What are coil tippers?

Coil tippers are specialized machines used in the industrial sector to safely and efficiently rotate steel, aluminum, or other material coils from a horizontal to vertical position or vice versa. This equipment is essential for handling heavy coils, which can weigh several tons.

How do coil tippers contribute to safety in industrial workplaces?

Coil tippers enhance workplace safety by minimizing the need for manual handling of heavy coils, reducing the risk of injury to workers. They provide a controlled and stable method for rotating coils, thus preventing accidents associated with moving such large items.

What are the common types of coil tippers used in the United States and Mexico?

The most commonly used coil tippers include upenders, which tilt coils between 90 degrees positions; downenders, which work oppositely; C-hook type lifters that pick up and tip the coil; and V-shaped cradle devices designed for secure positioning during tipping.

Are there any specific regulations or standards governing the use of coil tippers in the USA and Mexico?

In the USA, OSHA (Occupational Safety and Health Administration) provides guidelines on machinery safety that would apply to coil tippers. Similarly, Mexico has its own regulations under NOM (Norma Oficial Mexicana), ensuring equipment like coil tippers meet safety standards. Both countries emphasize proper maintenance, operation training, and safety procedures.

What considerations must be taken into account when selecting a coil tipper for an engineering project in these regions?

When selecting a coil tipper in the US or Mexico, consider factors such as load capacity matching your needs; compatibility with existing workspace dimensions and layout; ease of operation; reliability and durability of construction; compliance with local safety regulations; availability of after-sales support and parts within these regions; as well as energy efficiency if electric-powered units are being considered.

What are coil tippers?

Coil tippers are specialized machines used in the industrial sector to safely and efficiently rotate steel, aluminum, or other material coils from a horizontal to vertical position or vice versa. This equipment is essential for handling heavy coils, which can weigh several tons.

How do coil tippers contribute to safety in industrial workplaces?

Coil tippers enhance workplace safety by minimizing the need for manual handling of heavy coils, reducing the risk of injury to workers. They provide a controlled and stable method for rotating coils, thus preventing accidents associated with moving such large items.

What are the common types of coil tippers used in the United States and Mexico?

The most commonly used coil tippers include upenders, which tilt coils between 90 degrees positions; downenders, which work oppositely; C-hook type lifters that pick up and tip the coil; and V-shaped cradle devices designed for secure positioning during tipping.

Are there any specific regulations or standards governing the use of coil tippers in the USA and Mexico?

In the USA, OSHA (Occupational Safety and Health Administration) provides guidelines on machinery safety that would apply to coil tippers. Similarly, Mexico has its own regulations under NOM (Norma Oficial Mexicana), ensuring equipment like coil tippers meet safety standards. Both countries emphasize proper maintenance, operation training, and safety procedures.

What considerations must be taken into account when selecting a coil tipper for an engineering project in these regions?

When selecting a coil tipper in the US or Mexico, consider factors such as load capacity matching your needs; compatibility with existing workspace dimensions and layout; ease of operation; reliability and durability of construction; compliance with local safety regulations; availability of after-sales support and parts within these regions; as well as energy efficiency if electric-powered units are being considered.

What are coil tippers?

Coil tippers are specialized machines used in the industrial sector to safely and efficiently rotate steel, aluminum, or other material coils from a horizontal to vertical position or vice versa. This equipment is essential for handling heavy coils, which can weigh several tons.

How do coil tippers contribute to safety in industrial workplaces?

Coil tippers enhance workplace safety by minimizing the need for manual handling of heavy coils, reducing the risk of injury to workers. They provide a controlled and stable method for rotating coils, thus preventing accidents associated with moving such large items.

What are the common types of coil tippers used in the United States and Mexico?

The most commonly used coil tippers include upenders, which tilt coils between 90 degrees positions; downenders, which work oppositely; C-hook type lifters that pick up and tip the coil; and V-shaped cradle devices designed for secure positioning during tipping.

Are there any specific regulations or standards governing the use of coil tippers in the USA and Mexico?

In the USA, OSHA (Occupational Safety and Health Administration) provides guidelines on machinery safety that would apply to coil tippers. Similarly, Mexico has its own regulations under NOM (Norma Oficial Mexicana), ensuring equipment like coil tippers meet safety standards. Both countries emphasize proper maintenance, operation training, and safety procedures.

What considerations must be taken into account when selecting a coil tipper for an engineering project in these regions?

When selecting a coil tipper in the US or Mexico, consider factors such as load capacity matching your needs; compatibility with existing workspace dimensions and layout; ease of operation; reliability and durability of construction; compliance with local safety regulations; availability of after-sales support and parts within these regions; as well as energy efficiency if electric-powered units are being considered.

QMRE introduces first Vixla plastic waste to oil system to UK

QM Recycled Energy, QMRE, has overseen the arrival onto UK shores of the first full-scale plastic waste to oil recycling system. With further processing the oil is transformed back into new and renewable plastic

Sourced from their Norwegian technology provider Eagle Technology, QMRE is the first company in the world to introduce the Víxla* system, a cutting-edge chemical recycling system designed to transform plastic waste into recycled energy and ultimately back into plastic.

For the past three years QMRE has been operating a smaller version of the plastic waste to oil system on a test and development basis at their site in Kent. The lessons learned from Kent was valuable input for Eagle when they started developing the Víxla system. The system is developed on the basis of Eagle’s ITDU, a pyrolysis plant capable of processing 60 t/d of drill cuttings. “We are delighted with QMRE as the partner for our first delivery. With years of operational experience and an experienced and skilled team, we are confident that it will be a perfect place for joint learning to further develop and optimise the system together”, states CTO of Eagle Technology, Ørjan Samuelsen.

Víxla’s innovative system allows for decentralised processing of plastic waste, eliminating the need for transportation to large, centralised factories. This approach not only offers economic advantages but also significantly reduces the environmental impact of plastic waste. The product has gained immense interest globally, reflecting the urgent need for effective and sustainable plastic waste management solutions.

The containerised Víxla system is scalable to meet varying local needs, providing a comprehensive end-to-end solution that covers pre-treatment, processing, storage and the sale of the final product. Víxla is built on proven pyrolysis technology and utilises QMRE’s technical developments that effectively turns the operation into a thermolysis system.

This initial system converts 1000kgs plastic waste into 1000 litres of pyrolytic oil and will be installed and trialled by QMRE during Q1 2024. A planned roll-out of production systems, with five tonnes per day capacity, is scheduled throughout the remainder of 2024 and beyond.

QMRE is introducing a network of Víxla systems throughout the UK and Republic of Ireland, both QMRE-owned and operated and customer-owned sites.

www.qmre.ltd

Contact:

tim@qmre.ltd

QM Recycled Energy, Oast Farm, Mill House Lane, Addington, West Malling, Kent ME195BA

Videos

Vimeo 1: https://vimeo.com/909061824?share=copy – first Vixla system leaving production centre in Bosnia and arriving at Dover docks for onward delivery to QM Recycled Energy for commissioning

Vimeo 2: https://vimeo.com/909063777?share=copy – inside and behind the Vixla system as it transforms plastic waste into oil set to be processed into new and renewable plastic

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