South Sudan's construction sector faces extreme challenges due to high humidity and seasonal flooding. In the manufacturing of specialty chemicals, there is a critical need for cellulose ether hpmc to prevent rapid water evaporation in cement-based mortars, which otherwise leads to shrinkage cracks in the intense equatorial heat.
Currently, the local market relies heavily on imported synthetic materials. The lack of local production of cellulose 2 hydroxyethyl ether has created a gap in the availability of high-viscosity binders needed for sustainable urban development in Juba and surrounding regions.
Furthermore, the volatility of the local economy necessitates cost-effective yet high-efficiency additives. The adoption of a professional water reducing admixture is becoming essential to optimize concrete strength while reducing the overall volume of water required in resource-scarce areas.
