Projects

In highly corrosive environments such as concentrated sulfuric acid, hydrofluoric acid, and chlor alkali, the frequent failure of traditional metal/ceramic fillers has become a chronic problem in the industry - equipment downtime, increased maintenance costs, and disrupted production continuity. How to solve this stubborn disease? PVDF corrugated packing is becoming a key solution to replace traditional packing materials in fields such as chemical engineering, environmental protection, and wet metallurgy due to its excellent corrosion resistance.      ?  Advantages: Maintain near zero corrosion to 98% concentrated sulfuric acid, 40% hydrofluoric acid, concentrated alkali, and organic solvents (measured lifespan>10 years)    ?  Technical comparison: Corrosion resistant rolled 316L stainless steel, 5 times higher than PP/PE plastic, solves the risk of collapse and fragmentation of the filling layer, and provides dual effect empowerment in structural design    ? Ripple topology optimization: gas-liquid distribution efficiency increased by 40%, pressure drop reduced by 35% (third-party flow field simulation data)    ? Lightweight Revolution: With a density of only 1.78g/cm ³, reducing tower load by over 30% and improving seismic and crack resistance performance

Wire mesh packing is currently a widely used high-efficiency packing material in various countries around the world. It is a disc-shaped packing composed of several parallel and straight metal corrugated mesh sheets arranged in a row. The corrugation has an inclination angle of 30 degrees or 45 degrees to the axis, and adjacent corrugated sheets have opposite directions. Metal wire mesh corrugated filler has a large specific surface area, high porosity, and light weight; The inclination angle of the gas phase pathway is small, regular, and the pressure decreases; Good radial diffusion, sufficient gas contact, almost no low load limit, and high operational flexibility.   (1) High number of theoretical plates, high flux, and reduced pressure; (2) Good low load performance, the theoretical number of plates increases with the decrease of gas load, and there is almost no low load limit; (3) High operational flexibility; (4) The amplification effect is not easy to understand; (5) Can meet the requirements of precision, large, and high vacuum distillation equipment. The distillation separation of difficult to separate systems, thermosensitive systems, and high-purity products provides favorable conditions. (6) Application of metal wire mesh corrugated packing (7) X-250: Precision distillation with high production intensity and few theoretical plates; (8) X-500: Vacuum distillation with thermal sensitivity and difficult to separate characteristics, especially for vacuum distillation with pressure less than 7KPa. (9) Y-700: Separation of Isotope Mixtures and Isomer Mixtures

Metal perforated corrugated packing is a new type of high-efficiency packing made from metal sheets such as stainless steel and titanium through precision punching and corrugated forming processes. It has the following significant characteristics: Large specific surface area (250-750 ㎡/m ³) 2. Porosity rate of over 95% Theoretical board quantity can reach 3-5 pieces/meter Reduce pressure to 30% -50% of traditional fillers Application Industry Description: Petrochemical industry: Ethylene/styrene separation, high-purity oxygen preparation, composite oil separation, epoxy propane separation, debutanizer, cyclohexane recovery, gasoline fractionation, atmospheric and vacuum refining, gasoline mercaptan removal, formaldehyde absorption tower, recycled ring tower, gasoline fractionation tower, catalytic reforming pre fractionation tower, refinery lubricating oil type vacuum tower, refinery catalytic cracking unit stabilization tower, aromatic hydrocarbon separation and solvent oil separation tower, depropanizer tower, pressurized distillation tower; Fertilizer industry: comprehensive gas washing tower, saturated hot water tower, ammonia recovery tower, desorption tower, replacement saturated hot water tower, decarbonization tower, methanol distillation tower, ammonia recovery tower, washing tower, ammonia air mixer in nitrate compound fertilizer projects for gas production; Environmental protection industry: devices for recovering nitrogen-containing ammonia water, waste acetone, high-purity dimethylformamide, acidic wastewater stripping tower, etc; Coal chemical industry: coking plants recover crude benzene from coke oven gas through washing towers, desulfurization towers, benzene removal towers, oil removal devices, high-pressure ammonia washing towers, water washing towers, oil removal tanks, methanol absorption towers, water gas desulfurization towers, and purification devices for stripping towers in coal to urea projects.

Project Details: Project Address: XinJiang Province, China Time:2020,June    

Project Details: Project Address: XinJiang Province ,China Project Time:2018, August  Description:28000Nm3/h hydrogen production unit gas holder and desulfurization project

Project Details: Project Address:Mongolia,China Project Time: 2016, March Description:2.6 million ton coking and comprehensive utilization of coke oven gas project 

Project Details： Project Address: HenNan Province,China Project Time: 2022, July Description:Nitric Acid Concentration Tower Internal Components Project  

Project Details: Project Address:HenNan Province, China Project Time:2023, September Descrition:1,6 Ethylene Glycol Project      

Project Details: Project Address:ZheJiang Province, China Project Time:2023, October Dscription: Environmental Protection Dehumidification Tower Project