Talrak’s Eco-Binders & Silicate Technology for environment-friendly construction

Talrak introduces Eco-Binders, a replacement for cement products largely that results in longer shelf life, lower environmental impact, and increased efficiency of the end product. Silicate binder system, on the other hand, protects concrete surfaces from acids, salts, and aggressive media permanently. New silicate binder systems with unique, innovative properties enable the up-cycling of secondary raw materials for effective reduction of CO2 emissions.

Talrak Eco-Friendly Construction Solutions
The building industry is constantly changing and is faced with many challenges. The requirements are increasing especially due to globalization. Production of the cement used in concrete is believed to be responsible for 5-8 percent of the global emissions of carbon dioxide, largely because so much concrete is used.

Limited resources of fossil energy sources
The increasing use of energy sources such as oil and coal reduces the limited resources of the world. Large amounts are being used for the production of building materials. Our innovations save global recourses by using alternative, recycled and environment-friendly raw materials.

Climate change
Climate change is mainly attributed to the unlimited anthropogenic CO2 emissions since the beginning of industrialization. The production of cement is due to the high energy demand, one of the largest sources of carbon dioxide worldwide. By the use of secondary raw materials from industrial processes, we reduce the cement content of our products and contribute to a considerable extent to climate protection.

Health
Increasing health problems in the processing of building materials result in a more stringent labelling of products. We reduce the critical components. Silicate products replace objectionable organic constituents without causing health hazards.

Global Technical Challenge
The products used on construction sites need to fulfil increasing demand. Higher strengths, better resistance, durability, and higher flexibility are just some examples. There are other important aspects also such as being environment-friendly.

Innovations in the form of two new binder systems for nearly every application.

Eco-Binders
The Eco-Binder System replaces cement products and partly epoxy resins. The required amount of cement is significantly reduced by the use of alternative binders. The results of the substitution are a longer shelf life, lower environmental impact and increased efficiency of the end-product. The products manufactured from environment-friendly recycled materials improve the environmental balance in the CO2 emissions significantly. The Green Cement can be adapted to the local raw materials to produce environment-friendly and high-tech building materials locally.

Silicate Technology
The silicate binder system offers unprecedented opportunities for the chemical resistance of mineral and inorganic materials. The chemical resistance of the silicate binder system, confirmed by technical evaluation, represents a breakthrough in the dry mortar technology. With the offered silicate systems, it is possible to protect concrete surfaces from acids, salts and aggressive media permanently. The silicate system consists of an inorganic and one-component binder with environment-friendly ingredients. The processing is possible without advanced protection measures and expenses. New silicate binder systems with unique innovative properties, high temperature resistance, and abrasion resistance with capabilities to apply even on wet surfaces. Environment-friendly, sustainable, non-hazardous to human health, enable the up-cycling of secondary raw materials for effective reduction of CO2 emissions.
NBM&CW January 2017
Advancements & Opportunities in Photocatalytic Concrete Technology

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Research on photocatalytic concrete technology has spanned multiple decades and involved contributions from various countries worldwide. This review provides a concise overview of key findings and advancements in this field

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Self-Compacting Concrete

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Nanospan's Spanocrete® Additive for Waterproofing & Leak-Free Concrete

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Accelerated Building & Bridge Construction with UHPC

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Innovative Approaches Driving Sustainable Concrete Solutions

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GGBS: Partial Replacement Of Cement For Developing Low Carbon Concrete

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Dr. L R Manjunatha, Vice President, and Ajay Mandhaniya, Concrete Technologist, JSW Cement Limited, present a Case Study on using GGBS as partial replacements of cement for developing Low Carbon Concretes (LCC) for a new Education University

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Behaviour of Ternary Concrete with Flyash & GGBS

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Evaluating the performance of concrete containing Supplementary Cementitious Materials (SCM) like FlyAsh and Ground Granulated Blast Furnace Slag (GGBS) that can be used in the production of long-lasting concrete composites.

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Nanospan’s Spanocrete®: nano-admixture for concrete

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The Underwater Concrete Market in India

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India, with its vast coastline and ambitious infrastructural projects, has emerged as a hotspot for the underwater concrete market. This specialized sector plays a crucial role in the construction of marine structures like bridges, ports

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The Path to Enhanced Durability & Resilience of Concrete Structures

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This article highlights a comprehensive exploration of the strategies, innovations, and practices for achieving concrete structures that not only withstand the test of time but also thrive in the face of adversity.

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Self-Curing Concrete for the Indian Construction Industry

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The desired performance of concrete in the long run depends on the extent and effectiveness of curing [1 & 2]. In the Indian construction sector, curing concrete at an early age is a problematic issue because of lack of awareness or other

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BigBloc Construction an emerging leader in AAC Block

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Decarbonizing Cement Industry: Sustainable & Energy-Efficient Measures

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Dr. L R Manjunatha (VP), Manoj Rustagi (Chief Sustainability & Innovation Officer), Gayatri Joshi (ASM), and Monika Shrivastava (Head of Sustainability) at JSW Cement Limited, discuss new approaches for Decarbonizing the Cement

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Concrete Rheology: Technology to Describe Flow Properties of Concrete

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Concrete is a heterogeneous composite complex material, and its hardened property is influenced by its fresh property. Concrete today has transformed into an advanced type with new and innovative ingredients added - either singly or in

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Amazecrete ICRETE: Making Concrete Economical & Durable

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UltraTech Cement & Coolbrook’s RotoDynamic HeaterTM Technology

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UltraTech Cement Limited, India’s largest cement and ready-mix concrete (RMC) company, and Coolbrook, a transformational technology and engineering company, will jointly develop a project to implement Coolbrook’s RotoDynamic HeaterTM (RDH)

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Plastic Shrinkage and Cracks in Concrete

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Dam Rehabilitation With Cutoff Wall for Seepage Control

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This paper covers the research work carried out on cement plastering process for internal and external building wall by using spray plastering machine. Objective of study is to experiment and compare the plastering activity by conventional way and

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Construction Defects Investigation & Remedies

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In recent years, the speed of construction has increased very fast; buildings which used to take 3-5 years are now getting completed in 1-2 years. There is a race to complete projects faster, but due to this speedy construction, the quality of construction is often

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