An integrated distillation apparatus, comprising: a rotary evaporator configured to evaporate a sample; a condenser configured to condense an evaporated sample; a refrigeration system configured to cool the condenser ; a collection vessel configured to collect a condensate; and a vacuum pump configured to create a vacuum in the evaporator , wherein each of the components is integrated into a single apparatus, a motorized component configured to provide a rotational force; a rotary joint insertedly supported within the motorized component upon which the rotational force is applied; a sample container connected to a first end of the rotary joint ; a water bath into which the sample container can be placed, wherein the water bath is configured to provide heat energy to the sample container ; a condenser connected to a second end of the rotary joint, wherein the condenser is configured to receive a collection flask that receives condensed vapors condensed off of the condenser ; and a cooling coil configured to engage the condenser , wherein the cooling coil is configured to receive coolant from the refrigeration system whereby the condenser is sufficiently cool to condense vapors coming into contact with the condenser , the collection vessel comprises a first and second compartment divided by a vacuum valve , wherein the first compartment can be removed to collect the condensate while the vacuum valve preserves the vacuum on the evaporator and the second compartment continues to collect condensate, and a frame structure configured to house the refrigeration system and vacuum pump, and structurally support the rotary evaporator and condenser . a rotary evaporator configured to evaporate a sample; a condenser configured to condense an evaporated sample; a refrigeration system configured to cool the condenser ; a collection vessel configured to collect a condensate; and a vacuum pump configured to create a vacuum in the evaporator , wherein each of the components is integrated into a single apparatus, a motorized component configured to provide a rotational force; a rotary joint insertedly supported within the motorized component upon which the rotational force is applied; a sample container connected to a first end of the rotary joint ; a water bath into which the sample container can be placed, wherein the water bath is configured to provide heat energy to the sample container ; a condenser connected to a second end of the rotary joint, wherein the condenser is configured to receive a collection flask that receives condensed vapors condensed off of the condenser ; and a cooling coil configured to engage the condenser , wherein the cooling coil is configured to receive coolant from the refrigeration system whereby the condenser is sufficiently cool to condense vapors coming into contact with the condenser , the collection vessel comprises a first and second compartment divided by a vacuum valve , wherein the first compartment can be removed to collect the condensate while the vacuum valve preserves the vacuum on the evaporator and the second compartment continues to collect condensate, and a frame structure configured to house the refrigeration system and vacuum pump, and structurally support the rotary evaporator and condenser . <EOS>