1. DASSY™ - DAM SPRINKLER SYSTEM
SOLAR PANEL
FILTER
BUOY
SENSOR
PUMP
CONTROL
RAINS

2. BASIC PROBLEMS IN DAMS
Algae Formations
Eco Balance
Evaporation

3. ABOUT ALGAE STRUCTURES CYANOBACTERIA FOOD CHAIN BALANCE DISTORTION
Structurally, they are divided into two large groups, eukaryotic (advanced cell type) and prokaryotic (simple cell type).
Blue-green algae (cyanobacteria) are distinguished from other algae in that they have no obvious cell nuclei and distribution of pigments in their structure and their prokaryotic cell characteristics. They are observed in different forms from single-celled and filamentous forms to complexly developed individuals in terms of external appearance.
Algae are primer producers living in the water environment. Thanks to the pigments in their construction, they convert carbon dioxide and water into carbohydrates with the effect of light, thus increasing the nutrient value of the water and the dissolved oxygen (DO) ratio. As a result they form the first ring of their own food chain.
As a natural consequence of the excessive increase exceeding a certain level, the environmental equilibrium is distorted and this improvement is called eutrophication. Algae and bacteria activity increases turbidity and prevents the light from passing to the lower parts of the water. The oxygen dip sections gain a limiting feature, which can result in death for living beings in the bentic area.

4. ECOLOGICAL DEGRADATION
ALGAE EFFECTS
QUALIFICATION DROP
ECOLOGICAL DEGRADATION
EVAPORATION INCREASE
COSTLY PROJECTS
TREATMENT COSTS
EQUIPMENT COSTS

5. EXISTING ALGAE TREATMENT METHODS
CHEMICALS
VENTILATION
ULTRASONIC
COVERING
High Cost
Temporary Partial Solution
Hazardous Compounds
Environmental Damage
Loss Of Health
Reprocessing
Energy Losses
Permanent Damages
High Cost
Narrow Comprehensive Solution
Voltage Hazard
Costly Maintenance
Live Damage
Economic Losses
Equipment Costs
Energy Consumption
Workarounds
High Costs
Medium Area Solution
Cavitation Risk
Costly Maintenance
Organism Damage
Economic Losses
Operating Costs
Pollution Maintenance
Evaporation
High Costs
Narrow Scope Solution
Chemical Harms
Costly Renewal
Organism Damage
Economic Loss
Incompatible Compound
Hazardous Compounds
Environmental Threats

6. IMBALANCES IN WATER ECO SYSTEM
ALGAES
ORGANISMS
RAINS
CHEMICALS
When they consume carbon dioxide, they cause high turbidity and oxygen consumption due to their primary food chain formation in proportion to their reproductive capacities
The increase in bacterial levels, which is the basis of the toxicity process and the increase of the immobilized water, increases the eco- balance degradation and toxicity
Decrease in seasonal precipitation will cause reductions in oxygen uptake in the process water and equilibrium degradation
Due to the degradation of the water ecosystem depending on the chemicals used, imbalances in the parametric levels of the water occur

7. CURRENT ECOLOGICAL BALANCE LEVEL UPGRADE SOLUTIONS
ALGAE TREATMENT
VENTILATION
TREATMENT STRUCTURES
Disposing of algae in various ways or reducing as much as possible
Use of high-cost ventilation equipment (aerators, mixers, etc.)
Methods of increasing the oxygen contact in the treatment process. High building costs

8. EVAPORATION LOSSES
LOW RAINFALL
ALG BLOOM
HEAT INCREASE
Decrease in seasonal rainfall and increase in water surface temperature resulting in high levels of evaporation on shore and surfaces.
Algae bloom is the result of increased turbidity and the formation of dense surface barriers, so that the sunlight is absorbed and can not be reflected back to increase evaporation
Due to seasonal droughts and global heat effect, surface and shallow open water areas increase evaporation

9. CURRENT EVAPORATION PROBLEM SOLUTIONS
BIOFILM COATING
COVERING
COATING WITH SPHERES
Covering the water surface with a biofilm layer: costly chemical ingredients provide a partial solution. It may become harmful compounds to health and environment. Because it is torn by the wind, it causes continuous maintenance cost.
Coating of the water surface with shrouds (styrofoam, PP lining, etc.): Has high costs and has environmental safety effects. The service life is short. It is irreversible.
Coating the surface of the water with the sphere: a solution that creates a constant cost and is applied in small reservoirs. The materials they contain give rise to dangerous compounds over time.

10. WHAT MIGHT BE THE SOLUTION TITLES FOR THE PROBLEMS?
Increasing Rainfall
Providing Cooling To Reduce Water Evaporation Heat
Creation Of Systems To Prevent Wind Flow
Lowering The Nutrient Level To Prevent Algae From Surviving
Settling Down The Algae To Prevent The Nutrient Chain Process And Provide For Death
Raising The Ecosystem Balance Level With These Factors

11. OUR ENVIRONMENTAL OBSERVATIONS!
In times of non-rainfall, algae growth is increasing, covering the surface of the algae, along with the precipitation, the algae are falling on the bottom and decaying with natural selection.
Although the parametric levels in water ecology are indirectly deteriorated by dense algae formation, the oxygen level at the beginning of precipitation and, depending on the oxygen level in the water, is increasing.
Evaporation is increasing due to the surface coverage of the mosses and primary food chain haze, as well as by preventing the reflection of the sun's rays.
Rainy surface sucks heat and combines with vapor particles in the air to reduce losses.
Rainfall reduces wind intensity by reducing the wind corridor and reducing evaporation.
Precipitation, which disturbs the direct effect of the atmospheric pressure, prevents evaporation.

12. WHAT IS NEEDED FOR THE SOLUTION?
A system that will rain on the ground: energy must be supplied from natural sources, permanent investment is ensured, supplies will be at minimum level. Maintenance operating costs will be minimal.
The tracking system that will archive the rainfall effects: will have a combined single sensor package. pH, ORP, TDS, resistivity, salinity, SSG, depth, temperature, ammonium and ammonia, chloride, fluoride, nitrate, calcium, turbidity, chlorophyll, blue green algae, rhodamine, fluorescein, refined lube oil should be in the construction to contain sensors selectable by the number of ports of the device, but it should not be required to be present in every system. In terms of cost reduction monitoring system and essential parameters should be added according to the results of monitoring according to needs in each reservoir.

13. DASSY™ - DAM SPRINKLER SYSTEM

14. DASSY™ WHAT IS THE DAM SPRINKLER SYSTEM?
Dassy ™ Is An Artificial Sprinkler System.
Dassy ™ Is Powered By Solar Energy
Dassy ™ Is A Pressure Drop System
Dassy ™ Has A Fully Automatic Work Schedule
Dassy ™ Operates Monitoring Sensor Package With Current Energy
So; Dassy ™ Is Raining; Settles The Algae On The Bottom; Reduces Water Surface Temperature; Increases The Eco-balance Level; The Wind Corrupts The Corridor; Prevent Evaporation; Integrated With The Sensor Package For Monitoring The Data; Energy Is Self- contained

15. DASSY™ - DAM SPRINKLER SYSTEM WHAT DOES IT DO?
Artificially implements artificial site rain system
The surface bursts through the bubbles in the moss deposits, allowing the moss to fall to the bottom and die naturally as in natural selection
It increases the level of dissolved oxygen (DO) by providing water droplets to contact with oxygen in the air and adjusts the ORP and ph levels accordingly. Provides water ecology
Allows warm water from the surface to contact with the air to cool and reduce the level of evaporation
Reduces the tendency to evaporate by affecting and disturbing airflow and pressure in the dripping corridor
When it sees natural rain systems and other effects, it automatically stops and stops the system with the existing sensor structure, preventing unnecessary operation.
It can be integrated with the sensor package that enables remote monitoring of water qualification.

16. DASSY™ - DAM SPRINKLER SYSTEM WHAT DOES THE SYSTEM CONTAIN?
FLOATING BUOY UNIT
SOLAR ENERGY UNIT
WATER FILTRATION UNIT
PRESSURE PUMP UNIT
TIMER AND MONITORING UNIT
DROPPING UNIT
SENSOR PACKAGE UNIT

17. DASSY™ - DAM SPRINKLER SYSTEM FLOATING BUOY UNIT
Floating Hdpe Consists Of Material
Allows All Units To Be Mounted On
Includes Anchor Tensioner
Corrosion Free

18. DASSY™ - DAM SPRINKLER SYSTEM SOLAR ENERGY UNIT
3-4 Pieces Of Solar Panels Are Available According To Your Needs
Capacity Includes VDC Selectable Rechargeable Battery
Includes Charge Monitoring Unit
Panel Contains Security Control Unit
Panels Last Years
Corrosion Free

19. DASSY™ - DAM SPRINKLER SYSTEM WATER FILTRATION UNIT
Stainless Steel Pre-filter Is Added
Includes Self-clean Automatic Filter
Provides Fully Automatic Operation
All Components Do Not Create Corrosion
No Filter Change Required
Has A Controller Unit
The Frost Has A Discharge System

20. DASSY™ - DAM SPRINKLER SYSTEM PRESSURE PUMP UNIT
High-Pressure (Booster-pump) Pump
Works With Optional Vdc Power
Includes Engine Monitoring Unit
Includes Timer Unit
Includes Engine Safety Unit
The Pressure Includes The Balance Tank
Includes Self-clean Valve
Metal Parts Do Not Contain Corrosion
Has Freezing Risk Controller

21. DASSY™ - DAM SPRINKLER SYSTEM TIMER AND CONTROLLER UNIT
Includes A Sprinkler Timer
Includes Engine Control Unit
Includes Rainfall Control Sensor
Includes Safety Control Unit
In Rain And Dust-proof Construction (Nema-4x)
Includes Freeze Charge And Blockage Alarm Unit
Includes Optional Environmental Vision Camera

22. DASSY™ - DAM SPRINKLER SYSTEM SPRINKLER UNIT
2-4 Angular Planar Sprinklers Depending On The Capacity
Includes Angle Adjustment Mechanism
Includes Easy-connected Pressure Assembly
Includes A Meter Drop Shot Distance
400-2,500 M2 Coverage Area
The Parts Are Free Of Corrosion
Shot Nozzle Has Cleaning Device
Contains VDC Solenoid Valves

23. DASSY™ - DAM SPRINKLER SYSTEM OPTIONAL SENSOR PACKAGE
Includes Multi-Sensor Package
It Has A Non-dispersive Single Guard
Works With VDC Feed
Has 4-20ma Analog Multiple Outputs
Has Wireless Data Communication Module
Provides Geographic Data Monitoring
Provides Data And Alarm Transmissions
Depending On Demand: Optical DO, Specific EC, Absolute EC, Ph, ORP, TDS, Resistivity, Salinity, SSG, Depth, Temperature, Ammonium And Ammonia, Chloride, Fluoride, Nitrate, Calcium, Turbidity, Chlorophyll, Blue Green Algae, Rhodamine , Fluesein, Refined Oil Parameters Can Be Selected By The Number Of The Device.

24. DASSY™ - DAM SPRINKLER SYSTEM
Advantage
Value Added
Can meet all solution requests under one roof
Price advantage compared to other systems
Cost of consumables and maintenance are at minimum level
Low cost permanent investment
It is totally nature friendly
Does not contain chemical and dangerous elements
Can be produced with domestic and national resources
Create panoramic images with resolutions
They do not contain environmental pollution and irreversible parts
They can be used for various purposes in individual usage areas
Low investment cost compared to other systems
Can be produced with domestic resources
They are able to pay off in a short time with the solution they have created.
Maintenance and repair by reducing the workforce, they provide an easy and cost-effective solution.
Costs can be seriously reduced with decision making for mass production.
The strong operating procedure can be extended to all world-wide patents with the patent acquisition and national added value is ensured.
With natural solutions, demand pecking will increase because it can provide powerful solutions for individual usage areas.
Individual use must be open increase market share

25. DASSY™ - DAM SPRINKLER SYSTEM
The presentation is ending here.
We would like to thank the participants of the meeting.