An integrated evaporator apparatus (10, 20, 30, 40), comprising: a vertically oriented evaporator (200, 500) configured to evaporate a sample to form a sample evaporate, wherein the vertically oriented evaporator (200, 500) is oriented along a vertical axis; a mixing apparatus configured to mix the sample in the evaporator (200, 500), wherein the mixing apparatus comprises an overhead stirrer (222, 522) and wherein the overhead stirrer (222, 522) is configured to stir the sample at about 500 to about 6,000 revolutions per minute (rpm); a condenser (400, 600) configured to condense the evaporated sample into a condensate, further comprising a cooling coil (104, 404, 604) configured to engage the condenser (400, 600) so as to provide the condenser (400, 600) with the ability to cool and condense the sample evaporate coming into contact with the condenser (400, 600) wherein the cooling coil is surrounded by a sleeve wherein the sleeve comprises titanium, stainless steel, metal alloys, plastic, glass, rubber, neoprene rubber and any combination thereof; a collection vessel configured to collect the condensate; a vacuum pump configured to create a vacuum in the evaporator (200, 500); a refrigeration system integrated into the condenser (400, 600), wherein the refrigeration system comprises a compressor, refrigeration condenser and refrigerant, wherein the refrigeration system provides the refrigerant directly to the cooling coil (104, 404, 604) of the condenser (400, 600) to thereby cool the cooling coil (104, 404, 604) and condense the sample evaporate from the evaporator (200, 500) coming into contact with the cooling coil (104, 404, 604); an adaptive cooling regulator configured to increase or decrease the cooling capacity of the condenser (400, 600) and/or refrigeration system, wherein the adaptive cooling regulator comprises a digitized expansion valve and wherein the adaptive cooling regulator increases the cooling capacity of the condenser (400, 600) and/or refrigeration system upon detecting an increased heat load from the evaporator (200, 500), and the adaptive cooling regulator decreases the cooling capacity of the condenser (400, 600) and/or refrigeration system upon detecting a decreased heat load from the evaporator (200, 500); and a heating mantle (204, 504) configured to heat the sample in the vertically oriented evaporator (200, 500); wherein the vertically oriented evaporator (200, 500), mixing apparatus, condenser (400, 600), collection vessel, vacuum pump and refrigeration system are integrated into a single apparatus. a vertically oriented evaporator (200, 500) configured to evaporate a sample to form a sample evaporate, wherein the vertically oriented evaporator (200, 500) is oriented along a vertical axis; a mixing apparatus configured to mix the sample in the evaporator (200, 500), wherein the mixing apparatus comprises an overhead stirrer (222, 522) and wherein the overhead stirrer (222, 522) is configured to stir the sample at about 500 to about 6,000 revolutions per minute (rpm); a condenser (400, 600) configured to condense the evaporated sample into a condensate, further comprising a cooling coil (104, 404, 604) configured to engage the condenser (400, 600) so as to provide the condenser (400, 600) with the ability to cool and condense the sample evaporate coming into contact with the condenser (400, 600) wherein the cooling coil is surrounded by a sleeve wherein the sleeve comprises titanium, stainless steel, metal alloys, plastic, glass, rubber, neoprene rubber and any combination thereof; a collection vessel configured to collect the condensate; a vacuum pump configured to create a vacuum in the evaporator (200, 500); a refrigeration system integrated into the condenser (400, 600), wherein the refrigeration system comprises a compressor, refrigeration condenser and refrigerant, wherein the refrigeration system provides the refrigerant directly to the cooling coil (104, 404, 604) of the condenser (400, 600) to thereby cool the cooling coil (104, 404, 604) and condense the sample evaporate from the evaporator (200, 500) coming into contact with the cooling coil (104, 404, 604); an adaptive cooling regulator configured to increase or decrease the cooling capacity of the condenser (400, 600) and/or refrigeration system, wherein the adaptive cooling regulator comprises a digitized expansion valve and wherein the adaptive cooling regulator increases the cooling capacity of the condenser (400, 600) and/or refrigeration system upon detecting an increased heat load from the evaporator (200, 500), and the adaptive cooling regulator decreases the cooling capacity of the condenser (400, 600) and/or refrigeration system upon detecting a decreased heat load from the evaporator (200, 500); and a heating mantle (204, 504) configured to heat the sample in the vertically oriented evaporator (200, 500); wherein the vertically oriented evaporator (200, 500), mixing apparatus, condenser (400, 600), collection vessel, vacuum pump and refrigeration system are integrated into a single apparatus.