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Risk Safety Systems - The Group.

Consolidated Risk Solutions

Consol Risk have over 30 years experience in providing Risk Consulting services to the Oil & Gas Industry Worldwide.

With an impressive track record in providing safety and risk support for companies such as:-

Alliance Engineering

BHP

Shell

BP to name a few:-

visit: www.consolrisk.com

Rig Supply Services US Inc.

Provide instrumentation solutions to the Oil & Gas Industry Worldwide.

Choke Control Panels

BOP Control Systems

Glycol Injection Units

(IS) Intrinsically Safe Systems

ESD Control and Monitoring panels

Mud Gas Separators and Mud Pumps. www.rssusservices.com

CODE RED™

Offer a unique range of preparedness Survival Kits. These kits have been designed by risk specialists from our sister company Consolidated Risk Solutions.

There are many survival kits readily available on the market, however, do they provide the correct products when facing a life threatening situation?.

The Code Red™ survival kits are designed to offer life saving equipment when in this type of situation.

When your life is in jeopardy do you really want to take a chance. www.coderedsurvivalkits.com

Vertical Offshore Derrickman Escape Chute:

Supplied with a purpose built support frame the chute system and frame comprises of the following:-

Box section epoxy painted frame designed to accommodate the drop in chute container

Set of Safety Handrails and Access Gate – Optional

Three Layered Vertical Escape Chute designed to support a dead weight of 2 – ton and heat resistant to 600 degrees and melting point of 800 degrees. Chute length varies dependent on application, however in all cases a 1 x meter air gap is required for evacuees to exit.

Light weight chute container with lower trap door and hinged lid, hydraulic dampened arms, based on 115ft of escape chute. The chute container would need to be 56”

in height excluding the lid.

Width and depth is yet to be determined, but the minimum width requirement is 29” as the chute aperture is 25” and 2” required on all sides of the chute hole for support.

In all cases design criteria is agreed with the customer

and drawings issued for approval prior to manufacturing.

The system can be supplied with purpose built safety

handrails and access gate, deployment mechanism and chute container.

Technical, Testing and Individual Component

Certification, Training and Manuals:

In all cases full testing is carried out ensuring that the escape chute system performs correctly, All components will be supplied with certification, covering: Escape Chute, frame Assembly and Mechanical Deployment device.

Full operational and maintenance manuals are supplied in electronic and paper format. Full onsite training can be provided. Risk Safety Systems can also provide Train the Trainer courses whereby key personnel are trained to become certified trainers.

Train the Trainer courses can be carried out at the customer’s facility or at a certified RSS training facility.

Each candidate is certified for a period of 2 years with certificates issued. The trainers then provide on-site training to all personnel as required.

Annual Servicing of the ECS:

Annual inspection of the RSSDM-10 is required; this can

be carried out by Risk Safety Systems or a designated service agent. The RSSDM-10 escape chute system has been designed to be low maintenance providing reliability and ease of use. Annual inspections are carried out and include the escape chute and chute container.

The annual inspection includes testing and re-certification of the escape chute with all mechanical and structural components inspected and serviced as required.

The RSSDM-10 is designed to be low maintenance and only requires greasing of key components.

On the 5th year a complete inspection is carried out and the escape chute removed, unpacked, with a full inspection carried out.

RSS can also provide onsite support for installation and fitting if the customer decides to carry out the installation. If required RSS can also provide a survey prior to manufacture and installation to ensure that the proposed design is structurally suitable for proposed application.