LYOPHILIZATION & REFRACTANCE, FOOD DRYING PLANT, POWERED BY GREEN ENERGY, AMMONIA, NH3 & HYDROGEN, H2

INTRODUCTION: THIS IS A PRESENTATION TO EXPLAIN THE OPOTUNINTY AND CONCEPT, OF APPLYING THE LATEST DEVELOPMENTS ON GREEN ENERGY, THECHNOLOGY FOR A PROTOTYPE MODULAR FOOD PROCESSING PLANT ALL INCLUDING ADVANCE MODULES, SUCH AS, PHOTO VOLTAIC SOLAR PANELS, ELECTROLYZERS FOR HYDROGEN, AMMONIA SYNTHESIS, WATER DESALINIZATION AND PURIFICATION, FREEZEDRY AND THIN FILM PROCESS EQUIPMENT, FUEL AND ENERGY, FERTILISERS AND ALL THE COMPLEMENTARY EQIUIPMENT COOLING TOWERS, HEAT ECHANGES. ELECTRICAL CONTROL SYSTEMS AND AUTOMATIZATION AND CONTROL THAT INTEGRATE THE COMPLETE GREEN ENRGY PLANT CONCEPT BY SISSA. EVEN THOGH, VISSA IS SUPPORTED BY EXPERTS ON THE TRADE, SCIENTIST, ENGINEERS, UNIVERSITIES, GLOBAL CORPORATIONS AND INSTITUTIONS PROMOTING GREEN ENERGY PROJECTS, IS MANDATORY UNDERSTAND THE CHALLENGES AND RISK OF THIS ENTERPRISE, MAKING CLEAR AND RELISTICLY THE ARDOUS TECHNICAL AND FINANCIAL GOALS.

TECHNOLOGY: THIS PROJECT COMPRISE THREE TYPE OF TECHNOLOGY ONE TOTALY MTURE AND TESTED THROUGH OUT SUCCESFULLY, PROJECTS, AS THE LIOFILIZATION, CRIOGENIC, FILM DRYING, SOLAR PANNELS, EOLIC, GEOTHERMICAL, TWO NEW THE ELECTROLIZER CELLS TO SPLIT THE WATER MOLECULE TO OBTAIN HYDROGEN AND OXIGEN THE MOST TESTED SUCCESSFULLY IN THE MARKET TODAY WORKING IN MANY HYDROGEN PROJECTS ARE: 1- ALKALINE ELECTROLIZERS, 2-PROTON EXCHANGE MEMBRANE 3- SOLID OXIDE ELECTROLIZER AND THE RELIABLE CENTRIFUGAL 4.-BATTERIES ION-LIYHIUM, COMPRESSORS AND CRYOGENICS SYSTEMS TO OBTAIN NITROGEN FROM THE ATMOSPHERE. AND THE DESALINIZATION SYSTEMS BY REVERSE OSSMOSIS OR ELECTROLIZERS, THREE THE MOST CHALLENGIN IS THE TECHNOLOGY TO SYNTHETIZE AMMONIA USING GREEN HYDROGEN AND NIITROGEN FOR THR SYSTEMS ALLREDY MENTION COUPLED WITH THE GREEN ENERGY SOLAR, WIND, GEOTHERMIVAL AVAILABLE AND RELIABLE NITROGEN PRODUCTION, WE PRESENT A SEPARATE PROJECT TO BE INTEGRATED AT THE TIME THAT THE TECHNOLOGY ASSURE US THE FEASABILITY AND THE ADITIONAL BENEFITS NECESARY TO IMPROOVE THE WHOLO PROJECT.

AND THE RELATIBLY ACCEPTABLE ARE ELECTOLIZERS 1- ALKALINE, 2-PROTON EXCHANGE MEMBRANE 3- SOLID OXIDE TO PRODUCE HYDROGEN / AND NITROGEN PRODUCTION, THE MOST CHALLENCING TODAY BUT PROMISSING BY THE FACT OF AVAILABLE HYDROGEN AND NITROGEN TO SYBTHETIZE AMMONIA IS.IS THE

FINANCIAL: FEASABILITY ANALYSIS INCLUDING, THE INVESTMENT, COST OF OPERATION, SENSIBILITY STUDY, RETURN OF THE INVESTMENT COMPARATIVE ANALISIS VS CONVENTIONAL ENERGY SOURCES

FIRST MODULE: CONSIST OF A 8 MW SOLAR PV PLANT AND O.8 MW/ 2 MWH LITION-ION BATTERY STORAGE SYSTEM AND 2 MW GENERATING CAPACITY DEDICATED TO GREEN HYDROGENN PRODUCTION.

SECOND MODULE: A POWER ELCTRIC CONTOL AND 1.8 MW POLYMER ELECTROLYTE MEMBRANE (PEM) TO PRODUCR 80 KG OF HYDROGEN (H20) HOUR, OF A 8 MW SOLAR PV PLANT AND O.8 MW/ 2 MWH LITION-ION BATTERY STORAGE SYSTEM AND 2 MW GENERATING CAPACITY DEDICATED TO GREEN HYDROGEN PRODUCTION.

INCLUDING, WATER TRATMENT, PRODUCTION OF HYDROGEN, AMMONIA, THE TECHNOLOGY AND ECONOOMICS OF THIS CONCEPT IS INTEGRATD BY SCIENTIST, ENGINEERS, ECONOMISTS, SALES AND MARKETING, BANKERS, PRIVATE INVESTORS, GOVERMENT GRANTAS AND TAX INCENTIVES, WITH A SOUND REALISTIC ASSESMENT OF EACH PARTICULAR MODULE TO FINALLY EVALUATE THE WHOLE PROJECT TECHNICAL AND ECONOMIC FEASABILITY