We run a rendering plant. Do you actually understand the risks?

Yes, from working in them. Rendering processes animal by-products from veterinary work and fallen stock, and carries hydrogen sulphide, explosive atmosphere and vapour risks that generalist consultancies rarely recognise, alongside odour and traffic pressures that bring the regulators to the gate. We build assessments and controls for the process as it actually runs.

Can you help after an incident or an improvement notice?

Yes. We have handled enforcement from both sides of the table. If an inspector has found the gap first, the priority is closing it properly and being able to demonstrate that, not paperwork theatre.

What is WISH guidance?

Guidance published by the Waste Industry Safety and Health (WISH) Forum, which brings together the industry, regulators and trade unions. WISH documents cover topics such as fire prevention, workplace transport, safe stockpiling and plant safety, and are widely treated as the industry standard of good practice.

Do waste sites need a fire prevention plan?

Most sites holding combustible waste under an environmental permit in England need a fire prevention plan that meets Environment Agency guidance. Separately, every site needs a fire risk assessment under the Regulatory Reform (Fire Safety) Order 2005.

Waste & Recycling Health & Safety Consultant

Waste management is a lot more than skips moving to a recycling centre. The recycling centre itself is a plant environment: conveying systems, magnets, trommels, and heavy plant moving around people. The disposal chain carries on beyond it, into landfill and energy-from-waste incineration. And rendering plants sit at the sharp end, processing animal by-products from veterinary work and fallen stock, with hydrogen sulphide, explosive atmosphere and vapour risks alongside. Around all of it run the pressures that never make the risk register until they bite: noise and vibration, odour, and the sheer volume of vehicle traffic these operations generate.

What are the health and safety considerations for waste management?

Waste and recycling has one of the highest rates of fatal and major injuries of any UK industry. The causes are consistent: vehicles and mobile plant moving around people, contact with machinery during clearing and maintenance, fires in stored waste, slips and falls, and exposure to dust, bioaerosols and hazardous substances. The industry body, the Waste Industry Safety and Health (WISH) Forum, publishes guidance that sets the benchmark for most of these risks.

Workplace transport on waste sites

Being struck by a moving vehicle is the most common cause of death in the waste industry. Yards combine refuse collection vehicles, loading shovels, forklifts, visitors' cars and pedestrians in tight spaces. Segregation, one way systems, reversing controls, visibility, banksmen where necessary and clear site rules for drivers and visitors are the core controls.

Plant, conveyors and machinery guarding

Recycling facilities are plant environments: conveyors, picking lines, magnets, trommels, balers and shredders. PUWER requires dangerous parts to be guarded and equipment to be maintained, and the most serious injuries happen when someone reaches in to clear a blockage. Isolation and lock off procedures that are quick enough to be followed, and supervised, are essential.

Fires in waste

Stored waste catches fire easily and burns for a long time. Fire risk assessment under the Regulatory Reform (Fire Safety) Order 2005 has to deal with stockpile size and separation, hot loads, lithium batteries in the waste stream, detection and firefighting water. Most sites in England that store combustible waste under an environmental permit also need a fire prevention plan approved by the Environment Agency.

Rendering, hydrogen sulphide and explosive atmospheres

Rendering processes animal by-products, including fallen stock and material from veterinary work. Decomposing material can release hydrogen sulphide, which is toxic and can deaden the sense of smell at dangerous concentrations, and some processes create explosive atmospheres covered by DSEAR. Pits, tanks and drains may be confined spaces. We assess these processes as they actually run, from working in them.

Energy from waste and incineration

Energy from waste plants combine the hazards of waste handling with those of a power station: bunkers and cranes, boilers, high temperature plant, ash handling and outage work by contractors. Permit to work systems, confined space entry and contractor control are central.

Dust, bioaerosols, sharps and COSHH

Handling waste exposes workers to dust, bioaerosols from organic material, and sometimes needles and other sharps on picking lines. COSHH assessments, respiratory protection, hygiene facilities, vaccination where appropriate and needlestick procedures all form part of a sound system.

Noise, vibration, odour and traffic around the fence

Noise and vibration from plant affect workers and neighbours alike. Odour and vehicle movements are where waste operations meet their regulators and the local community. Building them into the management system, rather than leaving them to the complaints file, protects the permit and the workforce.

What are the legal requirements for waste management?

Waste businesses carry two sets of duties. Health and safety law, enforced by HSE, covers the protection of workers and others. Environmental law covers the waste itself, including the duty of care under section 34 of the Environmental Protection Act 1990 to store, transfer and dispose of waste properly, and the conditions of the site's environmental permit. We focus on the health and safety side and make sure it fits with the permit conditions.

Health and safety in waste management.