The chelated iron desulfurization technology is a wet oxidation method for removing H2s that uses chelated ironas a catalyst. its main feature is the direct conversion of H2s into elemental Sulfur, with the treated H2s contentmeeting environmental protection requirements. This is a simple process with high sulfur capacity and is anenvironmentally friendly, non-toxic new desulfurization technology that overcomes the disadvantages oftraditional desulfurization processes, such as low sulfur capacity, complex processes, high by-product saltgeneration rates, and serious environmental pollution. The tail gas from the sulfur recovery unit can achieve asulfur recovery rate of 99.9%. 0ur company owns proprietary intellectual property rights to this desulfurizationtechnology, which is characterized by high sulfur capacity, low desulfurization costs, energy savings, highoperational stability, and low investment requirements compared to other desulfurization technologies.

This recovery skid consists of seven major systems: 1. Inlet Gas Separation and Filtration System 2. Drying System 3. Metering and Filling System 4. Hydraulic-Driven Piston Boosting System 5. Control and loT System(6)Fuel Gas supplySystem(7)Skid and Enclosure System

Integrated dehydration and dehydrocarbonation skid employs Laval jet nozzle cyclonic separation corepatented new technology, integrating refrigeration, separation, and compression functions, greatly simplifyingthe process. All eguipment is highly integrated into a single sled, achieving natural gas treatment at thewellhead to meet GB17820-2018 gas quality standards. The integrated skid adopts patented core new technology of Laval nozzle cyclonic separation, integrating threefunctions of refrigeration, separation, and compression, greatly simplifying the process. All equipment is highlyintegrated into a single skid, achieving natural gas treatment at the wellhead to meet GB17820-2018 gas qualitystandards.

We provide rental services for gas generators and gas generator sets, mainly including gas power stationsfor driling rigs, associated gas power stations at wellheads, and gas power stations for CNG/LNG plants.

All parts are made of domestic brands or foreign well-known brands.ensure that the unit qualityis stable and reliable. All kinds of gases (natural gas, gas, methane, etc.) can be used as fuel with lowcost, environmentalprotection,low emission pollution and no pollution. lt has wide power coverage, light weight, small volume and simplemaintenance.The operation is safe and convenient, and the low frequency noise is small,which is superior to thediesel generating set. lt is used in industrial parks, commercial centers, farms, sewage treatmentplants, garbage stationsand so on.

Membrane separation technology is a cutting-edge technology rapidly developing worldwide. Its fundamental principle involves the separation of two or more gas mixtures through a polymer membrane. This is due to the varying solubility and diffusion coefficients of gases in the membrane, resulting in different relative permeation rates. Under the driving force of pressure difference across the membrane, gases with relatively fast permeation rates such as water vapor, H₂, He, H2S, CO2, etc., preferentially permeate through the membrane and are enriched. Meanwhile, gases with relatively slower permeation rates such as CH₄, N₂, CO, etc., are enriched on the retentive side of the membrane, achieving the separation of mixed gases.

Inventory: 9 Units Manufacturing Date:2017-2019 Location of Equipment: Xinjiang Province

By expanding high-pressure gas through throttling to achieve refrigeration, some water vapor and heavierhydrocarbon gases in the gas are condensed and separated.. After separating the water in a low-temperature separator, dehydration of the natural gas is accomplished.It consists of low-temperature separator, condenser, plate heat exchanger, drain valve, piping, valvesinstruments,etc.

PSA, as a low-temperature gas separation and purification technology, is characterized by its simple processlow energy consumption, strong adaptability, ease of operation, advanced technology, and cost-effectiveness, ithas rapidly developed as a method for various gases, including natural gas, coalbed methane, svnthesis gasfrom ammonia conversion, and furnace gas, to remove and recover Co₂.