nebulizers, fields and advantages
TRANSCRIPT
Greenhouses and Plant Nurseries Ripening Rooms Farms Urban Bioclimate Wine Cellars Humidification in Textile Production Processes Humidification in Food Production Processes Humidification for Food Preservation
Fragrencing and Odour Elimination Anti-Insect Barrier
Mining Cement Plants Wood
Evaporative Condensers Air Pre-cooling Energy Recovery Ventilation Condensate Removal
Urban and Industrial Waste Management Gas Cleaning
Boiler Burners Turbine Gas Burners
Tailored Disinfection Systems Portable Disinfection Systems
ICP-OES ICP-MS
Precision Electronics Semiconductors Energy Food Medicine
Flow Focusing ® Flow Blurring ®
FBP (Flow Blurring® Plastic) ZXY FRL FBM (Flow Blurring® Metal) PFA HCRN (High Chemical Resistance) PureNeb
GREENHOUSES AND PLANT NURSERIES
RIPENING ROOMS
As our droplet size is very small, the plant and food do not get wet, thus avoiding perishing. The flows are uniform along the entire line
Lower water, air and electricity energy consumptions Nebulization of water and other water solutions
FARMS
URBAN BIOCLIMATE
By nebulizing such small droplets there is
greater flotation and duration of the humid and/or cooled environment
The flows are uniform along the entire line Lower water, air and electricity energy
consumptions Nebulization of water and other water
solutions Vaccination administration, disinfecting, etc.
By nebulizing such small droplets there is
greater flotation and duration of the humid and/or cooled environment
The nebulization is unnoticeable The flows are uniform along the entire line
Lower water, air and electricity energy
consumptions
WINE CELLARS
Humidification of wine cellar environments to
eliminate losses caused by evaporation of the wine stored in barrels
By nebulizing such small droplets there is
greater flotation and duration of the humid and/or cooled environment
The flows are uniform along the entire line. Lower water, air and electricity energy
consumptions Possibility of being produced in metal for
greater durability and aesthetics
HUMIDIFICATION IN TEXTILE PROCESSES
Nebulizers designed to achieve a tailored
droplet size Achieves distances and water consumption
as required by the application The client’s production system need not be changed. The nebulizers adapt to the existing
equipment Lower water, air and electricity energy
consumptions
HUMIDIFICATION IN FOOD PRODUCTION PROCESSES
HUMIDIFICATION IN FOOD PRESERVATION
Lineal humidification of the
material being processed.
Nebulizers designed to achieve a tailored droplet size Achieves distances and water consumption as required by the application
The client’s production system need not be changed. The nebulizers adapt to the existing
equipment Lower water, air and electricity energy consumptions
Maintains the humidification level necessary inside
preservation rooms, shop windows, market stalls...
AEROPONIC GROWING SYSTEMS
A correct control of the aerosol (droplet flow
and size) allows us to optimize the supply of nutrients.
Greater product surface in contact with the
root of the plant thanks to the microscopic size of the droplet.
Adaptation of the droplet size to the needs
to the type of cultivation Possibility of nebulizing the required
nutrients
FRAGRANCING AND ODOUR ELIMINATION
Nebulization to eliminate
odours (waste management)
ANTI-INSECT BARRIER
Use of nebulization to
keep insects away from cultivations and residential
areas
Based on the application’s needs, the nebulizers can control the droplet size Lower consumption of resources than in conventional systems
Possibility to achieve a high volume percentage of small droplets, increasing the contact surface as well as the
efficiency and duration of the treatment
CEMENT PLANTS
Iron oxide control in
lamination processes.
MINING
Dust control at conveyor belt
transfer points Dust control during unloading
operations. Carbon loading operations
Studies have confirmed that the size of the droplet should be as similar as possible to that of
the dust particles in suspension, so that they collide and the dust is dragged to its point of origin. Ingeniatrics has the versatility to be able to design the droplet size based on the needs of the
application
WOOD
Transfers of woodchip
Studies have confirmed that the size of the droplet should be as similar as possible to that of
the dust particles in suspension, so that they collide and the dust is dragged to its point of origin. Ingeniatrics has the versatility to be able to design the droplet size based on the needs of the
application
EVAPORATIVE CONDENSERS
AIR PRE-COOLING
Increased performance
through a greater capacity to dissipate heat
Pre-cooling of the
incoming air
Possibility to integrate our nebulizers into existing systems and/or in the application System with adaptable functions, achieving a wide range of droplet sizes according to the
needs of the application
CONDENSATE REMOVAL
ENERGY RECOVERY VENTILATION
Cooling of the outgoing air in a
heat exchanger
Removal of condensates through
nebulization
Possibility to integrate our nebulizers into existing systems and/or in the application System with adaptable functions, achieving a wide range of droplet sizes according to the
needs of the application
GAS CLEANING URBAN AND INDUSTRIAL
WASTE MANAGEMENT (Leachate, Brine…)
Possibility to work at different
temperatures and air speeds to achieve the droplet sizes required
for each treatment The liquid waste can be turned
into solid, which is easier to manage and/or reuse
Ingeniatrics has the versatility to be able to design and control the size of drops according to the needs of the
application
BOILER BURNERS
Low-emission injectors to burn
complex substances and/or liquid wastes
TURBINE GAS BURNERS
Low-emission burners
Greater efficiency in the combustion. Flow Blurring® achieves very small droplets and therefore a greater surface area of the fuel in contact with
the oxidising agent, increasing the combustion’s performance and decreasing the contaminating emissions
PORTABLE DISINFECTION
SYSTEMS
TAILORED DISINFECTION
SYSTEMS
Use in operating
theatres
Abattoirs, Food
production centres
With Flow Blurring® droplet sizes below the average of existing equipment on the market are achieved, increasing the product surface area in contact with the environment or area to be disinfected
FIRE EXTINGUISHER SYSTEMS
Very small droplet sizes to reduce the
temperature, increasing the efficiency of the fire extinguishing.
INHALATION FOR PEOPLE AND ANIMALS
High percentage of small droplets
90% < 5μm 50% < 2.5μm
Possibility to nebulize micro particles
in suspension
ICP-MS
ICP-OES
Precision and re-use Mono-dispersion
Low operating pressures Flexibility in the use of
the operating conditions Greater robustness
Capable of nebulizing
small test doses Production of small droplet
sizes Better indices of mono-
dispersion
SEMICONDUCTORS
PRECISION ELECTRONICS
Lower energy costs to obtain the same droplet sizes
System of integration into machines more simple than ultrasound machines Greater versatility Greater flexibility
Production of solder paste Coating of Microelectronic
Mechanical Systems
Soldering of printed circuit boards Sensors
Detection systems Ultrasonic pulverization of graphene to increase the
strength of electronic components, solar cells… Coating with organic layers on substrates for screens
and LED lighting Depositing uniform conductor layers of ITO, AZO
and ZnO, through the depositing of CVD vapour Coating of chemical sensors, flexible electronics…
FOOD
ENERGY
.
Lower energy costs to obtain the same droplet sizes
System of integration into machines more simple than ultrasound machines Greater versatility and greater flexibility
Capacity to nebulize highly viscous products with a wide flow rate range
Coating of:
- Solar panels - Silica solar panels (high quality
silica chips or plates) - Fuel cell
- Anti-reflective
Food seasoning
Nutraceutical and/or anti-
microbial covering for foods
Tinned foods
MEDICINE
Coatings:
- Anti-microbial coating of metals (implants) - Lenses
- Diagnostic systems - Microencapsulation of cells (bio-
encapsulation) - Sugar-coated pills
• Droplet sizes from 15μm to 100μm • Technology capable of producing mono-dispersals under a wide range of sizes • Versatility to work with a wide range of products • Allows for working with different internal structures such as “core shell” or “double core shell” • Purely mechanical technology (very smooth process) which allows for working at low
pressures
• Technology capable of producing a very fine and high quality spray with droplets of an extremely small size.
• Droplet size starting from 3μm • Low energy consumption • Allows for extreme operating conditions • The technology is capable of producing the spray through the mix of two fluids, which can be
liquid-liquid or liquid-gas • The technology does not require moving parts, thus increasing the useful life of the device • It is possible to work with high viscosities and concentrations (tested from 0.9 to 145.000
cP)
FLOW FOCUSING®
FLOW BLURRING®
- Compact system with integrated drip for regulating the flow - Integrated air filter to avoid blockage - This nebulizer can be made in different plastic materials, depending on the client’s
needs - By working with low pressures it achieves a fine and high-quality aerosol (starting
from 500mbar) - Wide range of droplet sizes (starting from 3μm)
- Versatile system of integration in one line
- Reduction of costs - By working with low pressures it achieves a fine and high-quality
aerosol (starting from 500mbar) - Wide range of droplet sizes (from 3μm to 53 μm)
(Flow Blurring® Plastic)
(Flow Blurring® Metal)
- Maximum strength - Low energy consumption - Possibility of being produced in different metals based on the application’s
needs - Wide range of liquid flows, from10ml/m to 850ml/m - Easily integrated into an existing production process - By working with low pressures it achieves a fine and high-quality aerosol
(starting from 500mbar) - Wide range of droplet sizes (from 7μm to 60μm)
- Energy saving and low of installation and maintenance cost. - Possibility to control entire environments - Imperceptible droplet size - Integrated air filtration system - By working with low pressures it achieves a fine and high-quality aerosol
(starting from 500mbar) - Wide range of droplet sizes (starting from 3μm)
- Robustness - Easy and safe operation - Low consumption of gas - High chemical resistance - Device apt for Flow Focusing® or Flow Blurring® - Easy integration into existing systems - By working with low pressures it achieves a fine and high-quality aerosol
(starting from 500mbar) - Wide range of droplet sizes (starting from 3μm)
(High Chemical Resistance Nebulizer)
- High chemical resistance - Possibility to be integrated into a multiple nebulization system - Device apt for Flow Focusing® or Flow Blurring® - By working with low pressures it achieves a fine and high-quality aerosol
(starting from 500mbar) - Wide range of droplet sizes (starting from 3μm)
- Sterility - Apt for Bioencapsulation - Device apt for Flow Focusing® or Flow Blurring® - By working with low pressures it achieves a fine and high-quality aerosol
(starting from 50mbar) - Wide range of droplet sizes (starting from 3μm)