Saltworks is committed to a client-focused approach in all our services. We offer professional expertise across saline geosystems and carbonate reservoirs, consultancy services, online courses, skills transfer and in-house training, and access to commercial and client-focused databases. Our focus on the economic aspects of evaporite sediments and carbonate reservoirs ensures that we meet the specific needs of our clients. We work successfully with oil and mining companies across all surface and subsurface geology aspects, reservoir characterisation, brine evolution, core study, seismic interpretation, and site and project evaluation.

Acquire practical skills and knowledge for explorers focused on the economic products of evaporite and saline brine interactions.
We provide remote (online), in-house, and field-based workshops that can be tailored to a specific commodity. You can access all our online courses via the “Course page" button below or download an in-house catalogue via “training options."

Saltworks provides geo-consultancy services related to evaporite deposits for the petroleum and minerals industries.
We have a strong track record of delivering quality, reliable, and client-focused services. Our satisfied past clients include BHP Billiton, BHP Petroleum, Chevron, Exxon, Statoil, Santos, MMG, Nexen, and Fortescue Metals.

The SaltWork database version 1.9.5 is available for purchase as a modular GIS compilation.
This database contains digital basin polygons (shapefiles) and point plots of the world's evaporites, such as halite, anhydrite, potash, oil, gas, base, and precious metal geodata. Each entry also includes a detailed literature base.

In-house expertise across a range of saline geosystems topics is free from the geosystems and subsurface skills web pages.
News updates, newsletters, and monthly articles are also published in the Salty Matters blog. We also offer you a sampling of a part of our much larger saline knowledge base held in the SaltWork training databases
examines deepwater aphotic corals, which thrive in dark, cold, nutrient-rich ocean environments without reliance on sunlight or photosynthetic symbionts. Unlike tropical coral reefs, these coral mounds are composed mainly of sediment trapped by a limited number of coral species, most notably Lophelia pertusa (also known as Desmophyllum pertusum), and form large, thick bafflestone structures on the seafloor. Aphotic coral mounds are globally distributed and adapted to nutrient upwelling and current conditions, supporting diverse but mostly generalist fauna and forming mutualistic relationships with organisms such as bristle worms. The article highlights how these mounds differ from sunlit tropical reefs in structure, composition, and ecological dynamics, and notes that ocean acidification increasingly threatens their survival by raising the aragonite compensation depth.
Saltwork is developing a wide range of online courses that cover various topics related to both carbonate-rich and saline geosystems. These courses are designed for geologists and geophysicists in the mining, oil and gas industries and academia. Every month, we will release a free video chapter from our current and upcoming courses, allowing you to glimpse the content in our expanding course catalogue.