offering appropriate
solutions to consumers,'' expanding to Vietnam,
Thailand, Malaysia (Feb 6, 2006)
- MEDRIX
- All goods are bought and sold in Vietnam (money
stays in Vietnam) - All employees are from Vietnam
- Price point is more affordable
- Our model could be more easily implemented in the
rural market
23Competitive Advantage
24Other POU Treatment Types
- Bottled
- Filtration (Biosand, Ceramic)
- Filtration Chemical (PFP, GWI)
- Chemical (Chlorine)
- Combined chemical (PuR, PG)
- Ultraviolet
- Solar (SODIS)
25There is no silver bullet
- Hygiene
- Safe Water
- Reduction of Water Transport
26Whats wrong with piped water?
- Piped water supplies may not provide reliable,
quality water - However, there are limitations
- Political
- Necessity for large investment of public dollars
- Geographical
- Cost
- Time
- Cultural (pop. density)
27Opportunity for MEDRIX UV Energy and Water in
place
- 700 million ? infrastructure projects
- 90 on electrical grid (2004)
- improved water 90 urban and 67 rural
- 50 population to cities by 2020
Ha Giang Province 2001
28How much for a million?
- 2005 Project to supply 1 million people in the
Hanoi region with piped water. - Total Project cost USD 112 million
- MEDRIX could supply 1 million people in Hanoi
with a reliable source of safe water for USD 10
million, which would include water monitoring,
education program, and a water technician
program.
29Energy Efficient
- 1 hour 8 watts
- 1 hour1000 kwh 1,000,000 watts
- Boiling lt1 hour
- MEDRIX gt30 minutes
- One year 1460 watts vs 365,000,000 watts
- Annual Cost .056/kwh 200 versus 0.82
- By 2020, 50 of population will be in urban areas
and the capacity is not there to support
30Lessons Learned What makes MEDRIX sustainable?
- Complements Development
- Allows users to control treatment
- Addresses a range of needs and preferences
- Short- and long-term applicability
- Utilizes collaborative implementation
partnerships - SCALABILITY
Adapted from the CDCs Safe Water Program
31How effective?
32Vietnam Water Quality Standards
33Profit per Unit
34Cooperatives in Vietnam (2006)
- This is a complex and complicated process which
requires - (1) the mobilization of public opinion and
provision of information fostering a new vision
on cooperatives - (2) participatory cooperative training for
cooperative leaders, managers and staff on the
role and functions of genuine cooperatives with
particular reference to the preparation of
cooperative bye-laws and - (3) the precise definition of the role the
Government of Vietnam could and should play in
promoting the emergence of a viable cooperative
structure.
35Why Vietnam?
- GDP growth 7
- About to enter WTO
- MEDRIX complements infrastructure
- Receptive to product
http//www.asiapacificbusiness.ca/peo/outlook2005/
vietnam_05.pdf