Brief Overview About Landfill Leachate Landfill leachate forms when rainwater seeps through waste, picking up harmful substances. This liquid poses real risks to groundwater and surface water contamination and effecting wastewater treatment must be followed to reduce pollution impact. For businesses managing waste sites, EHS managers ensuring compliance, and utility operators dealing with wastewater, effective effluent treatment is necessary. Traditional methods often fall

AI has significantly transformed how we perform our daily personal and business tasks. At the back of the AI revolution, there are data centers that are redefining AI infrastructure intensity. High-density computing and accelerated processors are driving unprecedented cooling demand. Cooling demand translates directly into water demand when evaporative or water-cooled systems are deployed. In many regions, water availability is already constrained, regulated, or politically

In the sugar and distillery industry, managing spent wash effectively is a critical step. This dark colored, high-strength wastewater carries heavy organic loads, color, and salts that can harm the environment if not handled properly. It is estimated that to produce one liter of alcohol, it requires atleast 10-14 liters of freshwater. Figure: Sustainable Spent Wash Treatment in Distilleries Considering the water-intensive nature of distilleries and with even stricter regulati

Understanding the Importance of BOD and COD Reduction in Wastewater The food and beverage industry generates a significant amount of wastewater packed with organic material from raw materials, cleaning agents, and the production line itself. This is the main source of BOD and COD in industrial effluent treatment plants . GreenPebble Technologies provides various advanced membrane products that are considered to be the best technologies for COD and BOD reduction in industrial

In chemical plants, refineries, and biofuel facilities, even small amounts of water in organic solvents can be detrimental to product quality, cause corrosion, or fail to meet process specifications. Traditional distillation often does not meet the requirements of energy efficiency, and it can’t break azeotropes. The pervaporation membrane process resolves these traditional challenges. Pervaporation (PV) is a membrane-based separation process that selectively removes water (

Reverse Osmosis (RO) continues to be the most effective and proven membrane technology for recycling industrial wastewater, as it delivers clean and reusable treated water. The main challenge, however, is managing the residual stream known as Reverse Osmosis (RO) concentrate or RO reject. This concentrate contains high levels of salinity, hardness precursors, organic pollutants, color, toxic substances, and micropollutants, all of which require careful handling.  Businesses

Condensate Polishing Units: A Complete Guide for Industrial Users Condensate polishing units (CPUs) are vital in power plants, refineries, petrochemical complexes, distilleries, sugar factories, and pulp and paper mills. They protect boilers, turbines, and heat-transfer equipment by removing impurities from steam condensate before it's reused. Modern systems must ensure minimal ionic leakage, effective filtration, and reliable regeneration due to higher operating pressures a

Biological Wastewater Treatment Systems Urban areas face increasing pressure to manage, treat and recycle wastewater safely and sustainably. As cities grow denser and environmental concerns rise, biological treatment systems have become among the most effective solutions for treating sewage and industrial waste . The Advantages of using biological treatment systems for wastewater in urban areas extend beyond simple cleaning, and they support public health, sustainability,

In the ever-changing domain of industrial effluent treatment , Membrane Bioreactor (MBR) technology stands out as a robust and reliable membrane-based solution for industries seeking efficient and sustainable treatment options. At GreenPebble Tech (GPT), we specialize in innovative and proprietary functionalized hollow fiber membrane bioreactor (MBR) for wastewater treatment. This technology integrates biological treatment with membrane filtration to deliver superior treated

Industrial water and wastewater treatment for waste recycling and reuse, brine minimisation, ZLD and environment regulations.