We are backed by good lab facilities; access to research works national and international level and has associations with experts in the field of Pollution control. We can offer following types of consultancy services.
Treatability Studies for Effluent Treatment Plants are the fundamental basis for the design of a proper wastewater treatment system. SDES Aurangabad conducts versatile Treatability Studies for Effluent Treatment Plants for analyzing the nature of wastewater and characteristics before the right treatment technology is chosen. The studies help in establishing the feasibility of treatment options, chemical doses, reaction times, sludge generation, and possible reuse of treated water.
Our team collects representative samples and carries out laboratory-scale simulations in order to evaluate different treatments by physical, chemical, or biological methods. The results will be used for design and engineering of full-scale systems such as Effluent Treatment Plants (ETPs) or Sewage Treatment Plants (STPs) so that they are performance and cost-optimized in accordance with relevant environmental regulations.
Performance evaluation of existing Effluent Treatment Plants (ETPs) and Sewage Treatment Plants (STPs) is very important in ascertaining that these are in working condition, adhering to the discharge norms and accommodating changes in loads. SDES gives you a place to go to find expert evaluation services into the general health of your treatment systems while identifying any bottlenecks or inefficiencies associated with the treatment process.
We cover our assessment through a detailed inspection of plant operations, equipment condition, process parameters, treatment efficiencies, and compliance with local pollution control board standards. We monitor indicators like pH, COD, BOD, TSS, and flow rates and compare them to design values and regulatory limits.
We offer Environmental Impact Assessment Studies (EIA – Environmental Clearance) to meet the needs of the industries in satisfying MoEF&CC guidelines and pollution control regulations. Our professionals do a thorough evaluation and detail reports, and ensure that your projects enjoy a good percentage in approval processes, thus promoting sustainable development by environmental compliance and responsible industrial planning.
Environmental and waste reduction audits systematically assess an organization’s operations to identify opportunities for reducing waste generation, optimizing resource use, and minimizing environmental footprint. These audits enhance regulatory compliance, improve sustainability performance, and contribute to significant cost savings through process optimization and efficient waste management practices
All major environmental aspects are included in our audits-from water and waste management to air emissions, hazardous waste, energy consumption, and resource efficiency. Therefore, we will assess current practices, calculate performance against legal and internal standards, and recommend corrective actions or improvements if unsafe practices are detected.
Through the audit process, organizations are assisted in minimizing environmental liabilities, reducing operational risks, and enhancing sustainability. Assistance is also provided in report, documentation, and presentation preparation for legal submissions or for internal review.
Risk Assessment and HAZOP (Hazard and Operability) Studies identify potential hazards in industrial operations. A well-structured Disaster Management Plan ensures preparedness for emergencies, reducing risks to life, environment, and property. These studies are crucial for safety compliance, operational continuity, and minimizing environmental damage during unforeseen industrial incidents or accidents.
Treatment of waste waters in biological treatment plants invariably encounters challenges in degrading complex chemical compounds such as dyes, solvents, and heavy organics that resist microbial breakdown, thereby diminishing treatment efficiency. The use of advanced ETP technologies and pre-treatment processes will therefore be necessary to enhance biodegradability, so that industrial wastewater discharge standards can be met.
SDES will carry out these reuse and recycle studies for treated effluent, thus aiding the industry in improving effluent treatment plant (ETP) performance and lessening dependence on freshwater. Opportunities for the reuse of wastewater, savings, and compliance with pollution control regulations are identified by expert opinion thus facilitating sustainable water management through efficient industrial effluent recycling solutions tailored to your process needs.
Energy conservation studies identify ways to reduce power consumption in wastewater treatment plants through process optimization, energy-efficient equipment, automation, and renewable energy integration. These measures lower operational costs, improve plant efficiency, and reduce the carbon footprint of wastewater management operations.
Carbon credit feasibility studies analyze the potential for industries to earn credits by reducing greenhouse gas emissions through cleaner technologies, energy efficiency, and waste reduction initiatives. Proper documentation ensures compliance with carbon trading schemes, generating additional revenue while supporting global climate change mitigation efforts.
Carbon credit feasibility studies analyze the potential for industries to earn credits by reducing greenhouse gas emissions through cleaner technologies, energy efficiency, and waste reduction initiatives. Proper documentation ensures compliance with carbon trading schemes, generating additional revenue while supporting global climate change mitigation efforts.
Central Ground Water Authority (CGWA) clearance is mandatory for groundwater extraction in many industrial projects. Hydro-geological studies assess aquifer characteristics, recharge potential, and sustainable withdrawal limits. These evaluations ensure compliance with legal requirements and promote responsible groundwater resource management.
Life Cycle Analysis evaluates the environmental impacts of a product, process, or service from raw material extraction to disposal. LCA helps industries identify sustainability gaps, reduce environmental footprints, and make informed decisions for eco-friendly production and resource utilization.
These studies assess how industrial or developmental projects affect local ecosystems, biodiversity, and surrounding communities. By understanding ecological sensitivities and socio-economic conditions, industries can design mitigation measures, promote conservation, and ensure projects benefit both the environment and local livelihoods.
Green belt development involves planting trees and vegetation around industrial sites to reduce air pollution, control noise, and enhance aesthetic appeal. It serves as a natural barrier, improves biodiversity, and contributes to environmental sustainability while meeting statutory compliance requirements.