Agricultural / Food Waste

Agricultural and large scale food production applications show huge returns from sustainable energy production with the B2E Biomass-to-Energy system. Traditional waste treatment designs have simply proven inadequate to satisfy current and coming regulatory and economic constraints. The B2E process turns this waste “problem” into a tremendously profitable renewable and sustainable energy resource: conversion rates are maximized while costly residuals production is almost negated.

Case Studies

K & K Foods

White Papers

Convert Agricultural Waste into Sustainable Profitable Green Energy

Municipal Wastes / Sludges

Municipal Wastewater treatment plants need to cut the costs and the liabilities of sludge handling and disposal. Either the AFC system for new plants or the Bioflexsm process for retrofits will reduce operating expenses dramatically. Conventional digesters achieve typically 45% destruction of waste sludge solids. The AFC can achieve up to 95% destruction of biosolids. In mall plants this is done aerobically for simplicity; large plants benefit from the anaerobic AFC and the opportunity for substantial profit with sustainable energy recovery.

Case Studies

Coleraine

White Papers

Destroy Municipal Sludge, Save Money or Make Profit, and Improve Environmental Public Relations

Pharmaceutical / Chemical

Pharmaceutical, Specialty Chemical, and GMO producers benefit most from total onsite sludge destruction and show outstanding investment returns with the AFCsm process. Sludge disposal costs and potential liabilities are highest for these manufacturers. Typically there are high-strength streams in the plant that are perfectly suited to the AFCsm and offer the highest payback for multiple reasons. Full scale installations are operating successfully treating wastes with over 300,000 mg/l COD.

Case Studies

Pharmaceutical Company (United States)

UK Pharmaceutical Manufacturing Company

Eastern Pharmaceutical Company

Specialty Chemical Manufacturer (United States)

White Papers

High-Strength Waste Treatment to Eliminate Sludge, Save Money, and Improve Environmental Public Relations

Technical Papers

Design and Start-up of an Advanced Thermophilic Treatment System for High Strength Wastewater from a Pharmaceutical Plant

Design and Start-up of an Advanced Treatment System for High Strength Wastewater from a Chemical Plant

Design and Operation of a High Strength Organic Wastewater Treatment System to Approach Zero Net Sludge Production at a Specialty Chemical Plant

Thermophilic Aerobic Treatment of High Strength Organic Production Wastes and Waste Activated Sludge from a Pharmaceutical Manufacturer: Bench-Scale test Results and Full-Scale Design Issues