Revolutionizing Wastewater Treatment with BEADS™ Technology
Our Vision
At JSP Enviro, we envision a world where industries grow sustainably without compromising on the cost. Our mission is to revolutionize wastewater treatment by delivering deep-climate technology that is energy-efficient, chemical-free, and designed to minimize carbon footprints. We believe in transforming effluent into opportunity—helping businesses save costs, meet regulations, and protect the environment.
Making a Sustainable Impact
Our BEADS™ technology is transforming wastewater treatment facilities worldwide, delivering exceptional environmental and economic benefits.
JSP Enviro Carbon Impact Tool
Carbon Impact Calculator for Wastewater Treatment
Estimate emissions from conventional treatment trains and compare the potential impact of BEADSTM technology on COD, sludge, electricity, and landfill-related carbon footprint.
Built using published emission factors and treatment-performance references from wastewater engineering literature.
Add treatment methods
Add treatment methods stepwise. The calculator assumes the selected methods operate successively in the same order they are added, so Step 2 receives the remaining COD after Step 1, Step 3 receives the remaining COD after Step 2, and so on.
Initial COD load: - kg COD/day
Final COD after selected train: - mg/L
Total COD removed: - kg COD/day
Total emissions: - kg CO₂e/day
BEADSTM sludge yield: 0.01 kg dry sludge/kg COD removed
Default factors are editable. Treatment steps are calculated successively in the order they are added. Automatic sludge disposal is added as the final calculation once any treatment method is selected.
This calculator provides indicative estimates based on user inputs and default emission factors. Actual emissions may vary depending on wastewater characteristics, operating conditions, energy source, sludge management practices, and verified treatment performance. Results are intended for preliminary comparison and educational purposes only and should not be used as certified carbon accounting or regulatory reporting data.
References
Flocculation factor basis: PAC default 0.53 kg CO2e/kg and ferrous coagulant proxy 0.18 kg CO2e/kg are based on values reported in Sustainability, 2023. Alum default 0.50 kg CO2e/kg is based on CarbonCloud's aluminium sulfate product report. Lime default 0.94 kg CO2e/kg follows a hydrated-lime life-cycle estimate from Journal of Cleaner Production, 2022. Polymer products use editable proxy defaults because public product-specific emission factors are not consistently available.
Electrocoagulation basis: EC COD removal is auto-suggested from these calibration points: 1000 mg/L = 52.5%, 3000 mg/L = 35.0%, 5000 mg/L = 26.3%, 10000 mg/L = 16.2%, and 30000 mg/L = 6.4%. Published EC performance varies by wastewater type and operating conditions. References: Environmental Science and Pollution Research review, Electrocoagulation process report, and Arabian, 2021.
Sludge basis: Flocculation sludge yield default is 1.01 kg dry matter/kg COD removed (Applied Sciences, 2025). ASP sludge yield default is 0.50 kg TSS/kg COD removed (Pollution Prevention and Control: Material and Energy Balances). EC sludge yield default is 4.3 kg dry sludge/kg COD removed (Sustainability, 2025). Landfill factor default is 5.0 kg CO2e/kg dry sludge (Australian Government biosolids snapshot).
BEADSTM scenario: BEADSTM is applied as inlet pretreatment using the selected slider value. BEADSTM sludge is calculated at 0.01 kg dry sludge/kg COD removed, and energy recovery is included as an avoided-electricity carbon credit.
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