Müteahhitlik Hizmetleri ve Yapı ve İnşaat Sektörü Ürdün Machine İhracat Alım İlanları

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Import of hydrogen and green ammonia production plant Jordan

we present to you by providing us with Proposal for the production of hydrogen and green ammonia for the purposes of use in the production of electricity, and that the Proposal contains all the details of the hydrogen and green ammonia plant and the minimum production and land area that we need to establish the station on it, and that it enhances The Proposal of all costs and the time period for implementing the station before commencing production. And the price of one unit production of hydrogen and green ammonia. Look to the future in the field of clean energy. Best Regards, M*****d A***** Marketing and Business Development Manager T***** E***** LLC Mobile: +962********** Amman - Jordan Email: ma*******ng@t********s.com Email: mo******a*r@te******ors.com Email: f****r@f******.com Website: www.t******rs.com

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Fruit and vegetable processing line requested Jordan

We are intending to establish a project for packing different types of Vegetables and Fruits. You are kindly requested to provide us with an offer for a COMPLETE PRODUCTION LINE Fully Automatic and highly sophisticated Packing Machines suitable for this purpose. PACKED PRODUCT SHOULD GO THROUGH THE FOLLOWING STEPS : • Sorting • WASHING • STERILIZING…. ( CHEMICALLY OR BY VAPOUR) • PACKING • VACCUM • NITROGEN

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Water Filling Bottling Line setup request Jordan

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Chemical production plant to set up in Jordan

step 1: we need a unit to clean and saturate the brine. ( NaCl is powder that need to be dissolved and cleaned to be used in step 2) NaCl + H2O step 2: Electro separate brine to produce Cl2 and H2 and NaOH ( Cells to be designed to produce 10 tons per day of NaOH) 2NaCl + 2H2O = Cl2 + H2 + 2NaoH Storage for 10 tons of NaOH and produced CL2 and H2 from the cells. Step 3: now we have a storage of 10 tons of NaOH and Cl2 and and H2 Step 3 option 1: Use all the CL2 and H2 stored products from step 2 to produce HCL. Cl2 + H2 = 2HCL Step 3 option 2: Use all the NaOh and Cl2 stored from step 2 to produce NaOCl. 2NaoH + CL2 = NaOCl + NaCl + H2O Step 3 option 3: Producing NaOCl and HCL at the same time with ratios that is set using a control system.