Method and apparatus for heating and ventilating a poultry house

An apparatus for heating and ventilating a farm enclosure comprising:

• an energy exchange unit having,
• a fresh air inlet transport accepting fresh air from outside said farm enclosure;
• an exhaust air inlet transport accepting exhaust air from said farm enclosure, said exhaust air having thermal energy;
• a heat exchanger accepting said fresh air from said fresh air inlet transport and said exhaust air from said exhaust air inlet transport, said heat exchanger having turbulation baffles disposed therein, said turbulation baffles forming discrete channels separating said exhaust air from said fresh air, said turbulation baffles accepting a portion of said thermal energy from said exhaust air and transferring said portion of said thermal energy to said fresh air as said fresh air and exhaust air pass through said discrete channels thereby to preheat said fresh air, said heat exchanger having an exhaust air outlet;
• a fresh air outlet transport accepting said fresh air from said heat exchanger and communicating said fresh air to said farm enclosure;
• a fresh air fan for propelling said fresh air into said fresh air inlet transport and through said heat exchanger and said fresh air outlet transport;
• an exhaust fan for propelling said exhaust air from said farm enclosure through said exhaust air inlet transport and said heat exchanger to said exhaust air outlet, and
• a fresh air distribution system having,
• a delivery duct accepting said fresh air from said fresh air outlet transport and communicating said fresh air to a central ceiling region in said farm enclosure;
• and,
• a non-insulated duct defined by a perimeter wall extending horizontally inside said enclosure, accepting said fresh air from said delivery duct at said central ceiling region, said non-insulated duct fashioned to accept heat transfer through a thickness of said perimeter wall from said air residing in said ceiling region, said non-insulated duct having discharge ports for dispersing said fresh air to said farm enclosure.

An apparatus for heating and ventilating a farm enclosure comprising:

• an energy exchange unit having,
• a fresh air inlet transport accepting fresh air from outside said farm enclosure;
• an exhaust air inlet transport accepting exhaust air from said enclosure, said exhaust air having thermal energy;
• a heat exchanger accepting said fresh air from said fresh air inlet transport and said exhaust air from said exhaust air inlet transport, said heat exchanger having turbulation baffles disposed therein, wherein each of said turbulation baffles comprises a front wall, a rear wall, and two side walls connected to from a discrete meandering channel there, meandering along a direction of air progression through said meandering channel, said baffles separating said exhaust air from said fresh air, said turbulation baffles accepting a portion of said thermal energy from said exhaust air and transferring said portion of said thermal energy to said fresh air as said fresh air and exhaust air pass through said exchanger thereby to preheat said fresh air, said heat exchanger having an exhaust air outlet;
• a fresh air outlet transport accepting said fresh air from said heat exchanger and communicating said fresh air to said farm enclosure;
• a fresh air fan for propelling said fresh air into said fresh air inlet transport and through said heat exchanger and said fresh air outlet transport;
• and,
• an exhaust fan for propelling said exhaust air from said farm enclosure through said exhaust air inlet transport and said heat exchanger to said exhaust air outlet.

An apparatus for heating and ventilating a farm enclosure comprising:

• an energy exchange unit having,
• a fresh air inlet transport accepting fresh air from outside said farm enclosure;
• an exhaust air inlet transport accepting exhaust air from said enclosure, said exhaust air having thermal energy;
• a heat exchanger accepting said fresh air from said fresh air inlet transport and said exhaust air from said exhaust air inlet transport, said heat exchanger having turbulation baffles disposed therein, said turbulation baffles forming a first set of discrete channels for fresh air and a second set of discrete channels for said exhaust air, separating said exhaust air from said fresh air, said baffles arranged for exhaust air flow through said second set of discrete channels to be in a vertical direction, said turbulation baffles accepting a portion of said thermal energy from said exhaust air and transferring said portion of said thermal energy to said fresh air as said fresh air and exhaust air pass through said first and second set of discrete channels thereby to preheat said fresh air, said heat exchanger having an exhaust air outlet;
• a fresh air outlet transport accepting said fresh air from said heat exchanger and communicating said fresh air to said enclosure;
• a fresh air for propelling said fresh air into said fresh air inlet transport and through said heat exchanger and said fresh air outlet transport;
• an exhaust fan for propelling said exhaust air from said enclosure through said exhaust air inlet transport and said heat exchanger to said exhaust air outlet;
• and,
• a direction flow door on said exhaust air inlet transport, said direction flow door directing said exhaust air to said heat exchanger when closed and outside of said apparatus when opened;
• whereby said farm enclosure may be used to house poultry and livestock requiring carefully controlled environments.

An apparatus for heating and ventilating a poultry house comprising:

• a first rectangular section having a front wall and a rear wall, said front wall having a plurality of exhaust openings therethrough, said rear wall having a first set of openings through a top portion thereof and a second set of openings in a bottom portion thereof;
• turbulation baffles disposed in said first rectangular section, said turbulation baffles forming discrete channels between said first and second set of openings in said first rectangular section and forming further discrete channels between said turbulation baffles;
• a piggyback section connected at said rear wall of said first rectangular section, said piggyback section having a rear wall, bottom wall, and an intermediate wall,
• said rear wall having a first opening in substantial alignment with said second set of openings in said first rectangular section and a second opening vertically displaced upward from said first opening,
• said intermediate wall proceeding between said rear wall of said first rectangular section and said rear wall of said piggyback section and displaced from said bottom wall above said first opening and said second set of openings in said first rectangular section and below said second opening thereby forming a fresh air chamber for communicating fresh air received through said second opening to said first set of openings in said rear wall of said first rectangular section;
• a second rectangular section having a front wall and two side walls connected to said first rectangular section;
• a third rectangular section connected between said poultry house and said second rectangular section for communicating exhaust air to said second rectangular section, said second rectangular section having an open region to said first rectangular section for communicating said exhaust air to said further discrete channels between said turbulation baffles;
• and,
• an outlet duct connected between said first opening in said piggyback section and said poultry house.

A method for heating and ventilating a poultry house comprising the steps of:

• providing an energy exchange unit having a passage for flow of exhaust air from said poultry house and a passage for flow of fresh air from outside, the two passages separated by a heat conducting wall;
• accepting fresh air into said energy exchange unit;
• accepting exhaust air from said poultry house into said energy exchange unit;
• energy exchange unit;
• extracting thermal energy from said exhaust air in said exhaust air to sad fresh air as said fresh air flows through said energy exchange unit thereby to preheat said fresh air;
• and
• supplying said fresh air from said energy exchange unit to said poultry house.

A method for heating and ventilating a poultry house comprising the steps of:

• accepting fresh air into an energy exchange unit;
• accepting exhaust air from said poultry house into said energy exchange unit;
• extracting thermal energy from said exhaust air in said energy exchange unit as said exhaust air flows through said energy exchange unit;
• transferring a portion of said thermal energy extracted from said exhaust air to said fresh air as said fresh air flows through said energy exchange unit thereby to pre-heat said fresh air;
• and,
• supplying said fresh air from said energy exchange unit to said poultry house;
• ascertaining the temperature of said fresh air accepted into said energy exchange unit;
• opening a direction flow door in said energy exchange unit when said temperature of said fresh air exceeds a desired temperature within said poultry house, said opening of said direction flow door inhibiting said step of extracting thermal energy from said exhaust air in said energy exchange unit and said step of transferring a portion of said thermal energy extracted from said exhaust air to said fresh air by diverting said exhaust air therethrough.

A method for heating and ventilating a poultry house comprising the steps of:

• accepting fresh air into an energy exchange unit;
• accepting exhaust air from said poultry house into said energy exchange unit;
• extracting thermal energy from said exhaust air in said energy exchange unit as said exhaust air flows through said energy exchange unit;
• transferring a portion of said thermal energy extracted from said exhaust air to said fresh air as said fresh air flows through said energy exchange unit thereby to pre-heat said fresh air;
• and,
• supplying said fresh air from said energy exchange unit to said poultry house;
• operating an exhaust fan and fresh air fan continuously at a low volume speed during a first three week period of a six week chick grow-out period;
• and,
• operating said exhaust fan and said fresh air fan at a high volume speed during a second three week period of said six week chick grow-out period.

An apparatus for heating and ventilating a poultry house comprising:

• a first section having a plurality of exhaust openings therethrough, a first set of openings through a top portion thereof and a second set of openings in a bottom portion thereof;
• turbulation baffles disposed in said first section, said turbulation baffles forming discrete channels between said first and second set of openings in said first section and forming further discrete channels between said turbulation baffles;
• a piggyback section connected to said first section, said piggyback section having an intermediate wall, a first opening in substantial alignment with said second set of openings in said first section and a second opening vertically displaced upward from said first opening,
• said intermediate wall separating said first opening and said second set of openings in said first section and from said second opening thereby forming a fresh air chamber for communicating fresh air received through said second opening to said first set of openings of said first section;
• a second section connected to said first section;
• a third section connected between said poultry house and said
• second section for communicating exhaust air to said second section, said second section having an open region to said first section for communicating said exhaust air to said further discrete channels between said turbulation baffles;
• and,
• an outlet duct connected between said first opening in said piggyback section and said poultry house.

An apparatus for heating and ventilating a farm enclosure comprising:

• an energy exchange unit having,
• a fresh air inlet transport accepting fresh air from outside said farm enclosure;
• an exhaust air inlet transport accepting exhaust air from said enclosure, said exhaust air having thermal energy;
• a heat exchanger accepting said fresh air from said fresh air inlet transport and said exhaust air from said exhaust air inlet transport, said heat exchanger having turbulation baffles disposed therein, said turbulation baffles forming a first set of discrete channels for fresh air and a second set of discrete channels for said exhaust air, separating said exhaust air from said fresh air, said baffles arranged for exhaust air from said flow through said second set of discrete channels to be in an upward vertical direction, said turbulation baffles accepting a portion of said thermal energy from said exhaust air and transferring said portion of said thermal energy to said fresh air as said fresh air and exhaust air pass through said first and second set of discrete channels thereby to preheat said fresh air, said heat exchanger having an exhaust air outlet;
• a fresh air outlet transport accepting said fresh air from said heat exchanger and communicating said fresh air to said enclosure;
• a fresh air fan for propelling said fresh air into said fresh air inlet transport and through said heat exchanger and said fresh air outlet transport;
• and,
• an exhaust fan for propelling said exhaust air from said enclosure through said exhaust air inlet transport and said heat exchanger to said exhaust air outlet;
• whereby said farm enclosure may be used to house poultry and livestock requiring carefully controlled environments.

An apparatus for heating and ventilating a farm enclosure comprising:

• an energy exchange unit having,
• a fresh air inlet transport accepting fresh air from outside said farm enclosure;
• an exhaust air inlet transport accepting exhaust air from said enclosure, said exhaust air having thermal energy;
• a heat exchanger accepting said fresh air from said fresh air inlet transport and said exhaust air from said exhaust air inlet transport, said heat exchanger having turbulation baffles disposed therein, wherein each of said turbulation baffles comprises a front wall, a rear wall, and two side walls connected to form a discrete meandering channel therein, meandering along a direction of air progression through said meandering channel, said baffles separating said exhaust air from said fresh air, said baffles arranged for exhaust air flow in an upward vertical direction, said turbulation baffles accepting a portion of said thermal energy from said exhaust air and transferring said portion of said thermal energy to said fresh air as said fresh air and exhaust air pass through said exchanger thereby to preheat said fresh air, said heat exchanger having an exhaust air outlet;
• a fresh air outlet transport accepting said fresh air from said heat exchanger and communicating said fresh air to said farm enclosure;
• a fresh air fan for propelling said fresh air into said fresh air inlet transport and through said heat exchanger and said fresh air outlet transport;
• and,
• an exhaust fan for propelling said exhaust air from said farm enclosure through said exhaust air inlet transport and said heat exchanger to said exhaust air outlet.

An apparatus for heating and ventilating a farm enclosure comprising:

• an energy exchange unit having,
• a fresh air inlet transport accepting fresh air from outside said farm enclosure;
• an exhaust air inlet transport accepting exhaust air from said enclosure, said exhaust air having thermal energy;
• a heat exchanger accepting said fresh air from said fresh air inlet transport and said exhaust air from said exhaust air inlet transport, said heat exchanger having turbulation baffles disposed therein, wherein each of said turbulation baffles comprises a front wall, a rear wall, and two side walls connected to form a discrete meandering channel therein, meandering along a direction of air progression through said meandering channel, said baffles separating said exhaust air from said fresh air, said turbulation baffles accepting a portion of said thermal energy from said exhaust air and transferring said portion of said thermal energy to said fresh air as said fresh air and exhaust air pass through said exchanger thereby to preheat said fresh air, said heat exchanger having an exhaust air outlet;
• a fresh air outlet transport accepting said fresh air from said heat exchanger and communicating said fresh air to said farm enclosure;
• a fresh air fan for propelling said fresh air into said fresh air inlet transport and through said heat exchanger and said fresh air outlet transport;
• and,
• an exhaust fan for propelling said exhaust air from said farm enclosure through said exhaust air inlet transport and said heat exchanger to said exhaust air outlet;
• and
• a direction flow door on said exhaust air inlet transport, said direction flow door directing said exhaust air to said heat exchanger when closed and outside of said apparatus when opened.

An apparatus for heating and ventilating a farm enclosure comprising:

• an energy exchange unit having,
• a fresh air inlet transport accepting fresh air from outside said farm enclosure;
• an exhaust air inlet transport accepting exhaust air from said enclosure, said exhaust air having thermal energy;
• a heat exchanger accepting said fresh air from said fresh air inlet transport and said exhaust air from said exhaust air inlet transport, said heat exchanger having turbulation baffles disposed therein, wherein each of said turbulation baffles comprises a front wall, a rear wall, and two side walls connected to form a discrete meandering channel therein, meandering along a direction of air progression through said meandering channel, said baffles separating said exhaust air from said fresh air, said turbulation baffles accepting a portion of said thermal energy from said exhaust air and transferring said portion of said thermal energy to said fresh air as said fresh air and exhaust air pass through said exchanger thereby to preheat said fresh air, said heat exchanger having an exhaust air outlet;
• said baffles arranged for exhaust air flow in an upward meandering vertical direction between at least two of said baffles;
• a fresh air outlet transport accepting said fresh air from said heat exchanger and communicating said fresh air to said farm enclosure;
• a fresh air fan for propelling said fresh air into said fresh air inlet transport and through said heat exchanger and said fresh air outlet transport;
• and,
• said fresh air fan is disposed in said fresh air outlet transport to draw fresh air through said apparatus;
• an exhaust fan for propelling said exhaust air from said farm enclosure through said exhaust air inlet transport and said heat exchanger to said exhaust air outlet;
• said exhaust air fan is disposed in said exhaust air inlet transport;
• and
• a direction flow door on said exhaust air inlet transport, said direction flow door directing said exhaust air to said heat exchanger when closed and outside of said apparatus when opened.

An apparatus for heating and ventilating a farm enclosure comprising:

• a first rectangular section having a front wall and a rear wall, said front wall having a plurality of exhaust openings therethrough, said rear wall having a first set of openings through a top portion thereof and a second set of openings in a bottom portion thereof;
• turbulation baffles disposed in said first rectangular section, said turbulation baffles forming discrete channels between said first and second set of openings in said first rectangular section and forming further discrete channels between said turbulation baffles;
• a piggyback section connected at said rear wall of said first rectangular section, said piggyback section having a rear wall, bottom wall, and an intermediate wall,
• said rear wall having a first opening in substantial alignment with said second set of openings in said first rectangular section and a second opening vertically displaced upward from said first opening,
• said intermediate wall proceeding between said rear wall of said first rectangular section and said rear wall of said piggyback section and displaced from said bottom wall above said first opening and said second set of openings in said first rectangular section and below said second opening thereby forming a fresh air chamber for communicating fresh air received through said second opening to said first set of openings in said rear wall of said first rectangular section;
• a second rectangular section having a front wall and two side walls connected to said first rectangular section;
• a third rectangular section connected between said farm enclosure and said second rectangular section for communicating exhaust air to said second triangular section, said second rectangular section having an open region to said first rectangular section for communicating said exhaust air to said further discrete channels between said turbulation baffles;
• and,
• an outlet duct connected between said first opening in said piggyback section and said farm enclosure.