Publications

This publication identifies the general hazards, and provides guidance to reduce their frequency and consequences. It provides safety guidance and addresses design and operating practices only as they affect safety and addresses both cryogenic ASU and HYCO processes.

EIGA Doc 169 known as the « Classification and Labelling Guide » is updated regularly in order to take into account the changes in the CLP Regulation and the changes in the classification of gases due to the REACH registration of substances that have occurred.

This publication provides technical guidance and the complete equation set needed to determine if a particular vessel can or cannot be over pressurized during the refill operation. The calculations in this publication should be used to evaluate each pumping system and cryogenic tank combination in use with oxygen, nitrogen, or argon.

EIGA members are receiving more and more requests for the "carbon footprint" of their products. This document presents the basis of a methodology for EIGA members to calculate a "product carbon footprint" that is applicable to industrial gases products, and guidelines on how to communicate this information to stakeholders. This document proposes the methodology, sources of emission factors and the scope and borders to be considered and applied by EIGA members when calculating a carbon footprint for products. These principals are based on and have been developed from currently established national and international standard methodologies.

This publication provides guidelines for plant managers, distribution managers, line managers, environmental specialists and others involved with gas cylinder management on the safe and responsible management of all cylinders (excluding acetylene gas cylinders) at the end of their service life. These cylinders are referred to in this publication as waste gas cylinders. This document was previously published as Doc 166/11, Guidelines on Management of Waste Composite Cylinders. It has now been extensively revised with its scope expanded from gas cylinders of a composite construction to apply to all gas cylinders (excluding acetylene gas cylinders) made of seamless steel, aluminium alloy, welded steel and a composite construction. Acetylene gas cylinders are excluded as they are covered by EIGA Doc 05, Guidelines for the Management of Waste Acetylene Cylinders.

Forklift trucks and mechanically operated pallet trucks are becoming increasingly important elements in mechanical handling practices, as the gases industry seeks to improve safe working conditions and reduce manual handling practices. In recent years the number of forklifts and mechanically operated pallet trucks has increased as a result of this search for greater efficiency and safer work practices but incidents with these vehicles continue to occur on a regular basis. The purpose of this publication is to help prevent and reduce the number of incidents that occur by making managers and operators aware of the hazards, and by providing recommendations on risk prevention, suitable maintenance practices and correct driver selection, training and assessment. The publication is intended to be used by those who are involved in and manage the selection, operation and maintenance of fork lift trucks.

The purpose of this publication is to provide information to personnel to ensure that carbon dioxide containers that have lost pressure and may contain dry ice are safely repressurised before being returned to service.

This publication is intended for the suppliers, distributors, and users of arsine and its handling equipment. The publication includes guidance for design of equipment, selection of cylinders and valves, and handling controls and safety practices.

This publication is intended for the suppliers, distributors, and users of phosphine and its handling equipment. The publication includes guidance for design of equipment, selection of cylinders and valves, handling controls, and safety practices.

This publication details criteria to establish the compatibility of reactive gas mixtures with aluminium alloy cylinders. Issues include mixture feasibility, destructive and non-destructive testing, gas purity and concentrations, and cylinder controls.