Heat Technologies Dana Albers. Heating Systems Definition: a device or system for supplying heat, central heating, to a building Heater Heating system.

Slides:



Advertisements
Similar presentations
The Green Engine the World urgently needed for Sustainable Living.
Advertisements

Chapter 16 Energy Concepts.
Grade 7 Science: Pure Substances and Mixtures Ms. Willis
EGEE 102 – Energy Conservation And Environmental Protection Energy Efficiency.
1. Energy Efficiency  When energy is converted from one form to another some energy is converted into other unintended forms.
Phase Changes. Where is this used? Conditioning of buildings, such as 'ice-storage' Cooling of heat and electrical engines Cooling: food, beverages, coffee,
THERMAL POLLUTION. What is Thermal Pollution? Increase in the normal temperatures of na tural waters caused by intervention of human activities.
Energy Conversion and Conservation. Conversions Between Forms of Energy  Energy Conversion: Is a change from one form of energy to another.  Most forms.
Conservation of Energy Section 4.2 Pictures from phys/Class/energy/u5l1b.html.
The Harnessed Atom Lesson Six Atoms to Electricity.
RETScreen® Energy Efficiency Projects
CWS 70ºF CWR 80ºF Cooling Tower Humid air Out with heat Dry air In Central Energy Plant A/C Unit Work EMCS 404 Chilled Water Supply 40ºF Chilled Water.
CWS 70ºF CWR 80ºF Cooling Tower Humid air Out with heat Dry air In Central Energy Plant A/C Unit Work EMCS 404 Chilled Water Supply 40ºF Chilled Water.
Unit B 3.3 Useful Energy and Efficiency. Useful Energy The purpose of a machine is convert input energy into types of energy needed to do work. Anything.
Heat engines played a key role in the development of the modern industrial world. Steam locomotives were an important early use of the steam engine. Electric.
UTC’s Central Energy Plant Humid air Out with heat Central Energy
Chapter-11 Heat Engines and the Laws of Thermodynamics 1 Heat Engines and First law of thermodynamics 2Second Law of Thermodynamics 3 Refrigerators and.
 Industrial societies spend huge amounts of energy.  Much of it is supply by electricity which comes from generators in power stations.
HEAT Guided Note Taking TEMPERATURE ENERGY TRANSFER THERMAL POLLUTION.
Energy Flows and Balances. Units of Measure BTU – amount of energy required to heat one pound of water, one degree Fahrenheit Calorie – amount of energy.
Energy and Energy Resources
VII. The second low of Thermodynamics
Chapter-11 Heat Engines and the Laws of Thermodynamics 1 Heat Engines and First law of thermodynamics 2Second Law of Thermodynamics 3 Refrigerators and.
 1. Mechanical Energy ◦ Energy associated with the motion or position of an object ◦ Either KE or PE ◦ Ex. Running water, sound, wind, spring  2. Thermal.
Efficiency Contents: Definition of Efficiency Whiteboards.
Functions, Purpose, and Examples
Renewable Energy SJCHS. Energy World energy demands increase every year (especially in China and India)
Essential Question: What are the types of energy and how is energy conserved?
THE HUMAN BODY IS AN ENERGY TRANSFORMATION MACHINE Identify the Energy Transformations Involved in the Human Body Input: Food (Chemical) Light (Radiant)
Law of Conservation of Energy
Heat engines played a key role in the development of the modern industrial world. Steam locomotives were an important early use of the steam engine. Electric.
We use machines to convert the energy added to it (energy input) to a different form of energy (useful energy output) that we may want to do work (useful.
 Define engine  Define motor  Describe the difference between the two.  Describe how both operate.
Alternative Energy and Conservation
Kinetic and Potential Energy have many forms. 1. Mechanical Energy - Energy associated with motion or position.
Unit 3 Final Test To be successful for this unit’s final test please know the information on the following slides.
 Adjective: caused by heat or temperature. Noun: A rising air current caused by heating from the underlying surface.
We use machines to convert the energy added to it (energy input) to a different form of energy (useful energy output) that we may want to do work (useful.
The Bases of Energy: forms, units and efficiency
1 Energy Transformations. Forms of Energy Potential (stored) Gravitational potential Elastic potential Chemical potential Kinetic (motion) Mechanical.
ENERGY AND ENERGY SOURCES. ENERGY Is the ability to do work. Moving, lifting, heating, lighting… Energy from the sun, gives us light and heat We can use.
Chapter 3.1 Laws of Thermodynamics. Systems  A system is a set of interconnected parts  An open system is one that exchanges both matter and energy.
EGEE 102 – Energy Conservation And Environmental Protection Energy Efficiency.
Thermal Pollution. Sources and Methods Power plants creating electricity from fossil fuel. Water as a cooling agent in industrial facilities. Deforestation.
 Creates machines, robots, and tools etc..  Designs these things using mechanics, thermodynamics, materials science etc..
© KCL/PENTECH/WCED 2000 Day length Energy changes Stored energyEnergy on the move Chemical energy Strain energy Position energy Light Sound Current electricity.
Thermal Energy Applications PS7d) understand applications of thermal energy transfer.
ENVIRONMENTAL DISASTERS
The metal part gets hot enough to burn you! The cloth stays cool.
Energy Transformations
Chapter Eighteen: Renewable Energy
Energy Transformations
Energy.
Types of Energy Notes.
Topic 7 – Energy Consumption
Honors Earth/Environmental Science
Pollution control methods of thermal power plants
Heat and Heat Technology
Pollution In water, of course! Topic 8 A – E.
Energy Transformations
Energy Conversions Standard: Explain energy transformations in terms of the law of conservation of energy.
Heat and Climate Change
Section B2.5 Energy Conversions
The Second Law of Thermodynamics
Thermal (heat) capacity
Heat Engines How do we get the heat energy of the fuel and turn it into mechanical energy? Simply put we combine the carbon and hydrogen in the fuel with.
The lamp and clock convert electrical energy to electromagnetic energy.
E N E R G Y.
Energy: Forms and Changes
HEAT Guided Note Taking TEMPERATURE ENERGY TRANSFER THERMAL POLLUTION.
Presentation transcript:

Heat Technologies Dana Albers

Heating Systems Definition: a device or system for supplying heat, central heating, to a building Heater Heating system in the house

Cooling Systems equipment in a motor vehicle that cools the engine Cooling system in the engine

Engines An engine or motor is a machine designed to convert energy into useful mechanical motion. Engine for car

Thermal Pollution a rise in the temperature of rivers or lakes that is injurious to water-dwelling life and is caused by the disposal of heated industrial waste water or water from the cooling towers of nuclear power plants. Waste in the water