If you've ever wondered how to make refractory mortar, this recipe will guide you. This recipe is an alternative to traditional Portland cement and can be used to make a variety of building materials. If you're worried about the environmental impact of cement, this recipe is perfect for you. Find out more about the different benefits of clay cement. This recipe will also save you money on shipping and other supplies. It is also a great way to create refractory mortar, which is especially useful in construction projects.

Creating refractory mortar

Creating refractory mortar is a relatively simple task. This mixture consists of clay cement, sand, fire clay, and Portland cement. It is designed to withstand high temperatures. When it cools, however, it loses its binder and no longer performs its purpose. As a result, it is not advisable for routine use in structures that may be subjected to high temperatures. Moreover, the thickness of refractory mortar is normally higher than 6mm and may cause bricks to move.

Refractory mortar is often referred to as high-temperature refractory mud because of its ability to resist high temperatures. There are many types of refractory mud, and the most common are the phosphoric acid, calcium aluminate, and water glass combined. Refractory mortar is used for furnace linings and is usually applied by spraying, pouring, or painting to create a protective coating.

Alternatives to traditional Portland cement

Cement is one of the most commonly used building materials worldwide. It is extremely durable and waterproof, and is widely used to construct buildings. The production of cement accounts for eight per cent of global CO2 emissions, with half of that coming from chemical reactions that occur during the manufacturing process. These emissions are extremely high, so there is a huge demand for sustainable cement alternatives. Using low-CO2 cement could reduce global CO2 emissions by 2.75 billion tonnes a year – that's 6.2 per cent.

Low-CO2 cements are an alternative to traditional Portland cement. They contain a relatively low amount of carbon and can be blended with ordinary Portland cement to create a stronger concrete mix. Limestone is unique from ordinary Portland cement, which contains a high percentage of calcium carbonate. However, it has been found to improve workability and strength in concrete. In addition, most codes of practice only allow 5% ground limestone.

Environmental impact of clay cement

The extraction of clay can have a negative impact on the environment. It can lead to soil erosion and silting, and it can even damage riparian forests. Even though these are negative effects, the economic and social benefits of the clay extraction process are not. It is important to preserve the environment in order to ensure that people have a healthy future. However, the economic and social benefits of clay extraction are not the only factors to consider.

The results of this study are in line with existing literature. While cement production is a major source of CO2, metallic ions in iron-ore are natural human carcinogens. Both methods can reduce the impact of cement production by at least 50%. Hence, it is essential to consider the environmental impact of both the production methods and the recipe. However, the environmental categories are quite broad. For a good comparison of the two construction methods, one must first determine which factors will have the highest impact.