Techlink Associated International Engineers products

Sulfate is always present in various concentration in salts used for chlorine production. It is recycled with the depleted brine, and builds up in the brine loop. Following the specifications for most modern electrolyzers and membranes manufacturers, the concentration of sulfate in the feed brine to the electrolyzer should be limited to 6~8 g/l.

Control valves are often short lived in corrosive chemicals, particularly in the presence of particles. It is an area of chemical engineering where applying traditional knowledge simply does not work.

TEFFLUX^® nanometric pPTFE membranes are produced in the USA. They are seamless tubes of about 15mm diameter of expanded PTFE. The absence of seams is a strong guarantee against failures of membranes. The tubes are mounted on PP cylinders, and assembled in sets of nine, which more or less replicate the dimensions of a classic candle. For this reason, the Tefflux^® nanometric membranes can be retrofitted in existing filter vessels using existing tube sheets. Alternatively, new vessels and tube sheets may be supplied made of titanium, FRP and other corrosion-free materials.

Renewable energies provide unstable output. Because the power demand is not continuous, the output production from renewable energy does not match the needed supply in time. A direct connection does not allow a stable supply of energy, therefore a stabilization or backup system is required to provide energy according to power demand.

Techlink designs and implements solutions, with cutting-edge technologies,  highly durable, and reliable products to improve your process. See our best seller turn-key systems here and get in touch with us to get a quotation.

SAFI’s integral flanged ball valves form a family of extremely robust and reliable valves for use with corrosive chemicals such as strong acids and alkalies. They offer good alternatives to alloy ball valves, lined steel diaphragm valves and lined plug valves, so long as the temperature remains below a defined limit.