Este documento proporciona información sobre Emerson, una compañía global de tecnología que fabrica y suministra compresores, controles y sistemas empaquetados. Detalla varios proyectos de bombas de calor Vilter Monotube que recuperan el calor de la refrigeración para usos como calefacción industrial y comercial. Estos proyectos incluyen instalaciones en Inglaterra, Noruega y Francia que utilizan el calor residual para procesos alimenticios y calefacción urbana.
2. 2
EEmmeerrssoonn eenn eell 22001100
Ventas de USD $20.9 Billion dolares
Headquarters In
Fabricante y
Aproximadamente
St. Louis, Mo.
Suministrador Global de
129,000 empleados
NYSE: EMR
Tecnología
• Presencia de Manufactura /Ventas en mas de 150 países
• 250 Plantas - Oficinas, 165 fuera de EEUU.
• No. 94 en la lista de las mejores 500 Empresas según la revista
FORTUNE 500
• Fundada en 1890
3. 3
Emerson PPrreesseenncciiaa GGlloobbaall 22000099
Total Ventas 2010 $20.9B
Total Empleados 129K
Oficinas 250
US & Canada2010
Ventas ~$10.1B
Empleados 38,000
Oficinas 90
Latin America
2009 Ventas ~$1.1B
Empleados 18,000
Oficinas 35
Western Europe
2009 Ventas ~$3.6B
Empleados 16,000
Oficinas 60
Eastern Europe & Russia
2009 Ventas ~$0.7B
Empleados 7,000
Oficinas 10
Middle East & Africa
2009 Ventas ~$1.0B
Empleados 2,000
Oficinas 5
Asia-Pacific
2009 Ventas ~$4.4B
Empleados 48,000
Oficinas 50
4. 4
Emerson es LLííddeerr eenn ssuuss SSeeggmmeennttooss
yy MMeerrccaaddooss GGlloobbaalleess
#1 Compressors
#1 Controls
#1 Alternators
#1 Fluid Control
#1 Ultrasonic Welding
#1 Garbage Disposers
#1 Appliance Components
#1 Fractional Motors #1 Storage Solutions #1 Plumbing Tools
#1 Wet/Dry Vacuums
#1 Pressing Tools/Jaws
#1 CCTV Inspection Systems
#1 Control Valves
#1 Measurement Devices
#1 AC & DC Power Systems
#1 OEM Embedded Power
#1 Precision Cooling Systems
5. 5
Emerson CClliimmaattee TTeecchhnnoollooggiieess
eenn eell 22000099
Ventas
2009 Sales $3.2B
Empleados
2009 Average ~16,000
Ventas por Producto Ventas por Region
Asia
Europe
United States
Other Rest of World
Temperature
Sensors
Temperature
Controls &
Electronics
Compressors
Flow
Controls
6. 6
Creando Tecnologias LLiiddeerr ddee PPuunnttaa ppaarraa
ssaattiissffaacceerr nneecceessiiddaaddeess aaccttuuaalleess yy ffuuttuurraass
Compressor
Technologies
Two-Step
Compressor
Variable
Speed
Digital Scroll
Digital Discus
Intelligent Store
Digital Discus
Electronics, Services
& Solutions
Residential
HVAC
Commercial
HVAC
Food
Service
Food
Retail
+5-10% EER
Next Generation Scroll
Comfort Alert
Diagnostics
Facility Control
Digital Scroll
Control
New Small Recips Condensing Units (XJ)
New Refrigeration
Scroll
+10-25%
EER
~ +10%
EER
~ +10%
EER
Smart Grid T-stat UltraTech Communicating
System
Supervisory Control Intelligent Store
7. 7
Invirtiendo eenn MMeerrccaaddooss AAddjjaacceenntteess
Description: Manufactures Compressors, Controllers & Packaged
Systems
Headquarters: Cudahy, Wisconsin Employees: 271
STATIONARY & TRANSPORT
EEmmeerrssoonn PPrroodduuccttss
INDUSTRIAL
VViilltteerr PPrroodduuccttss
¼ HP 5HP 30HP 200HP 1400HP
Vilter Expands Emerson’s Presence In The
Industrial Refrigeration Market
8. 8
Calentamiento IInndduussttrriiaall eess uunnaa nnuueevvaa
ooppoorrttuunniiddaadd ddee NNeeggoocciioo –– ffaacciilliittaaddaa ppoorr llaa
tteeccnnoollooggiiaa ddee VViilltteerr MMoonnoo TToorrnniilllloo
• Vilter & Star Refrigeration ganan proyecto de Noruega
− 14 MW Capacidad Calor para calefacción de la ciudad de Drammen (población
60 mil hab).
− Compuesto por seis (6) compresores de alta presión que elevan la
temperatura del agua desde 6 C hasta 90 C.
11. 11
Bomba de CCaalloorr VViilltteerr MMoonnoo TToorrnniilllloo
Refrigeracion Absorbe Calor y lo rechaza a la atmosfera
Procesadores de Alimentos consumen grandes cantidades
de agua caliente
12. 12
Bomba de CCaalloorr VViilltteerr MMoonnoo TToorrnniilllloo
Dos opuestos de transformación de Energía
Refrigeración
Energía Fuera
Combustibles Fósiles
Energía adentro
23. 24
Bombas ddee CCaalloorr VViilltteerr MMoonnoo TToorrnniilllloo
Eficiencia (COP) = Energía Fuera / Energía Adentro
Combustibles Fósiles
– COP (Calor) = Carga de Calor / Calor Injectado
– Tipicamente el COP is 0.80 to 0.95,
Bomba de Calor
– COP = Carga de Enfriamiento + Trabajo de Compresión /
Trabajo del Compresor
– COP = 3.0 to 7.0
24. 25
Bombas de CCaalloorr VViilltteerr MMoonnoo TToorrnniilllloo
TTiippooss // CCaassooss EExxiisstteenntteess
Combinado Refrigeracion y Bomba de Calor para Proceso de
Alimentos
– Nestle, Halifax, West Yorkshire, Inglaterra
– Extrae Calor del Proceso de Producción (Refrigeracion) y
produce agua caliente para Proceso y Lavado
Sistema Sin Refrigeracion Calefacción para Ciudad
– Drammen, Noruega
– Extrae Calor del Agua de Mar para producir Calefacción para la
Ciudad y ser comercializada como servicio.
Sistema parasito de sistema de Refrigeracion Típica Bomba de calor
que reutiliza el calor de rechazo de condensación
– Mejora o reemplaza sistema de calentamiento fósil
– Extrae calor de un sistema existente y produce agua caliente
para proceso
25. 26
Bomba de CCaalloorr –– PPrroojjeeccttooss vveennddiiddooss aa llaa
ffeecchhaa
Projecto Pais Applic. Compresor Fuente de Calor
1) Nestle Inglaterra Alimentos (2) 601’s Proceso
2) Drammen Noruega Calefaccion (3) 2101+(3) 791 Mar del Norte
3) Danone Francia Alimentos (2) 341’s Parasito
4) Nor. Army Noruega HVAC (1) 341 Subsuelo
5) Sewage Noruega Digestor (3) 501’s Acueducto
6) Showroom Noruega HVAC (1) 301 Aire
7) Meat Proc. EEUU Alimentos (1) 451 Parasito
8) Dairy Noruega Alimentos (2) 791’s Parasito
Refrigeration heat energy is rejected while simultaneously fossil fuel energy is consumed to produce hot water or steam.
The quantity of heat rejected by refrigeration is of high, but the quality, or temperature, is low; too low to be of much benefit in food processing. In the physics of refrigeration there is a direct relationship between pressure and temperature. To achieve higher temperatures, compressors must operate at higher pressures.
As pressure increases in a Twin Screws
Refrigeration heat energy is rejected while simultaneously fossil fuel energy is consumed to produce hot water or steam.
The quantity of heat rejected by refrigeration is of high, but the quality, or temperature, is low; too low to be of much benefit in food processing. In the physics of refrigeration there is a direct relationship between pressure and temperature. To achieve higher temperatures, compressors must operate at higher pressures.
As pressure increases in a Twin Screws
Refrigeration heat energy is rejected while simultaneously fossil fuel energy is consumed to produce hot water or steam.
The quantity of heat rejected by refrigeration is of high, but the quality, or temperature, is low; too low to be of much benefit in food processing. In the physics of refrigeration there is a direct relationship between pressure and temperature. To achieve higher temperatures, compressors must operate at higher pressures.
As pressure increases in a Twin Screws
Refrigeration heat energy is rejected while simultaneously fossil fuel energy is consumed to produce hot water or steam.
The quantity of heat rejected by refrigeration is of high, but the quality, or temperature, is low; too low to be of much benefit in food processing. In the physics of refrigeration there is a direct relationship between pressure and temperature. To achieve higher temperatures, compressors must operate at higher pressures.
As pressure increases in a Twin Screws
Refrigeration heat energy is rejected while simultaneously fossil fuel energy is consumed to produce hot water or steam.
The quantity of heat rejected by refrigeration is of high, but the quality, or temperature, is low; too low to be of much benefit in food processing. In the physics of refrigeration there is a direct relationship between pressure and temperature. To achieve higher temperatures, compressors must operate at higher pressures.
As pressure increases in a Twin Screws
Refrigeration heat energy is rejected while simultaneously fossil fuel energy is consumed to produce hot water or steam.
The quantity of heat rejected by refrigeration is of high, but the quality, or temperature, is low; too low to be of much benefit in food processing. In the physics of refrigeration there is a direct relationship between pressure and temperature. To achieve higher temperatures, compressors must operate at higher pressures.
As pressure increases in a Twin Screws
Refrigeration heat energy is rejected while simultaneously fossil fuel energy is consumed to produce hot water or steam.
The quantity of heat rejected by refrigeration is of high, but the quality, or temperature, is low; too low to be of much benefit in food processing. In the physics of refrigeration there is a direct relationship between pressure and temperature. To achieve higher temperatures, compressors must operate at higher pressures.
As pressure increases in a Twin Screws