More Related Content Similar to Hotel Hot Water Solution (20) Hotel Hot Water Solution1. © Tony Sweet & Ashley Fordham Eco Engineering and water solutions
2. A very green proposal
•Saving hotels more than 50% on energy
bills
•Helping make hotels more eco friendly
•Eco friendly hotels attract higher occupancy
rates.
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
3. Agenda
Greener building
Energy at work
Value Innovation
A couple of numbers
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
4. Hotel Hot Water
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
5. “Best in Class”
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
Eco heat pumps Ltd ©
7. Oil fired boilers – 80% efficient at best!
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
8. Fuel Oil 1992 to 2012
100
90
80 91.48
91.2
70 87.04
60
71.21
50 64.2
58.3
40 50.04 53.48
30
37.66
20 19.25 27.39
16.75 20.46
10
15.6616.75 18.64
16.56
23 22.81
27.69
206% increase in LPG
11.91
180% increase in Fuel Oil
0
1992
2008
2012
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
9. 6 12 3
5
Ventilation
6
Refrigeration
Office
Cooking
Cooling
41 18
Heating
Lighting
Water Heating
Other
18
10. © Tony Sweet & Ashley Fordham Eco Engineering and water solutions
11. Tallest hotel in the
World – Ritz Carlton
Hong Kong: 312
rooms and
suites, 170 litres of
hot water per
occupant per day, 2
million litres of hot
water per annum
based upon 50%
occupancy
“Energy Costs have
never been higher and
they have affected
profitability” © Tony Sweet & Ashley Fordham Eco Engineering and water solutions
12. Energy Costs –v- Profits
Oil Fired & LPG Boilers Renewable Energy Heat Pump
• Oil boilers - 70% efficient • Heat pumps 300% efficient
• LPG boilers - 85% efficient • Designed for Hot-water generation
• Oil & Gas highest prices EVER • 75% FREE ENERGY
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
14. Each occupant consumes 140 liters of
Making a 1st impression….
hot water a DAY
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
15. Each occupant shower consumes 65 liters of hot water
per HOUR
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
16. General areas consume a lot of water…..
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
17. Each occupant consumes 140 liters of hot water a DAY
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
18. © Tony Sweet & Ashley Fordham Eco Engineering and water solutions
20. restaurant serving 400 meals per day will use
5000 litres of hot water
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
21. Swimming Pool water management
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22. 300 bed 4 star hotel requires hot-water storage of 40 litres
per occupant – 50% occupancy = 12000 litres. 75%
occupancy = 18000 litres.
400 bed 4 star hotel requires hot-water storage of 40 litres
per occupant – 50% occupancy = 16000 litres. 75%
occupancy = 24000 litres.
400 bed 5 star hotel requires hot-water storage of 50 litres
per occupant – 50% occupancy = 20000 litres. 75%
occupancy = 30000 litres.
600 bed 5 star hotel requires hot-water storage of 50 litres
per occupant – 50% occupancy = 30000 litres. 75%
occupancy = 45000 litres.
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
23. Benefits:
Replace fossil fuel
boilers with 100% safer
Renewable energy solution
heat pumps
Designed for faster water heating times
Low power consumption
Save 60-75% compared to oil and electric heaters
Patented heat exchange system prevents cross-
contamination of water supply
Low noise & vibration operation
Programmable temperature (to 650c)
25. © Tony Sweet & Ashley Fordham Eco Engineering and water solutions
26. © Tony Sweet & Ashley Fordham Eco Engineering and water solutions
28. The "Accounting Rate of Return" is
the net income generated from an
investment during a period, divided
by the book value of the investment
at the start of the period -
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
29. Affordability
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
30. Affordability
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
31. Affordability
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
32. Affordability
You only pay from the savings we make *
* set-up charge plus agreed time scale and percentage © Tony Sweet & Ashley Fordham Eco Engineering and water solutions
33. Your Hotel action plan?
•CO2 neutralisation now and in the future
•Making energy savings
•Involving guests
•Establishing a CO2 neutral hotel network
•Collaborating with climate networks/alliances
including climate friendly specialists.
34. Agree
Complex Contract
process
Survey
Site Set Up Enabling Main
Each and every Plant
stage is in unison
with hotel
Controls
management &
director of
engineering Hand Over Commission System Test
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
35. Repercussions for staff of a new element
New Element
Resistance to itself
new element
Communicate
new element
Commitment
to Green Plan
Empowerment
Involvement
Motivation
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
38. Dimensioning
1. Establish pipe runs and plant location
2. Confirm requirements
3. Establish any other needs or requirements
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
42. Test , commission
and hand over
system:
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
43. Our Value
Global
Proposition Green
B
e
n
e One Stop Hotel Stop
Local
f Carbon Footprint
i Economies of Solved
t Scale Repeat Business
Internationally Entrepreneurial
s Growing Global
Local Renown flair Green Business
Knowledge Expertise & Green Platform
Connections Standards
Expertise
Local to Global Green
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
44. Typical hotel Current energy costs, say $300,000 per annum
Typical New energy costs, say $150,000 per annum
Saving of $150,000 per annum
Our fees merely require a fixed percentage of the savings:
A. 35% of the annual saving each year for 5 years
B. 40% of the annual saving each year for 4 years
C. 50% of the annual saving each year for 3 years
Example shown:
A. 35% of $150,000 = $52,500 x 5 years = $262,500 ($750,000 total savings)
B. 40% of $150,000 = $60,000 x 4 years = $240,000 ($600,000 total savings)
C. 50% of $150,000 = $75,000 x 3 years = $225,000 ($450,000 total savings)
Process fee of $40,000 in addition to above, all fees payable monthly in advance.
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
45. How customers DO business
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions
46. © Tony Sweet & Ashley Fordham Eco Engineering and water solutions
47. Otakuki.energy@gmail.com
Tony Sweet +44-77-99-00-47-03
Ashley Fordham +44-74-23-58-11-26
© Tony Sweet & Ashley Fordham Eco Engineering and water solutions