1
About HYSEO
HYSEO is a French company, created in 2008 , located in Toulouse and dedicated
to the development of innovative projects aiming at the self sufficient generation
of energy and water
HYSEO have a recognized expertise in Engineering, Construction, Operation and
Maintenance of sustainable infrastructures
HYSEO combines successful experiences in Solar Energy, Hydraulic Energy and
Wind Energy to develop integrated solutions for Public infrastructures, Power
Generating companies, small & medium Industries, Private infrastructures
HYSEO is a key player in photovoltaic projects in the agricultural world :
•
150 MW of photovoltaic power already implemented,
•
Excellent ROI on sustainable infrastructures
•
Supported by reliable investors such as EDF group
S
2
Visit our website at : www.hyseo.fr
Our Values

Capitalize on our return on experience to develop improved
systems leading to low cost renewable energy production

Integrate the ultimate state of the art technologies to create all in
one packages for final users.
Examples : combining solar energy generation with water
treatment technology, urban lighting with integrated batteries,
…

Study and develop low cost maintenance systems to reach the
self sufficiency objective

Distribute among worldwide partners some self sufficient
products able to generate clean energy and pure water with no
short cut
S
3
A rising demand of water
 The world's water consumption rate is doubling every 20 years.
 By the year 2025 water demand should exceed supply by 56%.
 Agriculture is the highest consumer of water but high purity water is usually
requested by remote population
 Lack of fresh water reduces economic development and lowers living
standards
 Seaside micro urban communities are attracting everyday more population
Water Consumption by regions
Water consumption by category of use
S
S
4
A solution by HYSEO

A R&D partnership between HYSEO and INSA University of
Toulouse

An innovative solution mixing solar energy proven experience
and water desalination ultimate technology

Effective mineral and salt removal converts previously unusable
waters to high-purity resources for drinking, irrigation or
industrial process uses.

To provide an economical and sustainable solution called SWRO
(Salted Water Reverse Osmosis)
S
TO SUPPLY CONTINUOUSLY PURIFIED WATER TO 30-70
PERSONS PER UNIT IN A TOTALLY SELF SUFFICIENT MODE
5
Process Technology (1)
S
6
Process methodology
S
7
Plug & Play System
S
S
Conditions for installation
S
1 bulk equivalent to a 10’ shelter
easy to handle and install
S
Ruggedized equipment to handle
salty weather conditions
S
Request of a basic network of
water distribution (or tank)
S
One person requested for operation
(operator level)
Support & maintenance
S
- Installation & training for operation
S
- Remote assistance for 1st and 2nd
level of maintenance
S
8
Benefits for users
 HYSEO’s projects provide small size 5 cubic meter/day plants
 An autonomous design with modest maintenance needs
 Batteries stored energy to supply power 24H/24.
 Long life cycle batteries (LiFePO) to solve the traditional problems of storage
 Clean and silent operation with no harmful emissions when powered by solar
energy
S
9
Where for
 In remote regions near an available salt water or brackish water source (close
proximity to sea or ocean water)
 For organizations and relief agencies working to bring fresh drinking water to
developing countries
 At remote exploration sites by companies and government agencies to meet
the water needs of their employees and staff
 By individuals interested in implementing green design technology in their
surroundings
 By anyone interested in achieving independence from local water authorities
 To remove undesirable inorganic salts and elements as well as low molecular
weight organics
S
10
Conclusion
 Independent operation
 Solar power provides clean renewable energy
 Storage of reliable power supply
 Space saving design
 Moderate price
 Fully scalable for varying requirements
 Drinking water dispensing system
Any request for information, please contact us at : valerie.cazaban@hyseo.fr
S
11