Services

Accredited environmental engineering services combining laboratory-verified processes with robust industrial field deployment.

(FW 01) — SERVICES

(FW 01) — SERVICES

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Consulting & Technical Services

Water and Wastewater Engineering: Feasibility Studies and Site Assessments Evaluation of water supply and wastewater generation Suitability analysis for treatment technologies Design of Treatment Systems Municipal and industrial water/wastewater treatment plants Advanced treatment (e.g., membrane, AOPs, MBR) Process Optimization and Retrofits Energy and chemical optimization in existing plants Sludge management improvements Environmental Impact Assessments (EIA) For new and existing treatment facilities Compliance with local and international standards Water Reuse and Recycling Strategies Greywater and wastewater reuse systems Zero liquid discharge (ZLD) solutions Industrial Wastewater Treatment Solutions Specialized treatment for textile, dairy, petrochemical, pharmaceutical, etc. Pretreatment design for discharge compliance Monitoring and Regulatory Compliance Assistance NPDES, EPA, and local environmental regulations Sampling, lab testing, and reporting Life Cycle Assessment (LCA) Full LCA Studies (ISO 14040/44 Compliant) Cradle-to-grave analysis for products, services, or systems Environmental hotspot identification Comparative LCA of Technologies New vs. conventional wastewater treatment systems Renewable vs. non-renewable water sources Screening LCA and Streamlined Assessments For early-stage design and R&D Interpretation and Reporting for Policy or Investment Decisions Integration of LCA in Design and Decision-Making Carbon Footprint (CFP) & GHG Emissions Studies Product Carbon Footprint (PCF) Assessments Based on ISO 14067 or GHG Protocol Corporate Carbon Footprinting Scope 1, 2, and 3 emissions Reporting and strategy development Emission Reduction Scenario Analysis For water utilities and industrial systems Carbon Footprint of Wastewater Treatment Processes Quantifying emissions from sludge, energy use, chemicals Sustainability Reporting and CDP Submissions

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Consulting & Technical Services

Water and Wastewater Engineering: Feasibility Studies and Site Assessments Evaluation of water supply and wastewater generation Suitability analysis for treatment technologies Design of Treatment Systems Municipal and industrial water/wastewater treatment plants Advanced treatment (e.g., membrane, AOPs, MBR) Process Optimization and Retrofits Energy and chemical optimization in existing plants Sludge management improvements Environmental Impact Assessments (EIA) For new and existing treatment facilities Compliance with local and international standards Water Reuse and Recycling Strategies Greywater and wastewater reuse systems Zero liquid discharge (ZLD) solutions Industrial Wastewater Treatment Solutions Specialized treatment for textile, dairy, petrochemical, pharmaceutical, etc. Pretreatment design for discharge compliance Monitoring and Regulatory Compliance Assistance NPDES, EPA, and local environmental regulations Sampling, lab testing, and reporting Life Cycle Assessment (LCA) Full LCA Studies (ISO 14040/44 Compliant) Cradle-to-grave analysis for products, services, or systems Environmental hotspot identification Comparative LCA of Technologies New vs. conventional wastewater treatment systems Renewable vs. non-renewable water sources Screening LCA and Streamlined Assessments For early-stage design and R&D Interpretation and Reporting for Policy or Investment Decisions Integration of LCA in Design and Decision-Making Carbon Footprint (CFP) & GHG Emissions Studies Product Carbon Footprint (PCF) Assessments Based on ISO 14067 or GHG Protocol Corporate Carbon Footprinting Scope 1, 2, and 3 emissions Reporting and strategy development Emission Reduction Scenario Analysis For water utilities and industrial systems Carbon Footprint of Wastewater Treatment Processes Quantifying emissions from sludge, energy use, chemicals Sustainability Reporting and CDP Submissions

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Water & Wastewater Treatment Plant Operation

With more than 20 years of hands-on supervisory experience in the operation and optimization of municipal and industrial wastewater treatment plants, I specialize in delivering high-efficiency, low-energy operational strategies tailored to complex and variable effluent streams. My expertise covers a wide range of industrial sectors, including industrial estates, livestock and poultry slaughterhouses, petrochemical complexes, oil refineries, sugar production facilities, yeast manufacturing plants, and dairy industries, where I have consistently implemented process upgrades, improved biological and physico-chemical treatment performance, and reduced operational costs through data-driven decision-making. By integrating advanced monitoring techniques, proactive troubleshooting, and sustainable energy-management practices, I ensure reliable compliance with environmental standards while maximizing the overall productivity and resilience of treatment systems.

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Water & Wastewater Treatment Plant Operation

With more than 20 years of hands-on supervisory experience in the operation and optimization of municipal and industrial wastewater treatment plants, I specialize in delivering high-efficiency, low-energy operational strategies tailored to complex and variable effluent streams. My expertise covers a wide range of industrial sectors, including industrial estates, livestock and poultry slaughterhouses, petrochemical complexes, oil refineries, sugar production facilities, yeast manufacturing plants, and dairy industries, where I have consistently implemented process upgrades, improved biological and physico-chemical treatment performance, and reduced operational costs through data-driven decision-making. By integrating advanced monitoring techniques, proactive troubleshooting, and sustainable energy-management practices, I ensure reliable compliance with environmental standards while maximizing the overall productivity and resilience of treatment systems.

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Educational & Training Services

Water and Wastewater Engineering

Feasibility Studies and Site Assessments

  • Evaluation of water supply and wastewater generation

  • Suitability analysis for treatment and process technologies

Design of Treatment Systems

  • Municipal and industrial water/wastewater treatment plants

  • Advanced treatment (e.g., membrane, AOPs, MBR, MBBR)

  • Biological systems (e.g., MBR, MBBR, IFAS)

Process Optimization and Retrofits

  • Energy and chemical optimization in existing plants

  • Sludge management improvements

  • Operational performance enhancement

Environmental Impact Assessments (EIA)

  • For new and existing treatment facilities

  • Compliance with local and international environmental standards

Water Reuse and Recycling Strategies

  • Greywater and wastewater reuse systems

  • Zero Liquid Discharge (ZLD) solutions

Industrial Wastewater Treatment

  • Specialized treatment for textile, dairy, petrochemical, pharmaceutical, etc.

  • Pretreatment design for discharge compliance

Monitoring and Regulatory Compliance Assistance

  • NPDES, EPA, and local environmental regulations alignment

  • Sampling, lab testing, data analysis, and reporting

Life Cycle Assessment (LCA)

Full LCA Studies (ISO-Compliant)

  • Cradle-to-grave analysis for products, services, or water systems

  • Environmental hotspot identification

  • Comparative LCA of new vs. conventional treatment technologies

  • Renewable vs. non-renewable water sources comparison

  • Screening LCA and early-stage R&D assessments

Reporting and Decision Support

  • Interpretation and reporting for policy or investment decisions

  • Integration of LCA into design and strategic decision-making

Carbon Footprint (CFP) & GHG Emissions Studies

Product Carbon Footprint (PCF) Assessments

  • Based on ISO standards or GHG Protocol methodology

  • Assessment of direct and indirect emissions

Corporate Carbon Footprinting

  • Scope 1, 2, and 3 emissions evaluation

  • Emission reduction strategy and scenario development

Wastewater Treatment Carbon Footprint

  • Quantification of emissions from:

    • Sludge generation and handling

    • Energy consumption

    • Chemical usage

    • Operational processes

Sustainability Reporting

  • Environmental performance documentation

  • CDP and sustainability disclosure submissions support

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Academic & Research Services

In addition to our extensive operational expertise, we maintain strong academic and research partnerships with leading Australian universities including the University of Queensland, Murdoch University, Edith Cowan University (ECU), and Curtin University. These collaborations enable the development of joint research projects focused on advancing wastewater treatment technologies, process optimization, energy-efficient system design, and innovative resource-recovery solutions. By bridging industry needs with world-class scientific capabilities, we create a unique platform for translating cutting-edge research into practical, high-impact applications that enhance environmental performance and support the evolution of next-generation water and wastewater treatment systems.

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Academic & Research Services

In addition to our extensive operational expertise, we maintain strong academic and research partnerships with leading Australian universities including the University of Queensland, Murdoch University, Edith Cowan University (ECU), and Curtin University. These collaborations enable the development of joint research projects focused on advancing wastewater treatment technologies, process optimization, energy-efficient system design, and innovative resource-recovery solutions. By bridging industry needs with world-class scientific capabilities, we create a unique platform for translating cutting-edge research into practical, high-impact applications that enhance environmental performance and support the evolution of next-generation water and wastewater treatment systems.