PROJECTS

Wastewater Collection & Treatment Structures

Major issues with wastewater treatment and sewage collecting systems include corrosion caused by microbes and water intrusion. As a result of unattended or improperly handled concrete issues, concrete structures deteriorate rapidly and require costly restoration and a considerably shorter service life. Engineering and towns across the world face the same issue and difficulty as they strive to satisfy the ever-increasing demands of industry, the environment, economy, and the need for improved water supply and sanitation.

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Urban infrastructure waterproofing and protection has been a specialty of CRYSTARM. A number of sewage and wastewater treatment facilities, both old and new, have been equipped with CRYSTARM Crystalline Technology, which has been proved to withstand chemical assault under harsh biochemical conditions and to resist water penetration even under excessive hydrostatic pressure

for water Treatment Structures

Water Treatment Structures

The protection of steel reinforcement against corrosion is essential for the structural integrity of holding tanks in water treatment facilities. Poor waterproofing, cracking, joint failure, and chemical assault are all factors that will cause concrete to deteriorate. Costly rehabilitation and a considerable reduction in service life are the results of this.

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When it comes to waterproofing municipal infrastructure, CRYSTARM has a lot of expertise, which is why they’re a leader in the water treatment business. No other non-toxic technology is legally certified for use with potable water across the world, and we have a large portfolio of worldwide project references

for General Construction-Foundations

General Construction-Foundations

Hydrostatic pressure and water leaks associated with high water tables can significantly undermine the structural integrity of building foundations, whether they are deep or shallow. A lack of waterproofing, cracking, or failing joints will cause concrete to deteriorate and water to flow into the substructure. Initially, this can lead to a loss of substructure functionality, which can lead to structural deterioration of the building. we have the expertise to provide waterproofing and foundation protection for buildings.

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Toxic-free Crystalline Technology from CRYSTARM safeguards thousands of foundations across the world. Even under severe hydrostatic pressure, the CRYSTARM sealant protects the structural integrity of concrete, and resists water loss even in new construction or restoration of old structures.

for brides

Bridges

Moisture and chloride-induced corrosion are ongoing threats to reinforced concrete bridges. Without adequate protection, a bridge’s structural integrity is quickly jeopardized, resulting in costly repair procedures and a shorter life lifetime. An expanding oxidation process occurs once moisture and chlorides reach the reinforcing steel. Cracks and spalling appear in the concrete as a result of this. This degradation occurs at a quicker rate when cracking occurs and is coupled with weathering factors such as freeze/thaw damage or accelerated corrosion in hot weather settings.

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The CRYSTARM Crystalline Technology has been utilized to waterproof, protect, repair, and increase the durability of concrete exposed to water and chloride assault in bridge constructions. CRYSTARM is a widely regarded partner in prolonging the service life of bridges in difficult situations exposed to salt or fresh water, de-icing chemicals, freezing cold or scorching heat, or chemical resistance to sulphate attack or ASR.

Tunnels

Tunnels are particularly vulnerable to hydrostatic pressure and water leakages caused by high water tables due to their very nature and location. Insufficient waterproofing, cracking, and joint failure are issues that will cause concrete to deteriorate and water to flow into the tunnel. This may result in a loss of functionality in the near term.

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Power & Utility Structures

Concrete power and utility infrastructure are vulnerable to hydrostatic pressure and chemical assault by their very nature. Without adequate protection, structural integrity is quickly jeopardized, resulting in costly repair and a shorter lifespan. Once moisture reaches the reinforcing steel, an expanding oxidation process occurs, causing the concrete to crack and spall. This degradation occurs at a higher rate when cracking occurs and is coupled with weathering factors such as freeze-thaw damage or accelerated corrosion in hot weather settings.

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CRYSTARM Crystalline Technology has been utilized to waterproof, safeguard, repair, and increase the longevity of concrete exposed to water and chemical assault in power and utility facilities. CRYSTARM is a widely regarded partner in prolonging the service life of power and utility structures in this difficult environment, where structures are also susceptible to sulphate assault, alkali-aggregate reaction, abrasion, and freeze-thaw cycles.

Dams & Irrigation Structures

The corrosion resistance of steel reinforcement is critical to the structural integrity of concrete dams and irrigation projects. Concrete degradation is caused by problems such as inadequate waterproofing, cracking, joint failure, chemical assault, alkali aggregate reaction, and abrasion. This might result in water loss, reduced water flow, and unexpected repair expenses in the short term.

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The structural integrity of the concrete deteriorates with time, posing a safety and environmental risk. CRYSTARM Crystalline Technology has a been focusing on protecting dams and irrigation infrastructure against hydrostatic pressure, chemical assault. CRYSTARM is a vital aspect in the water resources sector, reducing maintenance costs and increasing service life in both new and rehabilitated concrete.

Marine Structures

Moisture and chloride-induced corrosion are continuous enemies of reinforced concrete maritime constructions. The structural integrity of a maritime structure is quickly damaged without adequate protection, resulting in costly cleanup operations and a reduced life period.

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Once the moisture and chlorides reach the reinforcing steel, an expanding oxidation process occurs, causing the concrete to fracture and spall. This degradation is increased when cracking occurs and is coupled with weathering factors such as freeze/thaw damage or accelerated corrosion in hot weather conditions.

Industrial Structures

Hydrostatic pressure, sulphates, chlorides, and other hostile chemicals are always present in industrial concrete buildings. The structural integrity of the concrete is quickly damaged without adequate protection, resulting in costly remediation operations and a shorter life duration.

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When moisture and chlorides reach the reinforcing steel, an expanding oxidation process occurs, causing the concrete to fracture and spall. This degradation occurs at a quicker rate when cracking occurs and is coupled with weathering factors such as freeze/thaw damage or accelerated corrosion in hot weather settings.

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