Amalgam Biotech products

Comprising beneficial microorganisms, this specialized culture thrives in oxygen-rich environments, where it plays a pivotal role in breaking down organic pollutants and contaminants. By harnessing the power of nature, aerobic bioculture helps to purify wastewater effectively.

BactaServe Anaerobic harnesses the potent capabilities of specialized anaerobic bacteria strains. These microorganisms thrive in oxygen-depleted environments, making them ideal for breaking down organic matter found in wastewater.

BactaServe STP boasts a formidable lineup of bacteria strains specially selected for their prowess in sewage treatment. These microorganisms are experts at breaking down the complex organic matter commonly found in sewage. These carefully chosen bacteria strains are robust and resilient, ensuring consistent, dependable performance even under challenging conditions. This reliability minimizes downtime and maximizes sewage treatment capacity.

BactaServe Septic`s proactive approach prevents the accumulation of sludge and solids in your septic tank, reducing the risk of blockages and costly maintenance. Eliminate unpleasant septic odours that can permeate premises. BactaServe Septic is easy to apply, requiring minimal effort on your part. Simply introduce the bacteria into your septic system, and let nature`s workhorse take care of the rest.

BactaServe Pharma is a innovative, eco-conscious solution to address the unique challenges of pharmaceutical industry wastewater treatment. BactaServe Pharma, a potent blend of specialized bacteria meticulously crafted to optimize the treatment of pharmaceutical wastewater. BactaServe Pharma is your trusted partner in achieving cleaner, greener, and more responsible pharmaceutical manufacturing.

BactaServe Textile is engineered with a focus on the unique composition of textile industry wastewater, effectively targeting the removal of dyes, chemicals, and organic pollutants that are commonplace in textile manufacturing. BactaServe Textile offers a cost-effective alternative to traditional wastewater treatment methods. Lower operational costs and reduced chemical usage contribute to your bottom line while upholding environmental responsibility.

Specialized blend of bacteria strain is engineered to tackles organic contaminants, cellulose, and lignin, ensuring efficient and eco-friendly treatment. This bioculture excels at accelerating the decomposition of organic matter, lignin, cellulose, and other common contaminants, effectively improving the quality of treated wastewater. BactaServe Pulp & Paper helps mitigate the unpleasant odors that can be generated by untreated or poorly treated wastewater.

Accelerates the breakdown of organic debris, sludge, and excess nutrients, helping to clear murky water and maintain a healthy pond ecosystem. Reduces the availability of nutrients that fuel algae growth, resulting in clearer water and reduced algae blooms. Helps eliminate foul odors often associated with stagnant or polluted pond water. Contains non-pathogenic and non-toxic bacteria strains that are harmless to fish, plants, and other aquatic organisms.

Discover a revolutionary solution tailored for the unique challenges of the sugar industry. BactaServe Sugar comprises a proprietary blend of specialized bacteria strains specifically chosen for their effectiveness in degrading organic compounds, sugars, and other contaminants commonly found in sugar industry wastewater. BactaServe Sugar has a shelf life of 2 years when stored under recommended conditions.

BactaServe FOG Bioculture harnesses the extraordinary power of carefully selected bacteria strains uniquely tailored to accelerate the degradation of FOG in wastewater. These microorganisms thrive in the presence of fat, oil, and grease. BactaServe FOG Bioculture offers a cost-effective alternative to traditional FOG mitigation methods. Lower maintenance costs, and minimized downtime contribute to your bottom line while upholding environmental responsibility. Eliminate foul odours caused by FOG accumulation in wastewater systems.