AMC BIOCIDE G™ is a low toxicity, broad spectrum biocide designed to reduce and prevent bacterial and fungal activity in water based fluids. AMC BIOCIDE G™ is a more environmentally acceptable alternative to glutaraldehyde and does not cause skin sensitisation and dermatitis that can occur through the handling of glutaraldehyde making it safer to handle.
AMC BIOCIDE G™ is a low toxicity, broad spectrum biocide designed to reduce and prevent bacterial and fungal activity in water based fluids. AMC BIOCIDE G™ is a more environmentally acceptable alternative to glutaraldehyde and does not cause skin sensitisation and dermatitis that can occur through the handling of glutaraldehyde making it safer to handle.
Note: This product may be subject to availability in your country. Several factors will dictate the most appropriate concentration rate. Please contact your nearest AMC representative for optimum results.
| Region | |
|---|---|
| Industry | Construcción civil, Geotécnica, Minería, Perforación horizontal dirigida, Pozo de agua |
AMC’s team of fluid and equipment engineers resolves site-specific challenges and provides advice to reduce costs and improve productivity. For more information about our products, please contact your closest AMC representative.
Click the link below to find your closest AMC Office or a local distributor.
MICA (F, M, C) is an all-purpose lost circulation material and is available in three grades; fine, medium or coarse. It is designed to reduce severe lost circulation and also minor seepage losses. It is applicable in both water-based and oil-based drilling fluids.
SODIUM BICARBONATE, commonly referred to as Bicarb, is used in water based fluids as a source of bicarbonate ions. Bicarbonate ions precipitate calcium and reduce pH. SODIUM BICARBONATE is principally used to treat cement contamination.
PORTLAND CEMENT is a low temperature Sulfate Resisting Cement Type SR, with many applications and capable of setting, hardening and remaining stable in accordance to Australian Standard “AS 3972 – 2010”.
