Our Core Values

Sustainability

N

We aim to have a net positive environmental impact

N

Promote regenerative agriculture

N

Minimise our footprint

N

Use of personnel and equipment to remediate & regenerative

N

Minimise our emissions

REGENERATIVE AGRICULTURE

REMEDIATE

DRILLING & SAMPLING

INSTALLING MONITORING & TESTING EQUIPMENT

Commited to Carbon Neutrality by 2030

The Founder Draiger has been working alongside farmers, engineers of scientists for over 15 years. We’ve completed tens of R&D projects, hundreds of registered soil carbon projects and thousands of environmental & remediation projects.

  • Positively contribute to a sustainable future 100% 100%
  • improving organic Soil carbon solutions 90% 90%
  • statistically robust sampling strategies 95% 95%
  • analyzed testing equipment 100% 100%

why soil carbon is important for our future

Climate Change

Increasing soil carbon has many benefits and we have developed smart solutions to measure soil carbon. From the increase of CO2 in the atmosphere, and the decrease of fertility and resilience in the world’s agricultural soils, sustainable land management practices and specialised testing of all Australian soil is making an effort to reduce environmental impacts for future ecosystems.

Carbon is deposited in tiny compressed particles of soil called soil micro-aggregates. These micro-aggregates provide a stable home, where carbon can be stored for the long-term.

Our experienced team understands the critical importance of vegetation growth and biomass with innovative technologies for measuring soil carbon.

Research Shows

By adopting regenerative agricultural practices, we can reduce our use of chemicals and fertilizers, increase ground cover minimising tilling- we can sequester soil carbon and build sustainable and resilient agricultural systems.

Development

Legislation developments in carbon products are proving to increase biodiversity, recompense farmers for good stewardship of their land, and stimulate the growth of microbial action in the soil.