Articles

Ultra-filteration and Its Components- Whey Processing

{"ops":[{"insert":"\n"},{"attributes":{"bold":true},"insert":"Ultrafiltration (UF)"},{"insert":" is a membrane-based separation technique used in "},{"attributes":{"bold":true},"insert":"dairy and food processing"},{"insert":" to concentrate, purify, and fractionate valuable components. It employs "},{"attributes":{"bold":true},"insert":"semi-permeable membranes"},{"insert":" to separate a liquid into two streams:\n"},{"attributes":{"bold":true},"insert":"Retentate"},{"insert":" (concentrated proteins/fats)"},{"attributes":{"list":"bullet"},"insert":"\n"},{"attributes":{"bold":true},"insert":"Permeate"},{"insert":" (liquid with lactose, minerals, water)"},{"attributes":{"list":"bullet"},"insert":"\n"},{"insert":"In the dairy industry, UF plays a key role in "},{"attributes":{"bold":true},"insert":"whey processing"},{"insert":", enabling the recovery and concentration of "},{"attributes":{"bold":true},"insert":"whey proteins"},{"insert":"—a high-value ingredient used in "},{"attributes":{"bold":true},"insert":"nutritional food"},{"insert":" and "},{"attributes":{"bold":true},"insert":"functional beverages"},{"insert":"."},{"attributes":{"align":"justify"},"insert":"\n\n"},{"attributes":{"color":"black"},"insert":{"image":"data:image/jpeg;base64,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"}},{"attributes":{"color":"black"},"insert":" 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cnPnXMHAZKvFG3wSDht6ll03VbM+coTSXKW36PVpyc623zvd7kb2R6tlfbalsLJBJJGxrGOG9xDslR/Yul/ZsJ7ZjfyjZXuLB8bBaBn61saqHOpvQ73LFpdvhU+P8Mdah6vYsz2PZbb/cfg1UoLP5nzJbbfQvVfeoZ6KeJkM4c9haCWtx1rj9xY6TXDK2NpdSCaN3KeTAaMrpTm7lQS0b13qeqWae48iT5vM5o0irU47WtrlafQ6la7zDT0EETop3FrelrRg/8AVc87K9UKy5UU0TZGM5It5247j83pVrpm+Dxeo3qVQ7Ibe+0Hqv8AcvVrlzRUjPNcsml9D12Ic9078knvDukrtK412JRjUz+C5dlXbIQRfMr6FBIREQBERAEREAREQBERAEREAREQBERAEREAXLuzAM11v4butdRXMuy03ar6DhnrUohle0E3xtNwD7TVb5bhRQyOZLVQskb0tLuhVfQjcXebgn2mrxR0Tbhe5oHvcwFz3ZHTuK0VUxsUnN9EZci6VbioLqyxmezneamkysrblbmgNbWQYG4YctDuXpR/vk32Qoy/WeO2wwyRzPk5RxbzgPMvF0bD032ifs1jcn3luXlZirTtitkWCSutc4xLV0xA6MlfI6u1QkujqqYHo3FRdv09BU0MM8lTKwyN2sBoWwdL02Ds1cxOM/FCi/E0z8RUp2PtN10OoZOa6OkVykgLpb/5yD7SwmaznJNTSKt2K3NuVVLE+R7Nhm1lo+fCmu5il/m5vshW67h6c3COXNryOMLKy5JyqiiQbcrc1uy2spw0bhhy8yVtrmAEtXTEDoBKrl/tUdsbCY5XycoT8YAdC36PTcE1JDNJUytMjA7AaPKFqzcTCeCu0m1W0upXTlZXbtRiuZEmyrtULi6Oqpg7o3FezdLf/OQfaWgNLUx3Nq5vshQVot7a64vpnSOY1rXHaA37io0jEwViv2ebcEMrKylYu0it2WczWcnPbNJkrKLnbmjDayDA3fGUf3L0v85N9kKLv1ojtsUL45nybbiOcB5lj0XD03tprFsbb7y3LysxQTtitvUsL661zY5SrpjjoyV8jq7VCdqOqpg47txUZQadgqKGGeSplY6RodgNCznS9MQdmrmJG/4oXFuJpf4ipSsfab9x1HIzew2UVy+pIftS3/zkH2lhM9nJz2zSKt2O3NuVXJE+RzAxu1lo+dTfcvS/zk32Wq3XcLTnKCy5teRxhZWXKLlVFG+y5W/msbWQeYDaUfqlvNpsdHO9yh9QWxlsdE2OV8gka484Dcpi/N8DoPU/CE1uiuvTuap7ppGzRr5zzOWxbNGHS7fDJ+H71MPuVCxxa+rhDhuI2lFaab4TUeTvXvURY7c25VUsT5HRhrNrLR8644cphZgtzeyW53rt84ZSjBdWWXlrOf8AeaRZRcrc0ACsgwN3xlHdy9L/ADk32Qoq/wBqZbOQ5OV8nKZ+MB5FOiYWm9rJYtjbZhzMrMjBO2K29SxyVtrmxytVTHHRkpHWWqAkxVVMCfMVHUumoJaWGWSqlaZGB2A0eULJ3LU7jhtXMT6oVc8TS/xHmdj7TfuO1kZro2UVy+pIG6W/+cg+0sPK2b+ZpFWrRb211xfTOkcxrWuO0Bv3FTfcxS/zk32QrtdwtOcoLLsaf0K8LLy5JumK2JAXO3gYFZAMf1LUrqi11RYZKmmfs5xtHKgr9a2Wx8IjlfIJATzh5lIjTtOIYZH1MoMjQ7GyPMvbhj48a4yUnt9DL7RkSm48q3RJ2CrtNvuscwqaWNuy4OcDjyK1Sans/Ju2LjTbWDjneVUi36XpqutjgFXMNoEk4HkCl5NAUzI3OFdUEgE42WqOTH3/AFP/AKO+0ydv0o2rBrSmqxHFcmilnd0PP9m76fIrBeLlFbLXLXSNdJHGAcMxk5IG761RrLpq5XOgpobiRS0EZL2s2Ryjs9Po/wBblbqrT9NLp99pgc+GB2Od8YjDgfL6FXkRri/6DvGlZJf1o90eoKOWknnqSaTkJjBI2Yjc/GcAjcfoWRl8t8l0fQNqGmZkQmJzzdnGen0b/QoufSEElM6CKpkhjbUuqIWsG6PabhzceVvSsw0xAHkNnkbC+iFDJG0DnNGcEHyHeVnNZIOvlrFMKg11OIC8xh5fu2sZx9QXj9v2419JStqWukqozLEWnLXN9P0H6lG0ekoadlOHVL5HRVLakuLPj7LS0NO/51kpNMNpRbzDWzNdSRSw7TWjL2vOfoIPUgNur1Ha6ahfWGrY+FjxG7k+cdo+TH/VbjLlRPqY6ZtVCZ5Gh7WB28jGepQEGjo47fW0zq6Z7qnksyFo2mmM5B+f51tN0zF+3GXJ1TI9+02R7HDcXhuztDzICxIiIAiIgCIiAIiIAiIgCIiALmvZVGa+h4butdKXOeyeM19Hwz1qUQyE0M3F2m4J9pq96dGdUS+mRZNDt8aTcE+01edN/wB65B88i1U/Ds9DHkfEr9T5LV1HKvHKv+MetZ9UEustsc45JOSf+Va0re+v9Y9a29UDFitX+v4V8fwrFLOnt/vU+g4giliLY9ySyRafthjeW5bvx6FksM8stVI2R7nNEZOCvFQ34OWr1fcvenG+GScIqvMivxtP+UW40V+Gb/waGif3nUcL8QXyWqqOUf31/wAY+Ve9DDxpUcH8QWKVvfX7v4itnGMU517mThpJ1z3MuqiXW+2OccktO/6Atytlkis9sMTy3MTc49ULU1WMWy1eqeoLcuLfEtp4Q9kLfqqT0aK/hGXASeqSMFvr6iEzSlrqgRx7RZtY3Z6Vq2aKqorrTTOptrtxrjGBI34pOdrd5ApPTTAa6QEbjGR/1Cj9JZOoJGEktZHI1o+SNroCjhrpp00l5jXI7ZsNv4PMtZUiR4Ez+kjpWW8Nq7m6mooqfMjI+WDzIBtt2d534WvK3vj/AFit3VeY7ZbJGc1+yW7Q6cFu8Ly+FIqOXZsupv4hiljRZhbWTmz0Ow10LWZjDg7O3jG9ZKGvqYhUSlrqhrIi4s2sbsjeslW3xFaeGfcsunGg1cwI3ci7p9IVOSo/jilt9UW0Q91/zsRtiiqrfcIHPptrtyPveJG/Fzna3ZR9XU5d35/l8qyaLy+5zBxJ2IS1uf4RtdAWB7ec70lauMUpWV8yM3DcU65mS8R1d0mjgjpwH08G25xkbzmnHO34WatqH1droJXw8k3Ba3nZ2gABleNXExw24sJa51O5pI3ZG7cpK9sAoLcAMDkx0eq1elrD90R9EZNLW2pS+5g00PCajhe9aOiv3jU9H9j+IKT023wmo4XvUdogZuVVwT7QUcPeGzJ1rrnwMbquoye/PWXV+TS24u3ksJP1BYHN3lbOsRijtnDPUF5XCMVHLnsbeIkljR2Nq5TSRW+28k9zAYRnHoCy6cmllqpRI9zgGg4PpWK6t8XWzgjqCzaXb4XN6g61mtgvxrf+f8GmpL8N3/gitLfv+f1JPaC8mrqd/fnr3pMZ1DP6kvtBYS3p3LdxjFStr38jHw1FOue/mbGssltAT0mI+5fdTzzQUts5GRzMw78egL7rUYZbuEfcmq25pbVwfcF9P/xKjxY/M2GfseVE82oAJpHPAicRldRwuWdjpuNQjhOXU1nZsCYRFAGEREAwiIgCIiAIiIAiIgCIiAIiIAiIgCIiALnvZKbm4UnCPWuhKg9kRu1caXhe9SiGReim4ukvBPtBa+mRnVsnplW9oxnjOXhfiC09Lj4Xyj55Vrp+HZ6GPI+JX6niVvfpPWPWtrVgxYbT6fwrFM3vsnrHrWfV4xYbT6fwr5Hhf56R7+vv8oj3MPg3avV9yyadb4ZLwnJK34NWn1fcsunG+GS8JyqzPGV6otxn7t+xFaD33WpH/B/EF5lb31/rFZOx+PG9TwfxBfZW99k9YrZxh8Sv/fIycNPauR81cMWy0+qeoLduA8SWnhN9kLV1kMWy0eqeoLfrm+IrRwR7IW7VPB4+iMuB4nI86ZHh7+GesKL0ePhJP6kvtBTOmW+Hv4Z6wojRgzqWf1JfaC54b8Pmda385A8St74/0lbesRi0Wzzf/qsMre+SekrY1oMWe1/6/hXm8K/OTN3ED/Ko+1Q8Q2jhn3LNptvhk3CPWF8qG+ILPwz7lm043wubhHrCoyfGvuW0P3b9iJ0OM3Wq4J9oLG9vOd6SsuhBm7VXBPtBHjnO+lbOL/i1/wC+Rl4bf9qR41p/YWzgH3KWvg8At3DHstUZrcYhtnAPuUxe2+L7bwx7LV6Gr+ER9EZNOfvKZg00PCKjhe9Rmhf3nVcE+0FMaab4TUcL3qJ0EM3Wr4B9oKOHvDZk6x89AxOG9yzazGKO18M9QXwt3lZNbjFJauGeoLzOE/mpm3iF740Taug8XWvgjqCzaXHhc3qDrXm6N8WWrgDqCz6Xb4XN6g61mtXvn7/4NNT93fYg9ID4RVHDk9oLwRuKy6OHwkqOHL7QQt3FbeLvi1+hj4b+HP1PuuNzbbwT7lk1S3NJa+D7gvmuxhlt4J9y2NTNzR2vg+5q+l/4tZ48PmrDz2P241A3huXTlzbQjdm/t4bl0lZ2awiIoAREQBERAEREAREQBERAEREAREQBERAEREAVF1+M3Gn4XvV6VJ1yM3GDhe9SiGaGjm+M5eF+IKP0r/fKUfPMpjSDfGUnC/EFEaTHw0l9M3WtdPw7PQxZHxK/U9yt78/1j1rLrIYsFo9b8CSt76/1j1r1rUeILR634F8lwx87I93XXviIzSN+DNo9T3LNp1vhkvCcvJHwYs+fke5ZtOt8Ml4TlXl+Mr1Rbjv3d9iG7Hu+8VPB/EF7lHfH+sV57HX75quD+MLNK3vr/WK18XfEh/vkZeHOlcjHrYYtdn9U9QUhWt8Q2fgj2QtHXA8V2f1XdQUlWN8QWfgt9kLbqfg8fRGbBfvKQ0w3w93DPWFC6KHwnnH9EvtBT+mW+Hu9Q9YUFogfCmf1JfaCjhzw+ZOsv83A9yt75J6Ss2txiz2v/X8IXyVvfH+kr3roeJ7V6fwhebwv85M268/yqMs4zp6zcL8ln02PDJuCesLHKPg9ZuF+S2NNt8Lm4TusKnIXvn7ltD93fYhNAb7vV8E+0F6e3nO+lfOx6PHFVwXe0FleOc70la+Lvi1/75Gbh17VSMGuxiK18A+5Td7b4vtvCHstUNr4d6tf+Xd7lO3pvi628Iey1b9X8Jj6f/hl0/xGZi023wip4XvUL2Pt92q+AfaCntNt8IqOF71B9jsZu9X/AJc+0FGgeGzJ1d/nYH1zd5XrXYxSWrhu6gvbm73elNejFHaeG7qC83hT5qZs4ge+MjdubfFlp4A6gs+l2+FzeoOtebkPFdp4A6gs2l2+FzeoOtZrfGPv/g0VP3f9ivaL36mqOHL7QXotXzRP956jhy+0FmI6Vt4t+LWY+Helc/U86/GG2zgu9y3NRNzRWrgjqatXshDDbZwXe5b+oBmhtfAHU1fSf8Wo8mHzNhj0U3F9j4bupdEXP9HjF8i9R/UugLOzWgiIoJCIiAIiIAiIgCIiAIiIAiIgCIiAIiIAiIgCo+uzi40/C96vCofZBds3Gl4XvUohmLR7vGcnC/EFGaUONZzembrW5o13jOXhfiC0dLH4YSn55eta6fhWehiyPiV+psSnvr/WPWvetD4gtHp/AteV3fX7/wCI9ay6xObDaPT+BfJcMfOzPe11bYiN1x+C9o9T3LLp13hkvCctWR3wYtHq+5ZdOO8Ml4TlVl+Mr1RbjL3d9iN7Hf74quD+ILLK7vr/AFisHY+OLvU8H8QXqV3fJPWK18Xfrh/vkZOHFvXI96332uz+q7qCk60+IbPwW+yFFa0ObZZ/VPUFIVzvEVo4I9kLdqfg8fRGbB8SkbOmHeHv4Z6woPRJ+FNR6kvtBS2mHeHv4Z6wofRh+E8/qS+0FHDnh8yda+cgbMru+SesVk1yc2e1en8IWrK7vj/WKz62ObPa/wDX8IXm8LfOTN2vrbGRtzH4PWbhfks+m3eGTcE9YWpUO+D9n4X5LNpt3hk3BPWFRkv3z9y2he7vsRfY/OLxVcE+0Fle7nO9JWDQW671XBPtBfXu5zvpWzi74tf++Rl4dW9Uj7r05itfAPuU5eneL7bwh7LVA65OYbZwHe5TN7d4vtvDHstW/V/CY+hl07xGZk02fCKjhe9QnY9OLvV8A+0FLabd4TUcL3qH0AcXWr4B9oKNA8NmTq/zsDM529y+68Pgdp4Z6gsDnbzvWXXJzR2rhnqC8zhT5qZt4gW2MiUuR8V2ngDqCzaXd4XN6g61qXR3iy08AdQWbS7vDJvUHWs9vjH3/wAGite7/sQuij8Jqnhy+0FlLlh0afhLUH/hy+0F9Llt4t+LX6GPh3rXP1M3ZAOWWzgu9y3tQPxQ2rgDqao/Xhyy2cE+5bOpHYo7VwR1NX0n/FrPIh8zYZ9GuzfY/Uf1LoS5xod2b8zhu6l0cLOzWgiIoJCIiAIiIAiIgCIiAIiIAiIgCIiAIiIAiIgC5/2R3YuFJwj1roC532TTi4UfDPWpRBqaLd40l4R9oLV0wcaul9Mq9aJf41l4J9oLxp0GPUgneCIZnysjf5HHzBaqfh2ehjyPiQ9T1Ke+yesetbGrTmw2n0/hWjK7v0nrHrW5qMOqLTaYIWl8xaX7Dd5wG7yvkeF+mbP/AH6n0Gvr8ojYmPwatXq+5ZNOO8Ml4TlrTPB03a9k55q9afkaypnc8hrRC4knyBV5fjK9UW43hn2NXQRxdang/iC8yu77J6xXrRTHQ3R5laWcrT7ce1u2htDePqWCV3fZPWK18Xv+usycNL+3M2dXnNstPqnqC3q8+JLTwm+yFoama6oobZFCC+RkLpHNaMkNAGStm4PBslp2TnvY9kLfqng8fRGXT17zkbOmXeHv4Z6wonRx+Es5/ol9oKR0y7w9/DPWFG6RONRTn+iT2gueG/D5/cnW/nIHqU8+T1itnWRzaLZ/r+FaEru+SesVu6vObRbP9fwrzeFfnJm7iFbYqM9S7xDZ+H+SzabOKubhHrC1Kp3iK0cM+5ZtNu8Mm4R6wqMnxr7l+Ovdn2NHQpxdargu9oLy93Od6SmiTi6VPCPtBYXu5zvpWzjD4tZk4a61TM+tjmG2cA+5S98d4BbuGPZaobWRzDbeAfcpS+u8Bt/DHshb9Y8Ij6Iyab11KZ7007wio4XvUXoM4udVwT7QW9p2RrZqlzyA1sJJJ8m9aOjGuhuUhlaWcrTl0ef4htdI+oqOHn7tmNZ+egeXHe5ZtaHNJauGeoLTc7e5beq2PqIbbFC0vkbA55a3eQ0AZK8zhN/mpm7iJflom9dD4ttfBHUFm0s7wub1B1rSucjXW21uYQ5vI9P0BZtMPDaqdziA0R5J+lZ7fGfv/g0V+G7/AMEbo841HUcOX2gvhcvulWujvpke0tZPFI6Nx/jG15FgLty28XP+7X6GThtf25+pua5OW23hH3LNqZ3glr4PuCwava6c0bYQXvipzI8N/hbu3lfNUyA0dpLSCOR9wX0u/wCVrPFj8zYbegnZ1A3huXTFy7sdnOoBwnLqKzs2BERQAiIgCIiAIiIAiIgCIiAIiIAmVjncWQyPb0taSPqVOs+qZxZjcLoS/bLGRxsp3RDacT0PccOG7pHQgLqmVVp9Z0UMFHIYZzy7DIWYG0xodsn0nPmXyp1FLNfqKkoo3Np+23U00rwMPc1m0Wt8oxu3oC1IqbqPVdVaro+lhomzMa1rtok78+gKM7va0/8A01n0Od+SvjjTkt0ZpZVcXszobXNc3LSCPOCqB2SKWapuFIIQCWxHO/51CW671ttgfX09ZEGyTu2qKQ5zvzkDydPTuXuv1dJWziV9LCCG7OBIT5VY8Ozf+nqVRzq9v6ug03bahtTUtlcYhJCWbbDkjeFrWpktXcY7e+qmbT07nOjAxzS3oIXuLU743ZbSw59cqOobkaO4uq2sY9x2uaXbt601Y9kYSi16Ga/IrnOLX3JmS3VRe87IOSd+V5vUdRbY6SshqZWVD28iQ3GGNDegLz3WP/lIfvCtC73p1ziiY+JkYjdtDZdnyL5rQNHy8PKnZdtsz1NU1WrKoUI96JWCglNlpTE9z+UPKlrsYaSN+F7pbTLMJYp3uiieznFh3n5loUWpH0tHFB2vE8Rt2QS871l7q5MHFLCP+crnJ0bMnqqyo7cu6OqtVphhezvyPmnHT3C6RmeqlJpWZj8uBkDZ9CzSW6pMj8NG8nyqGtFzNsnklYxjy9uzhzseVSvdW/8AlIfvCtHEmk5WfKHs+2yKdI1OvDjJS72fLy2otYp6iGqlZNPHybwMYAAHNHzLJPB2tZqACRzw/vgDv4cgbh8yi7xd3XMRNfEyPkycbLs5ypi7ZZabY1wwRGAc+qF3rVc6dJVc+/ZblukTjbqDmu4y6Zd4e/hnrC0dKHGoJj/RJ7S2dMu8Pdwz1hQ1HXutlzmmaxrn89my446SqeGIueDKC7+pbxBJQy4Sf0JaW3VRe4hgxk/xL1q0FtstzXbnA4P2Vh7rH/ykP3hUfeLy65xxsfGyPYJPNdlc8P6Nl4WTOy7bZlOqarXlUKuPeTslPLUWS1iIZ2Y9+9Z7HSzU9TK6VoDTGR0qGo9SPpqSGDteJ7Y27IJesndXIRupYRn+sqq/RMyeqe0rbk3LK9Yqjidg/LyGjN1zqOEfaCyOttSSea37Sh7Tczbal8zGMeXt2cF2PLlSvdW/+Uh+8K08SaPlZ84So26FGkapXh1uMvqedYgtjt7XdIhcOpS90p5aiioREAdmMZ3/ANIVXvN0N0dEXxsj2GlvNdnpUjHqmRkTGGmhdsNDRzz5AtmpadkZGmxx6/1bFOJqFdOXK99zN2jtcssdRFM90Ub2YJYck4OcLR06Z7jcWcvVS+CszFjBwMgbPoXs6rkwQKWEf+4VFWi5m21EkrGMkL27OC7Hlymi6dkYmC6bdubrsRqGdXk5MbV3fUmHW2qyeY37S8X/ALYts1PUwVMrZpoth2PIABzR8yd1b/5SH7wqNvF2ddOS242RiPOMOz0rz+HdHy8K+c79tmadW1SvLqUY96Jo22VttoxC90jXN5TDsDZLgDgLNb7ZLIyohme6JkrA0uYd+M9CjoNTvhgii7WicGNDQS8+RZBqyQHdSwg+uVXZoua9V9qW3Lv/AILYatSsP2f+DDZeXrrrFBLVShtK1xix/DggY9Czm21W/mN+0oi2XI0Fc+pYxjy4OGyXY6SpXurfn/ZIfvCtHEmkZWdOt4+2yM+j6nXhwkpd7Pl/FRbJ2SwVUokqY8SdA3D+H0LWv8HadDbYxI97Sxzhtfw5wcLWvN1ddHRF0bGbAIAa7OVt6xcWwWsO3ERHd9AXs2QlXjwhLv8AqZceSsvnOPcbvY2dnUX/ALTl1Zcl7GDs6kPl7y5daWJnohERAEREAREQBERAEREAREQBERAfHAOaWkZB3FaRtVD+zmUPazO1GY2Y/IMHIwt5EBGyWW3yRwMfStIg3R7zlo82c5wvps1u/aHb3akXbe1t8oBg7WMZUiiA+bIQtGF9RCNkV616WoKKpkqJGdsVEjy/bkAIbk53BRGsamjtlwh5VsMTXxbssG/BV4XKuzIcV1u4butd9pJvds4VcYrZI27XcqKvqHxQ8i9wbtYDB5/QpQRxZ/so/sBUHQL/ABvPwD7TVfg7eFzOT5X1OlCO66GkbpQNJB5Ddu/sx+S24+QljbIyOItcNocwKiyu79J6x61crY7xdS8NvUvk9Bttlk2KUm//AKe1qeHXVVGUV3mSpnpaMNdMyJoccDLAvNPWUdU/k4RC4gZ3MCi9Uu7xB656lp6Zd4e/hnrTItt/FopSe3ToKsOt4Tt26loEcX+FH9gLRddKAHB5Hdu+IFu7W9USV3fX+sVdxJbZFV8ktivScSu/m5l3F7j5GRjZGRx7LhtAhgUDrN5MFNG0857nN/6b1K213gFP5+THUq3fZXVFc6XPeYiYGfO4b3H3L0MuzlwOafXZL/soxKvzfJDzZt6YIFa8DoEZ6wrI5sbjl0bHO85aFVtMu8Ok4Z6wrPtBU6FJ+xt+pdq0F7Tt/CNM3W3tJB5Dd/QPyW2wQyNa9sUWy4ZHMCokzu+P9JV1oneBU/Db1LBw/bbK+xSk3/8ASzU8OumuMoo9VNRS0YaZmwt2+jLAvFNWUdU4shbC5wG1uYFFapPMpvS73LW0y7w+ThnrC5utt/FkuZ7broTXh1vCdu3Us/Jxf4Uf2AtI3W3g4zB92PyW2XbiqG53OP0q3iO2yLr5JNd5xpWJC7m5kX1jYZGh7Yoi1wyOYFhqailo8GZsTdroywL5Ru8Eg4bepRGqXc2m9Lvct+pWTWnNqXXZGbEx4TyuRrzJemq6Src5kLYXOaMnDAs5ji/wo/sBVvS7vC5uH71Yy7cVGi2WPC3lLfvJz8eFWRyRRp/tW3/8H6WD8luMbC9ge2KItcMjmBUCSQNkDTnnZwVeqN3gkHDb1LBw/K7tZucm0+7/ALNOpY1VUI8gqamko9nlmwt2ujLAvlNV0lW5zYmwuc0ZOGBQ2qnc6m9DvcsemHeFz+oOtVztt/F1Hme2/d9juOHX7D2u3UsnJxf4Uf2AtM3a3/8AA+wPyW4XbiqCXK3iO22Mq+STRXpWJXcpcy7i/tbE4B7Y48HeCGhVHsgO75Q+q/3K007vB4vUb1Kn9kN2JKH1X+5fS1NuuO7PKlFRk0kbfYrdnUp4Ll2Bcb7Ers6mdwXLsi7YQREUAIiIAiIgCIiAIiIAiIgCIiAIiIAiIgCIiALk/ZpJ7dtuB/6butdYWCalgncHTQxyEbsvaDhAcS7GUPbOpDA9z2NfC7JHT0grrXc/CP8AeKj62/kpKKjponh8VPEx46HNYAVsIyEVY6JtZJJM+Sc/HW5HpymiiZHHNUBjRgDI3D6lOL6qa8eup80IpMtndZYtpybK7VaVoqtrRUSTuDTkc4D3LzTaRt9NIXwPnY4jGdrO5WNCjx6nPtHFb+e3UK6xR5E3t5EL+wIM/wBvUfW38lonRNrJJJnyf61aEKW0V2/ESfqRXbOv9DaKnebZT2izyywyzl7GiOGPI5zzua3o869U+jaLtCngqpJnujbvIdjLj8Y/Wtqs8Y6opqUb4Le3tmXzGR26MfQNp31KwBdSrhOPJJdCIzlGXMn1K5TaRt9K8vgfOxxGCdrO5bPc/D/jz/8Ax/JTS+pXVCuPLBbITslN80nuyrHRNrcSSZ8n+tbjNO08bGsZNOGtGAMj8lOIua6K6m3CKW/kdTunYtpNsr1VpSiqgwTyTv2ejnAe5eaXSNBSyF8D52OIwTtZ3KxooePW59o4rfz+oV1ijycz28iFOn4P8ef6x+S0e4m1EnJn+2rR5V9U20V2/Ein6kQtnX+htEGzTtOxjWNnnDWjAGR+Sw1WlaKrDe2JJ37PRzgPcrCF9K6nXGceSS3XkRGyUZc0X1K3S6SoKV7nwPnY4jB5wO76Qtnufg/x5/rb+Sml9SuuFceWC2QnZKb5pPdlTk0Nansc0mo3/wBa17Pb2sqpLVcJpWVcQ2ontIDZ4vI5u7pHQQrnhRt7tguVOzk5ORq4XcpTzgb43/kegjzKK6oV9ILb0E7Jz/U9yPqtKUNUWmeSd+z0c4D3JS6SoKVznQPnYSMHnA9YW7Y7ma6OSGpj5CvpyGVEOeg+RzfO09IKlVz7PXz9pyrfzOu2s5eTd7eRC9z8HRy8/wBbfyWh3EWrzz/bVpX1TZRXb8SKfqK7p1/obRCN09TtaGtnnAAwN4/Jcy7K9MKK5UUMbnvbyRdl3Tkn5vQu0dCwS0tPM/amgie7GMuaCVaunQrfXqcd7EBJ1PJkf+g5dpWvHR08T9uKCJjx0OawArYCkBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBEQoBlFze6X66xVl3ghqHgOkeKd2yO9CLe/H0YUzFqmRtyoKHtblDLHCZH7W87bc7Td2MBAW9YqqZlPTyzSnEcbS9x+YBUuTWNayF837PpzGIpJgeXOdiOTYd5OnzL3FqCpptS1dLIWTwS1sUDI3SYfGHMG9rcb2+dATelIJG291ZUtxVVzzUyA/wAIPxW/Q3Cm1TDqyobZmV0lNTMdLMYoWcq47eztbR6N3QvlXq+aMMljoo3U/a8FTIXS4c0SO2cDdvwgLoirVHqR1TqWW2NpSI2PdGZMnaBaM5I8x8isqAIiIAiIgCIiAIiIAiIgCFVzWtbU0VFBJTVTIG7ZMvPY2RzQP4NrcT8y0K7VvaQ2Gxtf4PTyxGZ2w+XlHYO75hv3ICYvlumfLHcbZhtxpxgA7mzs8sbvcfIVIW6rFbRQ1Ijkj5RudiRpa5p8xCrkeqZXXp1EaeDYFVJSjZlzJzW7QcW4+Ktag1pJNSTTzUcRDKI1YbBNtkYds7Lt3NPl9CAu2UVPbqmpkp2iOkp5al1W2kGxMTE4uZtAh2PoK37Rcqyo1LdaGqNOIqcRmNjDzucM5+cfP5EBYUVDoq+81FTcpmTTOpIH1TJHO2Axoa3mBn8W0D0+RZqLVL4f2LSyNbUPnig5aQuIe10nQejBQF2RUdmqqymoq2Ssjp5JWV5pWNY44j6fjbs43bvOpG73ucaSir4Gupqmo2GsacHZLnbxk7huzgn5kBZ0Ve0Xdn3W17UjnSSRHYfKQBtHpx6QCATgZKsKAIiIAiIgCIiAIiIAiIgCIiAIiIAiIgCIiAIiIAiIgCIiAw9rQHa7xFh2SeaN+en618NLAXRuMMZdGMMOyMt9HmWdEBr9qUxaW9rw7OC3GwOgnJH1r6KaATcsIYxL8vZG19azogMBpKcxCIwRckDtBmwMA+fC+GjpiMGnhI2Q3GwOgdAWwiAxCCLl+W5KPlsY5TZG1jzZWVEQBERAEREAREQBERAEREBF3ytoKNkH7SaHiR+I28kZCXYzuAB8gWWB9DcYYalggnjkb3t5aDkfNlaeobO+7T24iUxR08xfIWPLHEFpHNI6OlRlfpNz7nQy0UzYqSmbG0RZIczZdtZacHefKgJujt1DSyVUkQbylRK6R73EF2XYBAPkG7oXq0W6jt1EylpGt5NrNkk4LnD+o+VQTdKeBPik5B0klwFTK7B58QftbH1E/Wtem0dPTwyxwzxQOlpZoHPjznLpNpn0Bu5AW1sVIyKPZjgbG120zAGAfOPnXhk1IblJC10XbrWBzmgc/Y8mfmVTfpGtdZRRCopgXTOle0ty3e3ZGzzebv37gtpul5+2XzCeBr5beKSSUNPKNkDcbbT8/l8u5AWdjIGxP2GxCNxJdgDB8+VHW6ttVzkPabI5RABiTkcNAB3bLiMdI8i09PafkoLVW0dVK09s5B5IkNA2dnIGBgrAbFc5dPm1VFTSGOIRthcxrhyjWn4sg8xAA3ICWrqq3000cNRExxrA9+BGHB+w3Jz9CzUU1HX22CSJrDSTsBjY9oALfNsqAptMVMQou/QDkXVLixoIawStwGs/pC15dI1bxah23HilgZC8DIwWuztMON3/AE6EBapZKK2wyyvMFPG0AyOwG/MMrZbIwhpDmnbGW7+lVOo0tNPT3mGR1I81jjJHUOYTK07WQ13zDyYXyp0tUz1tLMJaWJsccDcMa7MHJnJEXmDkBbg9rjgOBPzFelC2CzC2SV00gjdPU1D5NtudzCchvWppAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREAREQBERAEREB//9k="}},{"attributes":{"bold":true},"insert":" "},{"attributes":{"align":"center"},"insert":"\n"},{"insert":"2. Tubular Ceramic Design"},{"attributes":{"header":3},"insert":"\n"},{"insert":"\nUsed for "},{"attributes":{"bold":true},"insert":"bacterial reduction"},{"insert":" in milk, whey, WPC, and brine"},{"attributes":{"list":"bullet"},"insert":"\n"},{"insert":"Built with "},{"attributes":{"bold":true},"insert":"fine-grained ceramic membranes"},{"attributes":{"list":"bullet"},"insert":"\n"},{"insert":"Ideal for high-temperature and aggressive cleaning 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Spiral-Wound Design"},{"attributes":{"header":3},"insert":"\n"},{"insert":"Membrane envelopes wound around a central collection tube"},{"attributes":{"list":"bullet"},"insert":"\n"},{"insert":"Includes "},{"attributes":{"bold":true},"insert":"permeate channel spacers"},{"insert":" for efficient flow"},{"attributes":{"list":"bullet"},"insert":"\n"},{"insert":"Cost-effective and compact; used widely in "},{"attributes":{"bold":true},"insert":"food processing consulting"},{"insert":" projects"},{"attributes":{"list":"bullet"},"insert":"\n"},{"attributes":{"align":"justify"},"insert":"\n"},{"attributes":{"bold":true},"insert":" "},{"attributes":{"align":"justify"},"insert":"\n"},{"insert":" Applications of Ultrafiltration in Dairy and Whey Processing"},{"attributes":{"header":2},"insert":"\n"},{"attributes":{"header":3},"insert":"\n"},{"insert":"General Applications in Dairy Industry"},{"attributes":{"header":3},"insert":"\n"},{"insert":"UF technology supports:\n"},{"attributes":{"bold":true},"insert":"Protein standardization"},{"insert":" in cheese milk"},{"attributes":{"list":"bullet"},"insert":"\n"},{"attributes":{"bold":true},"insert":"Fresh cheese production"},{"attributes":{"list":"bullet"},"insert":"\n"},{"attributes":{"bold":true},"insert":"Lactose reduction"},{"attributes":{"list":"bullet"},"insert":"\n"},{"attributes":{"bold":true},"insert":"Decalcification of permeates"},{"attributes":{"list":"bullet"},"insert":"\n"},{"insert":"UF allows smaller molecules like "},{"attributes":{"bold":true},"insert":"lactose"},{"insert":", "},{"attributes":{"bold":true},"insert":"vitamins"},{"insert":", and "},{"attributes":{"bold":true},"insert":"minerals"},{"insert":" to pass, while "},{"attributes":{"bold":true},"insert":"proteins and fats"},{"insert":" are retained—essential for cheese and "},{"attributes":{"bold":true},"insert":"protein-rich food formulations"},{"insert":"."},{"attributes":{"align":"justify"},"insert":"\n\n"},{"attributes":{"bold":true},"insert":"Ultrafiltration in Whey Processing"},{"insert":" "},{"attributes":{"align":"justify"},"insert":"\n\n"},{"attributes":{"bold":true},"insert":"Whey"},{"insert":", a byproduct of cheese manufacturing, contains "},{"attributes":{"bold":true},"insert":"functional proteins, lactose, and minerals"},{"insert":". Through UF, these valuable constituents can be recovered efficiently, offering tremendous value in "},{"attributes":{"bold":true},"insert":"food business consultancy"},{"insert":" for "},{"attributes":{"bold":true},"insert":"protein supplement manufacturers"},{"insert":" and "},{"attributes":{"bold":true},"insert":"dairy technologists"},{"insert":"."},{"attributes":{"align":"justify"},"insert":"\n\n"},{"attributes":{"bold":true},"insert":"1. Whey protein recovery: "},{"insert":"UF enables separation of whey proteins by "},{"attributes":{"bold":true},"insert":"size exclusion"},{"insert":".\n"},{"attributes":{"bold":true},"insert":"Retentate"},{"insert":": Protein-rich"},{"attributes":{"list":"bullet"},"insert":"\n"},{"attributes":{"bold":true},"insert":"Permeate"},{"insert":": Contains lactose and minerals"},{"attributes":{"list":"bullet"},"insert":"\n"},{"insert":" Common in "},{"attributes":{"bold":true},"insert":"food manufacturing consultant"},{"insert":" strategies for "},{"attributes":{"bold":true},"insert":"ingredient optimization"},{"insert":"."},{"attributes":{"list":"bullet"},"insert":"\n"},{"attributes":{"align":"justify"},"insert":"\n"},{"insert":" "},{"attributes":{"align":"justify"},"insert":"\n"},{"attributes":{"bold":true},"insert":"2. Whey Protein Concentration: "},{"attributes":{"align":"justify"},"insert":"\n"},{"insert":"WPC is created by drying the UF "},{"attributes":{"bold":true},"insert":"retentate"},{"insert":".\nProtein content ranges between "},{"attributes":{"bold":true},"insert":"35% to 80%"},{"attributes":{"list":"bullet"},"insert":"\n"},{"attributes":{"bold":true},"insert":"Diafiltration (DF)"},{"insert":" may be used to increase protein concentration"},{"attributes":{"list":"bullet"},"insert":"\n"},{"insert":"WPC is valued in "},{"attributes":{"bold":true},"insert":"sports nutrition"},{"insert":", "},{"attributes":{"bold":true},"insert":"bakery"},{"insert":", and "},{"attributes":{"bold":true},"insert":"confectionery"},{"insert":" sectors"},{"attributes":{"list":"bullet"},"insert":"\n"},{"attributes":{"align":"justify"},"insert":"\n"},{"attributes":{"bold":true},"insert":"Key Equipment"},{"insert":" in WPC Production:\nUF unit"},{"attributes":{"list":"ordered"},"insert":"\n"},{"insert":"Buffer tanks (retentate & permeate)"},{"attributes":{"list":"ordered"},"insert":"\n"},{"insert":"Evaporator"},{"attributes":{"list":"ordered"},"insert":"\n"},{"insert":"Spray dryer"},{"attributes":{"list":"ordered"},"insert":"\n"},{"insert":"Packaging 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"}},{"attributes":{"align":"center"},"insert":"\n"},{"attributes":{"color":"black"},"insert":" "},{"insert":"\n "},{"attributes":{"align":"justify"},"insert":"\n"},{"attributes":{"bold":true},"insert":"Whey Isolate Production: "},{"insert":"\nContains "},{"attributes":{"bold":true},"insert":">92% protein"},{"attributes":{"list":"bullet"},"insert":"\n"},{"insert":"Used in "},{"attributes":{"bold":true},"insert":"bodybuilding"},{"insert":", "},{"attributes":{"bold":true},"insert":"clinical nutrition"},{"insert":", and "},{"attributes":{"bold":true},"insert":"low-fat formulations"},{"attributes":{"list":"bullet"},"insert":"\n"},{"attributes":{"bold":true},"insert":"Microfiltration"},{"insert":" removes fat, followed by "},{"attributes":{"bold":true},"insert":"ultrafiltration and diafiltration"},{"attributes":{"list":"bullet"},"insert":"\n"},{"insert":"Final WPI contains <0.4% fat"},{"attributes":{"list":"bullet"},"insert":"\n"},{"attributes":{"align":"justify"},"insert":"\n"},{"insert":" "},{"attributes":{"align":"justify"},"insert":"\n"},{"attributes":{"bold":true},"insert":"4. UF Permeate:"},{"insert":" "},{"attributes":{"bold":true},"insert":"UF permeate"},{"insert":" (from WPC and WPI) can be used for:\n\n"},{"attributes":{"bold":true},"insert":"Spray drying"},{"attributes":{"list":"bullet"},"insert":"\n"},{"attributes":{"bold":true},"insert":"Lactose production"},{"attributes":{"list":"bullet"},"insert":"\n"},{"attributes":{"bold":true},"insert":"Decalcification"},{"insert":" (pre-treatment via heat + UF removes calcium phosphate)"},{"attributes":{"list":"bullet"},"insert":"\n"},{"attributes":{"align":"justify"},"insert":"\n"},{"insert":" "},{"attributes":{"align":"justify"},"insert":"\n"},{"attributes":{"bold":true},"insert":"Conclusion"},{"insert":" "},{"attributes":{"align":"justify"},"insert":"\n\n"},{"attributes":{"bold":true},"insert":"Ultrafiltration is a cornerstone in modern dairy engineering"},{"insert":", enabling cost-effective recovery and valorization of whey proteins. It allows "},{"attributes":{"bold":true},"insert":"selective concentration"},{"insert":", minimal thermal damage, and better product functionality.\nUF membrane types—"},{"attributes":{"bold":true},"insert":"Plate & Frame"},{"insert":", "},{"attributes":{"bold":true},"insert":"Tubular Ceramic"},{"insert":", and "},{"attributes":{"bold":true},"insert":"Spiral Wound"},{"insert":"—offer flexible options for "},{"attributes":{"bold":true},"insert":"food processing consultants"},{"insert":" and "},{"attributes":{"bold":true},"insert":"engineering firms"},{"insert":" to build scalable, hygienic, and efficient "},{"attributes":{"bold":true},"insert":"whey protein production units"},{"insert":".\nAs demand for "},{"attributes":{"bold":true},"insert":"functional protein ingredients"},{"insert":" continues to rise, integrating UF in "},{"attributes":{"bold":true},"insert":"food factory design"},{"insert":" offers a strategic advantage to "},{"attributes":{"bold":true},"insert":"food manufacturers"},{"insert":", "},{"attributes":{"bold":true},"insert":"nutrition brands"},{"insert":", and "},{"attributes":{"bold":true},"insert":"dairy startups"},{"insert":"."},{"attributes":{"align":"justify"},"insert":"\n"},{"attributes":{"bold":true},"insert":" "},{"attributes":{"align":"justify"},"insert":"\n"},{"attributes":{"bold":true},"insert":"Reference"},{"attributes":{"align":"justify"},"insert":"\n\n"},{"attributes":{"link":"https://alpma.com/products/process-technology/uf-ultrafiltration/"},"insert":"ALPMA – UF Technology"},{"attributes":{"list":"ordered"},"insert":"\n"},{"attributes":{"link":"https://www.gea.com/en/binaries/membrane-filtration-in-dairy-industry_tcm11-17109.pdf"},"insert":"GEA – Membrane Filtration in Dairy"},{"attributes":{"list":"ordered"},"insert":"\n"},{"attributes":{"link":"https://synderfiltration.com/applications/industries/dairy-industry/"},"insert":"Synder Filtration – UF in Dairy"},{"attributes":{"list":"ordered"},"insert":"\n"},{"attributes":{"link":"https://synderfiltration.com/learning-center/articles/module-configurations-process/plate-and-frame-membranes/"},"insert":"Synder – Plate & Frame"},{"attributes":{"list":"ordered"},"insert":"\n"},{"attributes":{"link":"https://www.sciencedirect.com/science/article/abs/pii/S0011916411004681"},"insert":"ScienceDirect – UF in Dairy"},{"attributes":{"list":"ordered"},"insert":"\n"},{"attributes":{"align":"justify"},"insert":"\n"}]}

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