Heavy Metals Testing for Water and Soil
Our laboratory offers precise and reliable testing for heavy metals in both water and soil, ensuring the safety and health of your environment. We specialize in detecting harmful contaminants and providing you with the critical data needed to meet regulatory standards, safeguard public health, and protect ecosystems. Our heavy metals testing includes:
Arsenic: Toxic even at low levels, it can cause serious health problems when present in soil or water.
Zinc, Nickel, Copper: Essential in small amounts, but potentially harmful in excess, these metals can accumulate and disrupt plant and animal life.
Mercury: A highly toxic metal that poses significant environmental and health risks, particularly in aquatic systems.
Cadmium: A dangerous heavy metal that can enter the food chain through contaminated soil and water.
Cobalt: Found in industrial areas, high concentrations of cobalt can lead to environmental contamination and health issues.
Lead: A common pollutant with severe health impacts, particularly on children and wildlife.
Molybdenum, Selenium: These metals can be beneficial in small amounts but become toxic when present in excess.
Our testing procedures adhere to the highest standards to ensure accurate detection of these harmful substances. We provide detailed reports with concentration levels, compliance assessments, and recommendations for mitigation or remediation, if necessary. Whether you're a property owner, farmer, or involved in industrial operations, our heavy metals testing service is crucial for maintaining a safe and healthy environment.
How Heavy Metals Impact Your Plant Growth:
Arsenic: Arsenic is highly toxic to plants, even at low concentrations. It can disrupt photosynthesis and inhibit root and shoot growth, leading to poor plant health or death. Arsenic contamination can be especially harmful in agricultural soils.
Zinc:
Zinc is an essential micronutrient for plants, aiding in enzyme function and protein synthesis. However, in high concentrations, it becomes toxic, impairing root development, reducing water and nutrient uptake, and leading to stunted growth and chlorosis (yellowing of leaves).Nickel:
Nickel is necessary in trace amounts for plants as it helps in nitrogen metabolism. But excessive nickel can be toxic, causing reduced root and shoot growth, leaf deformities, and chlorosis. It can also interfere with iron uptake, leading to nutrient deficiencies.Copper:
Copper is another essential micronutrient required for various plant metabolic processes. However, elevated copper levels can damage plant roots, inhibit photosynthesis, and cause leaf discoloration and growth reduction. Excess copper can also reduce the availability of other essential nutrients.Cadmium:
Cadmium is toxic to plants at very low concentrations. It can inhibit seed germination, reduce root and shoot growth, and affect photosynthesis. Cadmium toxicity also interferes with the plant’s nutrient uptake, especially with calcium, magnesium, and zinc.Lead:
Lead is not required by plants and is highly toxic. Lead contamination can inhibit photosynthesis, impair root and shoot growth, and cause chlorosis and wilting. Lead tends to accumulate in plant tissues, which can be dangerous for the food chain.Selenium:
Selenium can be beneficial in trace amounts for certain plants, but it becomes toxic at higher levels. Selenium toxicity can cause leaf burn, reduced growth, and deformities. It can also lead to nutrient imbalances, disrupting the plant’s overall health.
In general, while some metals like zinc, copper, and nickel are essential in small amounts, excessive levels can lead to toxicity, causing oxidative stress, disrupting physiological processes, and reducing plant growth and crop yields. Metals like arsenic, cadmium, and lead are purely toxic and can severely damage plants, while also posing health risks to humans and animals if they enter the food chain.
Soil management practices and regular testing for heavy metals are important to monitor and control metal concentrations for healthy plant growth and safe agricultural production.