ACTI-Mag on an anaerobic cogeneration plant at a piggery farm South West Victoria, Australia.

case study summary

Challenges
  • To increase profits by reducing chemical consumption and increasing power and biogas generation.
  • To improve biogas quality and quantity and reduce odors due to H2S.
  • To reduce blockages due to struvite formation.
  • To reduce chemical usage and inculcate environment-friendly solutions.
Objective
  • Reduce H2S in biogas from existing 700 ppm
  • Avoid the use of a chemical scrubber
  • Generate more biogas
  • Generate more power
  • Reduce retention time
  • Reduce blockages from struvite
  • Safe product to handle
  • Reduce Sodium Hydroxide consumption
Solution

ACTI-Mag Logo

Download Success story

ACTI-Mag on an anaerobic cogeneration plant at a piggery farm

Download the PDF Now

Wastewater Process

BEFORE TRIAL POWER GENERATION Generator:

1300MWh Per year Thermal power: 214KWth Hour Electricity: 192 kWh

The wastewater stream volume is reduced to 100,000 litres per day which goes though the anaerobic system.
Breakup: 35,000 Litre from the DAF 65,000 litres from the solids screens

Gas Quality

ACTI-Mag for Biogas Management

Calix ACTI-Mag can increase the quality and quantity of the biogas coming from anaerobic
systems, and provide a significant economic boost for food processing plants and water utilities.

Download the Solution Spec Sheet

Looking for a safety data sheet (formerly known as MSDS)?

Leave a Reply

Your email address will not be published. Required fields are marked *

Subscribe

Subscribe to our newsletter

Subscribe to receive our latest updates, news and quarterly newsletter.