May. 06, 2024
Carl Gurney, Renewable Energy Director, Marsh Commercial
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Anaerobic digestion is becoming an increasingly important process in managing waste and producing energy. According to research, insurance plays a critical role in mitigating the numerous risks associated with the operation of AD plants. Here we delve into the top ten risks that should be considered and managed effectively.
1. Navigate the Site Purchase
When selecting and leasing a site, various restrictions on land ownership and use may arise. Issues such as covenants, limits on rights of way, or access restrictions for vehicles and pedestrians can become obstacles. Missing documents or title disputes can further complicate the process. Furthermore, third-party legal reviews can challenge planning permissions granted.
Risks: Construction of buildings, plant equipment erection, and facility commissioning and testing can bring multiple risks. Possible damages to equipment, plant, and structures can delay the construction schedule. Additionally, third-party property damage, environmental impact, and injuries to contractors or the public are potential hazards.
Risks: Equipment and parts are vulnerable to damage during erection, testing, or transit. Consider marine and transit cover to safeguard against damage while in transit or storage. Operational risks include fires, storms, theft, vandalism, and breakdowns. Ensure that the equipment is suitable for your plant to avoid delays and additional costs.
Risks: Downtime due to breakdowns, damages, disasters, or security breaches can be extensive, potentially lasting over a year. Involving regulatory bodies like the Health and Safety Executive or Environment Agency might extend interruptions. Alternative materials or backup equipment solutions can elevate costs.
Risks: With AD plants handling potentially hazardous matter, malfunctions pose significant risks to the surrounding environment, possibly affecting neighboring properties, ecosystems, and habitats. It may attract regulatory enforcements, fines, and negative publicity.
Risks: Cyber-attacks can severely compromise plant operations, either by holding your site to ransom or through system security breaches. Attacks can originate from third parties accessing your site or even emanate from your infrastructure.
Risks: Directors bear personal responsibility for various operational elements. Regulatory breaches or legal infringements can lead to investigations or prosecutions, particularly if incidents result in accidents or injuries.
Risks: Legal support might be necessary in disputes with employees, public bodies, or third parties. These issues can escalate to claims or settlements, requiring substantial legal intervention.
Risks: AD plants are inherently dangerous. Proper safety measures are essential to prevent serious injuries or fatalities to employees, visitors, passers-by, or neighbors.
Risks: Safe decommissioning at the plant's end-of-life phase is crucial. Preparing in advance for this stage can mitigate potential hazards and associated risks.
For more information about what you can do to mitigate these 10 factors, download your free copy of the Marsh Commercial Anaerobic Digestion whitepaper.
Plus, don’t miss Carl Gurney, Renewable Energy Director, Marsh Commercial at the World Biogas Expo 2022 for the panel discussion “Biogas: How to build out fast and build out successfully” on June 15, 10:30-11:15, where he will discuss what the insurance industry seeks in a project.
Contact us to discuss your requirements for a water tank on the farm. Our experienced sales team can help you identify the options that best suit your needs.
Source:
1 https://www.gov.uk/government/news/anaerobicdigestion-realisingthe-potential–2
Marsh Commercial is a trading name of Marsh Ltd. Marsh Ltd is authorised and regulated by the Financial Conduct Authority for General Insurance Distribution and Credit Broking (Firm Reference No. 307511). Copyright © 2021 Marsh Ltd. Registered in England and Wales Number: 1507274, Registered office: 1 Tower Place West, Tower Place, London EC3R 5BU. All rights reserved.
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This article is provided for the purpose of general interest and is not intended to apply to specific circumstances. Specific advice should be obtained before deciding to act (or not act) on the contents of this article. This article does not constitute legal or regulatory advice. We are not qualified to provide, and will not provide, legal or regulatory advice. We recommend obtaining such specific legal or regulatory advice from relevant professional advisers.
Part of the purpose of building the mobile food and apple grinder cart was to grind up kitchen scraps, garden leftovers, and even weeds for use in a biogas digester. I've been composting these things for years, but as I've read more about greenhouse gases and realized that methane is many times worse for the atmosphere than CO2, I began to think about capturing the methane that my household creates and doing something with it. I could just throw a tarp over the compost pile and light a match to the built-up gases every now and then, but a biogas digester would more efficiently convert the organic waste to methane, collect the methane, and provide a nutrient-rich compost liquid that I can use to water the garden.
Plus, I can use the methane to blow stuff up.
Part of the goal here too is to reuse materials I had cluttering up my garage and basement. Some I'd held on to with this project in mind, some I just happened to come across. Doing so probably wasn't cost-effective, given the number of plumbing adapters I had to buy to make X work with Y, but at least I cleared out some of the clutter. I won't get into too many specifics on dimensions for that reason – use your best judgment regarding materials if you plan on building your own digester.
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