
Energy Efficiency Technologies to Reduce Scope 1 and Scope 3 Emissions
This whitepaper discusses cost-effective technologies to reduce Scope 1 and Scope 3 emissions, enabling refineries to operate at full capacity.
Explore in-depth research, technical papers, and sponsored insights from industry leaders.

WATCONNECT® L/XL Control Panels offer an example of a systems approach at work to solve electrification challenges at scale.

This white paper introduces the role of carbon capture, utilisation and storage (CCUS) as a solution for hard-to-abate emissions. Dominant carbon capture technologies are introduced along with new solutions, as well as some hints for large-scale CCS rollout.
Green hydrogen is part of the low carbon path to a net zero future. Sustainability needs to be part of an operating model, otherwise it will not work. Digitalisation accelerates this operating model, as it enables transparency, clear decision paths and predictions.

With mounting pressure to mitigate carbon dioxide emissions and advance long-term decarbonisation goals, engineers have been exploring the potential for electric process heaters. This would allow several heating steps to be completed using ‘clean’ electricity from renewable sources.

These 10 tips offer tactics and strategies for convincing and encouraging your organisation’s employees to take on more meaningful roles in establishing, operating, evaluating and improving EHS programmes.

This white paper provides evidence of the benefits of using dynamic simulation models for relief flare analysis instead of commonly used steady state simulation models.

Navigating the crowded industrial data visualisation market post-ProcessBook? Discover the top alternatives analytics toolkits.

This white paper follows Koch-Glitsch's partnership with SATORP to enhance their vacuum distillation units' performance, upgrading from conventional to high-tech design using advanced tools and criteria.

Discover the most common causes of refractory failure, how to inspect fired heaters for damage, and the methods of repairing refractories online without the need to disrupt normal operation.