Salt of the Earth: Why We Are Building a Calcium Chloride Plant in Egypt

20 October 2026 By: Tamer Zaidan, Chief Executive Officer, Gapuma Life Chimie Few people outside our industry give calcium chloride a second thought. Yet most of us rely on it every week without knowing it. It keeps winter roads open and safe, holds down dust on unpaved surfaces, helps concrete cure on a cold morning and firms the curd in cheese-making. Deep beneath the seabed, it helps keep oil and gas wells safe and under control. When we recently shared a first look at Gapuma Life Chimie, the joint venture between Gapuma Holdings and Life Chemicals Group, the response was generous and the questions were good ones. Why calcium chloride? Why Egypt? Why now? This article is my attempt to answer them. A Deceptively Simple Salt Chemically, calcium chloride is a straightforward salt of calcium and chlorine. Commercially, it is remarkable for three properties. It draws moisture from the air with unusual eagerness. It gives off heat as it dissolves. In solution, it lowers the freezing point of water and raises its density. Each of those properties opens a market. The Market Today Analysts differ on the precise figures, as they usually do, but they agree on the shape of the market. Recent estimates value global calcium chloride demand at between US$1.4 billion and US$2.2 billion in 2025, with growth forecast at roughly 4.5 to 6 per cent a year over the coming decade. One application stands above all others: de-icing and dust control, which together account for around two-fifths of global demand. Clearing the Way Every winter, road authorities across Europe, North America and other cold-climate regions face the same challenge: keeping highways, airports and pavements open when temperatures fall. Calcium chloride is one of the most effective tools they have. Its advantage lies in those three properties working together. Because it attracts moisture, it begins forming a brine almost as soon as it touches ice. Because it releases heat as it dissolves, it gets to work quickly. And because its brine freezes at such a low temperature, it keeps melting ice down to around −32°C. Ordinary rock salt loses its effectiveness at much milder temperatures, somewhere between −4°C and −18°C depending on conditions. When the cold is at its hardest, calcium chloride is often the product that keeps traffic moving. It is used on its own, blended with rock salt to boost performance, or sprayed as a liquid brine to treat roads before snow arrives. That makes de-icing salt a cornerstone of our plant’s commercial strategy. Europe in particular is a natural market for us: it already sources a significant share of its calcium chloride from outside the bloc, and Egypt is among its leading suppliers. Our granulated product is designed with that market firmly in mind. Beyond the Road De-icing is far from the whole story. In the oilfield, calcium chloride brine is one of the most economical clear fluids used in well completion and workover operations. It reaches a density of about 11.6 pounds per gallon, around 1.6 pounds per gallon more than sodium chloride brine, and can be blended with calcium bromide to go higher still. With Africa expected to host around 40 per cent of the world’s high-impact exploration wells this year, that demand is close to home. Calcium chloride also accelerates the setting of concrete, stabilises soil, controls dust on haul roads and sites, and serves the food, water treatment and industrial sectors. That breadth of demand gives a producer resilience: when one market is quiet, another is usually busy. The Process Why Egypt? Egypt already has a strong record in calcium chloride. In 2023 it was the world’s fourth-largest exporter of the product by value, behind China, the United States and the Netherlands, and it is the second-largest supplier to the European Union from outside the bloc. That record rests on solid foundations, beginning with raw materials. Calcium chloride is made from two main inputs, and Egypt has a competitive advantage in both. Hydrochloric acid (HCl) is available as a by-product of certain industrial processes, including some associated with the fertiliser industry. Egypt’s well-established industrial and fertiliser sectors offer potential sources of this raw material. Calcium carbonate (CaCO₃) is found in abundant deposits of high purity across Egypt, a significant advantage for local manufacturing. Geography does the rest. From the Suez Canal and Egypt’s Mediterranean ports, product can reach southern and northern Europe, the Gulf, East Africa and West Africa with comparatively short transit times. Then there is partnership. Life Chemicals Group has been part of the Egyptian chemicals market since 1992. It operates a 40,400 sq m warehouse and offices in Cairo and Alexandria, and has recently opened a branch in Casablanca. Gapuma brings more than 25 years of international trading, a global logistics network and an established customer base across Africa and beyond. One partner knows how to make and move product in Egypt; the other knows where the world needs it. The combination of raw material availability established industrial capability, strategic location and the right partnership makes Egypt an attractive base for calcium chloride production and export. It is the reason this plant exists. The Plant Manufacturing in the Suez Free Zone The plant occupies a 10,000 sq m site in the Suez Free Zone. At its heart is the main production hall. Around it stand approximately 11 corrosion-resistant tanks for chemical reactions and raw material storage, together with a gas scrubbing system and stack designed to capture and treat process gases before release. The process is elegant in its simplicity. Hydrochloric acid reacts with calcium carbonate to produce a 37 per cent liquid calcium chloride solution. That solution then passes through the granulation unit, where it is transformed into granulated calcium chloride with a minimum concentration of 94 per cent, the form most widely traded internationally and the one best suited to de-icing markets. The Shape of Things to Come We will begin with a capacity of 30,000 tonnes a year and plan to increase this to […]