This section provides a toolkit of resources and useful documents for LLW management practitioners.
In this section
- Guidance on UK Low Level Waste Management Legislation – Oct 2015
This guidance document introduces UK Government policy and strategy along with legislation relating to solid LLW management.
Waste treatment and disposal routes:
- Accessing LLWR Waste Services Guidance – July 2016
This guidance provides an overview of the waste treatment, disposal and support services available through LLW Repository Ltd.
- Map of treatment and disposal facilities
This map shows the locations of organisations providing treatment and disposal services accessible through LLWR.
- NWP/REP/124 Actuals Vs Forecast Data
This document provides a summary of actual versus forecast waste diversion and disposal for FY2013/14, 2014/15 and 2015/16. The document compares actuals (as reported in the Waste Metric Dashboards) against forecasts from the UK Radioactive Waste Inventory 2013, the Waste Inventory Form 2013-2015 and the Joint Waste Management Plans for those years.
- A Good Practice Guide on the Waste Hierarchy – May 2015
The application of the Waste Hierarchy is mandated by UK policy and environmental regulation; and is central to the Strategy. It is recognised as good practice in all aspects of radioactive and non-radioactive waste management, and is an essential consideration for determining Best Available Technique.
Best Available Technique (BAT) / Best Practicable Means (BPM) resources:
- Strategic BAT – this series of national strategic level optioneering studies provides guidance and technical underpinning for waste producers to inform their own local BAT / BPM assessments.
- BAT Resource Guide – Oct 2015
This guide provides information to waste producers and other stakeholders on the sources of information that could be used when undertaking a BAT/BPM assessment.
- Nuclear industry code of practice (NiCoP) on the BAT
This NiCoP presents the principles, processes and practices that should be used when identifying and implementing BAT for the management of radioactive waste.
- Carbon Emissions Assessment – Low Level Waste Routes – July 2016
A carbon footprint assessment has been completed for waste treatment and disposal routes for LLW available through LLW Repository Ltd’s Waste Services Framework.
Project Waste Management Plans:
- Guidance on Project Waste Management Plans (PWMPs) – Oct 2015
This is guidance on how to use PWMPs and the benefits that result. A PWMP is a tool to aid waste management planning and communications between waste generating teams and waste management personnel. The use of PWMPs is considered best practice.
- Project Waste Management Plan (PWMP) Template – Oct 2015
This editable, blank template can be directly adopted by waste producers, adapted to form a site-specific PWMP, or used to improve an organisation’s existing processes where PWMPs are already in use.
Waste Informed Decommissioning:
- Waste Informed Decommissioning Model – March 2016
This waste informed decommissioning model aims to provide information and guidance on how waste informed decommissioning can be planned and executed in the nuclear industry. Waste informed decommissioning is a method of delivering decommissioning to ensure that the optimum decommissioning and waste management outcomes are achieved.
- Cross Boundary Waste Decision Making Guidance – Feb 2013
Guidance on decision making for management of wastes close to the LLW and ILW (Intermediate Level Waste) categorisation boundary.
- Management of LLW and ILW/LLW Cross Boundary Pond Furniture – Mar 2015
Strategic guidance on the UK-wide inventory of pond furniture and the current and credible near-term approaches for managing LLW and ILW/LLW cross boundary pond furniture. Pond furniture is the metallic architecture used for the storage and handling of irradiated fuel in cooling ponds, which has been or is being stored under water.
Non-radiological Properties of Waste:
- Introductory guidance on the management of the non-radiological properties of waste – May 2017
This guidance, written for waste producers in the nuclear industry, is designed to raise awareness on how to manage the non-radiological properties of waste consignments being diverted from Low Level Waste disposal; it does this by examining how non-radioactive (conventional) waste is managed. Where appropriate, the same principles can be applied to the non-radiological properties of radioactive waste.
Section 4 of the guidance introduces the 7-step process used to classify and code non-radioactive waste in accordance with the Waste Framework Directive.
- International Approaches to Radioactive Waste Classification – Oct 2016
A comparative review of eleven approaches to radioactive waste classification: the model currently in use in the UK, those recommended by the International Atomic Energy Agency and the European Commission, and a further eight in use or being developed by other countries (Belgium, Finland, France, Japan, Spain, Sweden, Switzerland and the US).
Whilst waste treatment and disposal routes are relatively well established for the majority of the UK LLW inventory, there is a population of wastes (known as problematic or orphan wastes) for which there are no identified or available treatment and disposal routes. Identifying these wastes and implementing waste management solutions supports effective decommissioning. Studies have been undertaken to identify the inventory of problematic LLW in the UK and to identify potential waste management solutions for some high priority wastes.
- LLW Problematic Waste Technology Optioneering Summary Report
This document provides a summary of a technology mapping study undertaken in FY14/15 for the priority wastestreams identified from the problematic waste inventory compiled that year – contaminated oils and oil contaminated materials; inorganic and organic ion exchange resins; radium; and surface contaminated items.
- Management of Contaminated Oils Feasibility Study – Mar 2015
This report analyses the inventory of non-incinerable oils, provides an introduction to each of the 21 potential treatment technologies identified by the study and provides an assessment of the eight most technologies.
- LAW Problematic Waste Summary FY 2015/16
This document provides a summary of the Lower Activity Waste (LAW) problematic waste inventory collected from waste producers over FY 15/16. It includes information on the volumes of waste, type of waste for high volume groups and reasoning for problematic status.
- Management of Waste Failing the Discrete Item Limit – Feasibility Study
This study identified a list of credible options that might be used for the effective management of waste failing the discrete item limit; as laid out in the LLW Repository Ltd Waste Acceptance Criteria. It covers three main waste groups: metals with simple geometries, metals with complex geometries; and cemented drums.
Problematic Waste Integrated Project Team:
In order to support delivery of the NDA’s 2016 Strategy, a Problematic Waste Integrated Project Team (IPT) was established in May 2016. Its objective is to develop a co-ordinated and improved approach to the industry-wide management of problematic radioactive waste. The IPT is being led by LLW Repository Ltd and RWM on behalf of the NDA and includes engagement with a range of stakeholders. Documents related to the IPT can be found on this section of the website. For further details of the IPT, please refer to the scope document below.
- Scope of the Problematic Waste Integrated Project Team – July 2017
This document provides a one page summary of the scope of the Problematic Waste Integrated Project Team, including its objectives, the work conducted to date and outputs. Contact details for obtaining further information are also provided.
- Summary of Previous Work on Problematic Waste – March 2017
This report summarises existing work on problematic waste, both in the UK and overseas, and provides sign-posting to where additional information can be found on treatment processes and technologies for specific problematic waste types.
- Inventory Data Analysis and Prioritisation Calendar Summary January 2017
This document provides a high-level summary of a project undertaken in FY16/17 to analyse the 2016 problematic waste inventory and to consolidate it into a tool to support the IPT/Community of Practice in work programme prioritisation decisions.
- Problematic Waste Management Case Study – Treatment and Disposal of ILW Dessicant
This document provides a short case study on the management of ILW desiccant using a washing process, followed by incineration.
- Problematic Waste Management Case Study – Treatment and Disposal of High Activity Oils
This document provides a brief case study on the management of high activity oil waste using an acid washing process followed by incineration.
- NWP_REP_132 2016 Problematic Waste Inventory Summary -April 2017
This document provides a high-level summary of the problematic waste inventory within the UK nuclear industry as collected in 2016
- LLWR Environmental Safety Case & Permit
- LLWR Waste Services
LLWR offers customers a range of services to safely manage their low level waste in accordance with the Waste Hierarchy through the Waste Services Contract; information and resources are available to enable customers to consign waste through the supplier frameworks, including acceptance criteria, forms & templates, as well as customer notices.
- NDA-estate Joint Waste Management Plans (JWMPs)
- Waste Metric Dashboard
Summarises progress on the performance of the NWP.
- UK Radioactive Waste & Materials Inventory (UKRWI)
LLWR and the NDA work together to collate comprehensive and up-to-date information covering waste stream inventory, treatment, packaging and disposition data for LLW and ILW.
- Peer Review & Peer Assist programme and reports
Peer Reviews and Peer Assists are undertaken with waste producers to identify good LLW management practices and opportunities for improvement.
- National Waste Programme Training
Low level waste management classroom training and e-learning (available free of charge).
For further information on the National Waste Programme, contact: email@example.com