*********** has officially announced the Request for Qualifications (RFQ) for the International Tender concerning the development of the approximately 700 MW Combined Cycle Power Project (IPP8), on a Build, Own, and Operate (BOO) basis. Please note that the deadline for submitting the RFQ document is December 22, 2025.
I am studying the establishment of a biofuel pellets project with a capacity of one ton per hour, producing 8 tons daily. I have a dedicated space of 300 square meters. I want to inquire about the cost of the project and the specifications of the appropriate production line, noting that the budget is between 100,000 and 150,000 dollars depending on the funding party's decision after presenting the proposal.
Lütfen bize 2,5 x 2,5 metre yüksek hızlı kapı için tüm aksesuarlarıyla birlikte en iyi fiyatı bildirin, Miktar: 1 set. Bu sorgu Ürdün'deki bir kümes hayvanı mezbahası içindir. Hızlı cevabınız çok takdir edilecektir.
-Detailed specifications of the Asphalt line with a capacity of 300 tons/hr. -Pricing information, including any relevant cost breakdowns. -Delivery timelines, installation schedules, and any associated lead times. -Information on the after-sales service and technical support you offer.
Supply and installation of inlet CSV, buried gas pipes and gas pipes above ground, LFG interconnection with the existing Power Plant and the condensate removal network. Skid-mounted gas blower for 900 Nm3/h and pressure range -150 / +200 mbar. Necessary accessory elements. According to the attached RFP.
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.
I am a Jordanian investor and wish to inform you that being in the process of setting up a flavored molasses factory in Jordan am planning to visit Turkey during the first half of June this year to discuss my requirements with you. Kindly let me know if this period is convenient for you.
WE ARE LOOKNG FOR A COMPANY HAVE THE CABABILITY TO TURN KEY PROJECT FOR VEGETABLE OIL REFINING WITH 15 MILLION PER EAR CAPACITY
please give me a good quality and price in quotation for a factory of mineral water bottling plant for 4000 BPH of 500 ml and 1.5 L which it is the same diameter of bottle mouth, such as 2000-4000BPH@500ml, [email protected]
charge of realizing a project of solar photovoltaic power plants with a total capacity of 1000 MWp
