This document outlines the development of a portable sanitation facility for use in disaster situations. It discusses conducting market research on existing portable toilets and their limitations. It then presents the design of the proposed portable toilet using galvanized steel, aluminum alloy, and biodegradable bags. Simulations were run to test the design's strength and stability under different loads. Manufacturing and cost estimates are provided. A marketing plan discusses the product's competitive advantages over existing options and profit projections for year one. The document concludes that the affordable, universal, and eco-friendly design will make this portable toilet the best option for its intended disaster relief use.

1. 5 STARS
SAMUEL
PONG
QIANLAN
GONG
IBITOYE Adelusi
SHUJATH MOHAMMED ALEX Akugizibwe

2. DEVELOPMENT OF A
PORTABLE SANITATION
FACILITY FOR USE BY
FAMILIESIN DISASTER
SITUATIONS

3. CONTENTS
Introduction
Purpose of this project
Market research
PDS
Materials
Simulation by solidwork
Manufactory
Financial parts
Conclusion
References

4. INTRODUCTION
From research done regarding most disaster
situations, the need for an immediate sanitation
solution has been found to be very necessary. The
portable toilet which can be used anywhere is
intended to provide a temporary solution to this
problem before permanent solutions are
implemented.

5. PURPOSE OF PROJECT
Deliver a product that will provide a quick and effective
means of containing both excreta and urine in the first
stages of a disaster situation thus:
Reducing the transmission of faecal-oral disease.
Minimize bad practices like indiscriminate open
defecation and the use of “flying toilets”.

6. The purpose of the project
• Poverty (human and social vulnerability )
lack appropriate actions
lack adequate coping capacities
• Insufficient management
one of the main reason for sanitation facilities fail
• Lack of long thinking and planning
ignore long-term solutions
 Our solution is produce a long term usage and eco-friendly portable
toilet

7. PDS
Design Concept
 A portable kit made from galvanised
steel and Aluminium alloy parts.
100% biodegradable bags
Galvanised Steel
Aluminium alloy

8. PDS (continued)
Standards and Specifications
Bags : Standard BS EN 13432. Products meeting this
standard are safe for composting
 Seat: The dimensions for the seat will have to conform to the BS
1254:1981 WC standards for toilet seats.
 The Seat will be made from galvanised steel to BS EN 10327-2004
standards. This means they are suitable for use in areas where they
are susceptible to corrosion.
 Stands: Aluminium alloy u- shaped designed.

9. PDS

10. Disaster Research

11. Market research
EXSISTING COMPETATORS
 HO! Toilet (£4.6)
Strength: Comes with a poncho for privacy and very cheap.
Weaknesses: Has little regard for Ergonomics as it can only be
used in squad position.
 Bio Toi TOILET (£36.24)
Strengths : Weighs only 2 Kg , is foldable and uses
Biodegradable bags.
Weaknesses: Very expensive and can’t be used as squat toilet.
 The Woe2Go Toilet (£37.096)
Strengths: Uses a bio chemical for breaking down odours and
facial material.
Weaknesses: Very Expensive and bulky.

12. Materials
Eco Paper 10 Litre Caddy Liner 100% Biodegradable
250 Liner Value Pack
Waterproof paper is used to
contain any wetness. The liners
are certified as 100%
Biodegradable/Compostable.
200 + 150 x 360mm (W +
sidefold x H ) 250 Liners in total.
Price: £33.25

13. Materials

14. USERS: Average Weight
1. According to the National Centre for Health
Statistics, the average weight for an adult
female in the United States is:-
162.9 pounds (73.9Kg)
2.
Average Weight = 80Kg

15. Simulation by solidwork
 Simulations using solidwork were carried on
STAND
SEAT
The simulations was the basic idea to determine the ability of
product to withstand the given loads and strees at various level of
the material

16. STAND: With 1200N and
2000N load
Displacement max=2.5e-0.3 mm Displacement max=3.34e-0.3 mm

17. 1) 800N ( Average weight )
2) 1200N ( Max Weight on designed product)
3) 2000N ( Further testing )
800N/4 = 200 each
1200N/4 = 300 each
2000N/4 = 500 each
is the force acting on each rod stand.
STANDS: Weight
Simulation

18. SEAT: With 1200N and
2000N load
Displacement max=3.818e-0.1 mm Displacement max=6.364e-0.1 mm

19. LOAD SEAT STAND
800N max=2.546e-0.1 mm max=2.54e-0.3 mm
1200N max=3.818e-0.1 mm max=2.5e-0.3 mm
2000N max=6.364e-0.1 mm max=3.34e-0.3 mm
Displacement changes due
to various load on the
portable toilet

20. Seat with plastic material with constant
load (800N) in various thickness
SEAT: Made of polyethylene
Thickness Displacement
10mm Max=88.21mm
15mm Max=27.54mm
20mm Max=12.42mm

21. MANUFACTURING PROCESS
Seat
▫ Galvanised sheet will be cut to the recommended shape and size.
▫ Edges of the resulting parts to be bent around the edges to
provide a smooth profile .
▫ The sockets will then be welded onto the base of the sheet.
Stands
▫ To be machined directly from long aluminium alloy tubes and bent
to the appropriate dimensions.
Sanitary bags (10 litre-capacity)
▫ To be bought directly from suppliers

22. MANUFACTURING COST
 Data based on industry averages and typical manufacturing
practices, and should therefore be viewed only as a guide. Actual
costs may vary based on the specific manufacturer, equipment,
geographical location, and prevailing market conditions.
 Fig: Unit production
costs at 15.78 GBP
Components Estimated cost (GBP)
Complete Seat 3.53
4 Sockets 1.50
2 stands 7.75
40 Bags 3.00
Total 15.78

23. TECHNOLOGY/PROCESS
 Our product makes use of biodegradable sanitation bags.
 The main kit will be built by the company but we shall
purchase the Certified Compostable EN13432 sanitation
bags from a known manufacturer.
 With this easy to use product people will no longer lack a
decent place and means to ease themselves during Disaster
situations . This should then prevent the indiscriminate littering
of Emergency Camps with feacal material which is the root
cause of disease.

24. COMPETITIVE ADVANTAGES
• Our competitive advantages.
▫ Our main competitive advantage is on the pricing.
▫ And our baseline prototype which doesn't require
sophisticated technology to produce meaning it can be built
almost anywhere in the world.
• How long our competitive advantages will last.
▫ The competitive advantage that we have should last at least
more than 2 years given that we intend to also diversify into
the existing market of 'luxury' temporary sanitation facilities.
• Why customers will care.
▫ Customers will definitely choose our product because the
alternatives are currently expensive and the cheaper ones
aren't eco-friendly.

25. COMPETITIVE LANDSCAPE
 Current and potential competitors.
▫ Our current competitor who is producing a product with
the same qualities as ours is EcoFriend a Swedish
Company whose product currently retails at GBP 37.2.
 Difference between our product and the competition.
▫ With our product Retailing at GBP 10 inclusive of 40
sanitation bags compared to our competitors who supply
24 Bags with their package, we should be able to lead in
market share in a short period of time.

26. MARKET ANALYSIS
Research from reports regarding most disaster
situations recognises the need for an immediate
sanitation solution.
OXFAM have already explored the use of Poo Bags for
Safe Excreta Disposal in Emergency Settings.
 The portable toilet which can be used anywhere is
intended to provide a temporary solution to this
problem before permanent solutions are implemented.

27. MARKET ANALYSIS(CONTINUED)
Profit/Income projections
Year 1
Sales (GBP) 1600000
Expenses
Rent (One sales outlet) 12000
Marketing 4000
Website 150
Salaries 90000
Production Costs 1265580
Total Expenses 1371730
Net/Profit Loss 228270

28. MARKET ANALYSIS(CONTINUED)
Initial manufacture in the UK before production plants can go
overseas.
This should then push down production costs and that will
drive up our profit margin.
This product will be new in so many areas hence the need to
gauge consumer reaction before improving on this prototype
and relaunching.
We also hope to expand our product portfolio to cover the
luxury market of camping trips, music festivals, rallies and
many other outdoor activities' sanitation solutions. This will
increase our target market and provide us with increased
profits.

29. GO-TO-MARKET STRATEGY
• Key Customers
▫ Our ideal customers will be Agencies and Non-Governmental
Organizations involved in Disaster Relief, humanitarian
response, disaster service and assistance; like Oxfam, The
Red Cross and World Vision.
▫ Some critical partners in the future will be governments in
those areas that are prone to natural disasters mostly in the
developing world.
• What our customers will buy.
▫ Our customers will buy kits that will be well packaged to ease
on transportation One-time or recurring payment.
▫ Since our product has a three year warranty, all that customers
should worry about are the replacement Sanitation bags which
are available for those that want to continue using the kit.

30.  Given the already acknowledged sanitation challenges in some parts
of the world even without a disaster scenario, this product can still
come in very handy.
 One requirement for this product was that it was supposed to have
'universal appeal' and for those regions of the world where there is a
squat-toilet culture (Some parts of the Middle East and South East
Asia), our product still remains the only one designed with that
requirement in mind.
 For its price and its intended use, the Ready4Use Kit will be the best
in the market.
Conclusion

31. Thank you for
pay attention

32.  http://www.businesslink.gov.uk/bdotg/action/layer?topicId=1073
869162
 http://www.barclays.co.uk/StartUpSupport/Writingasmallbusines
splan/P1242559649359
 http://wvasiapacific.org/downloads/publications/srilanka07.pdf
 http://www.caddyliners.co/proddetail.php?prod=EcoPaper10
REFERENCES