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Chemical Process Waste Management

Chemical Process Waste Management

Would you like your waste to be used as a source of bioenergy & biomass ? We can help you

Transportation & Disposal & Destruction of Hazardous and Non-Hazardous Waste

Our subject expert chemical engineers have years of experience in the management of hazardous and non-hazardous waste.  Regardless of the type of waste, waste volume, waste structure we provide customized programs that fit your needs specifically to manage your waste material safely and cost-effectively.  We will jointly with you determine the most effective, efficient, feasible, safest waste treatment technology, minimizing liability and maintaining compliance with local and international laws, regulations and standards. Our chemical waste management team members are trained to deliver the most affordable solutions in a timely and professional manner. Our goal is to reduce your environmental liability and maximize your company production capabilities. Our approach as a solution-provider helps us establish a true partnership with our clients giving them peace of mind and relieving them of the burdens associated with regulatory compliance. Our experienced waste management team of professionals is responsible for establishing a system for the identification, packaging, and labeling of waste and unwanted chemicals for its proper transportation, treatment and disposal. We establish a system at your site for the collection, hauling and disposal of the following hazardous and non-hazardous waste groups:

  • Drummed & Bulk Waste

  • Aerosol Cans & Compressed Can Cylinders

  • Chemical By-products

  • Laboratory Chemicals

  • Product Returns

  • Corrosive Materials

  • Petroleum Production Waste

  • Foundry Waste

  • Ignitables

  • Manufacturing Waste

  • Pharmaceutical Waste

  • Reactives

  • Fluorescents

  • Sludge Removal

  • Toxics


Use of Waste as a Source of Bioenergy & Biomass

Some organic waste can be used to produce biofuels and bioenergy. We do have experts in the renewable energy sector, specialized in biomass and biofuels. AGS-Engineering also has experience in evaluating the impacts of regulations and government policy on bioenergy businesses. Our subject experts have extensive experience in evaluating markets for biofuels and new bio-based products. Studies include historic, current and projections for future national and international market demand and pricing for biofuels and co-products. In such studies, our team members have determined the impact the proposed biofuels plant construction and operations would have on the regional and state economy.

Biofuels Feasibility Studies and Projects: Ethanol feedstocks studied include: sugar beets, grain sorghum, sweet sorghum, barley, wheat, potato waste, agricultural residues, fruit processing waste, municipal solid waste

Biodiesel/HDRD (Hydrotreated Renewable Diesel): Feasibility studies were conducted. Our renewable energy team is experienced in biodiesel production technologies. Feedstocks for biodiesel studied include: soybeans, palm oil, corn oil, canola mustard seeds, rapeseeds fats, oils, grease, various waste feedstocks, algae

Biomass: Conversion of lignocellulosic biomass to fuels. Our biofuels experts have performed numerous cellulosic ethanol feasibility and risk assessment studies considering various feedstocks as well as different technologies. From feedstock collection and composition to fermentation and thermal operating parameters, our biofuels team has indepth understanding of the entire operations involved in biomass utilization.



We provide expert on-site consultation to plan, implement and track your recycling program.  Our consulting services are designed to ensure that your recycling goals are met. Recycling may be possible for chemicals, chemical byproducts, chemical waste, industrial waste, returned goods, manufacturing rejects….etc. Our services include:

  • On-site recycling and waste audits

  • Container sizing, configuration, signage and installation

  • Return-on-investment (ROI) analysis

  • Securing service provider to collect accumulated recyclables

  • Waste reduction recommendations

  • Designing and implementing a Zero Waste program

  • Ongoing technical assistance on program implementation and evaluation

  • Training

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