Results for “Security”

DESNZ is seeking to procure a consortium to deliver a research programme to build the policy-relevant evidence base for decarbonisation of the industrial sector and carbon management. The research will be spread across four main work packages on: 1. Industrial Fuel switching including electrification and alternative fuels 2. Resource and energy efficiency in industry 3. Carbon Capture, Utilisation and Storage and engineered Greenhouse Gas Removals 4. Lifecycle Assessment methods and applications in industry Additional work packages will include a flexible fund to respond to emerging evidence needs, a data and stakeholder engagement work package underpinning the entire programme and additional stand-alone projects. The programme will focus on building the required evidence base, translating existing evidence alongside new analysis and data collection and modelling to support decision-making in industrial decarbonisation. Alongside this, a dissemination, knowledge transfer and policy translation role will be necessary to maximise impact of the research. The programme will require expertise on a number of industrial sectors, decarbonisation measures, technology sustainability and cost assessment, interactions with other sectors and supply chains and understanding of policy contexts. Methods to be employed will include literature reviews, quantitative and qualitative data collection, stakeholder engagement and interviews, modelling and analysis skills, project management and dissemination as well as policy analysis. We expect a consortium of suppliers to be the most likely optimal delivery body for this research due to the breadth of topics and skills. Outputs will likely include reports, data and models, decision support tools, case studies, teach-ins, and on-call briefings and scientific support. The research and outputs will be co-designed with policy stakeholders to ensure policy relevance and will have built-in flexibility to respond to emerging policy needs. DESNZ is holding a supplier event on MS Teams on 5th of February 12:30pm, consisting of a presentation by DESNZ. This will be designed to enable feedback from the potential suppliers as well as to catalyse consortium formation.

Provision of fencing installations, maintenance, security works, welding /fabricating and associated groundworks across the London Borough of Harrows estate (parks, open spaces, cemeteries, allotments, car parks and highway boundaries. • Approximately 83 parks and open spaces covering over 1,100 hectares • 33 allotment sites comprising approximately 1,020 plots • 7 cemeteries and burial grounds Across these locations, there are numerous fencing and access control assets of varying types, age, and condition, including timber fencing systems, metal railings, mesh fencing, security fencing, and associated gate installations. The Council requires a flexible and responsive service capable of maintaining, repairing, replacing, and installing fencing and associated infrastructure across this varied asset base. The Supplier shall: • provide all labour, supervision, materials, and equipment • undertake surveys, quotations, and technical submissions • deliver works in compliance with all applicable legislation • complete works and provide all required documentation All works shall be instructed via call-off orders unless classified as Emergency Works.

The Department for Energy Security and Net Zero (DESNZ) intends to procure an external provider to deliver Acceleration Support services alongside the Heat Pump Ready (HPR) – Round 2: Innovation Funding Competition (a grant funding programme). This notice is published to inform the market of DESNZ’s intentions and to support preliminary market engagement; it does not constitute a commitment to proceed with a procurement. The Innovation Funding Competition is an innovation programme providing grant funding to support research and development projects that address key barriers to the deployment of heat pumps, with the aim of supporting innovations to progress towards market entry by 2030. Acceleration Support will be delivered in parallel with grant‑funded activity by an external provider and is intended to help projects address barriers to market entry that may not be overcome through grant funding alone. The support is expected to cover areas including commercialisation, collaboration, dissemination and social value. To manage conflicts of interest and ensure fair competition, the appointed Acceleration Support provider, and any organisations involved in delivering these services will not be eligible to apply for, or participate in, the Heat Pump Ready Innovation Funding Competition or future independent evaluation contract

This contract is for the provision of Porton Industrial Automated Control System Works. UKHSA have a regulatory requirement to improve the Industrial Automated Control Systems (IACS) at our Porton site. This requirement will deliver a critical infrastructure upgrade to enhance the security, resilience, and operational independence of IACS supporting high containment laboratories. The key deliverables of this include: • Construction of two dedicated data centres to house IACS infrastructure; • Installation of core network infrastructure, including: o High-capacity fibre optic links between server rooms; o Copper cabling to connect IACS equipment to specific high containment labs • Preparation of readiness for the migration of primary IACS systems; and • Futureproofing to enable seamless expansion to further labs in later phases.

International Health Regulations Strengthening Events And Logistics Management – Indo-Pacific

The requirement is for the provision of overnight security services across three YMCA London City and North supported housing properties in Hackney, Islington and Haringey, which collectively provide accommodation for young people aged 16 to 25. The contractor must supply professional, trained security personnel to deliver a high-quality, customer-focused service between 8:00pm and 8:00am, seven days a week, with the ability to respond to ad hoc incidents when required. Services include managing access control, visitor sign-in procedures, CCTV monitoring, key management, patrols, incident reporting, and supporting resident safety and welfare. The contractor must comply with safeguarding requirements, including enhanced DBS checks, health and safety legislation, GDPR obligations, and YMCA policies. Security staff are expected to maintain high standards of conduct, customer service and professionalism, while working collaboratively with YMCA staff to provide a safe and secure environment for residents, visitors and the wider community.

Please note that the launch date is anticipated to be within the window of anticipated to be within the window of 3rd of June to 5th of June. DESNZ is seeking to procure a consortium to deliver a research programme to build the policy-relevant evidence base for decarbonisation of the industrial sector and carbon management. The research will be spread across four main work packages on: 1. Industrial Fuel switching including electrification and alternative fuels 2. Resource and energy efficiency in industry 3. Carbon Capture, Utilisation and Storage and engineered Greenhouse Gas Removals 4. Life Cycle Assessment methods and applications in industry Additional work packages will include a: 5. flexible fund to respond to emerging evidence needs 6. data and stakeholder engagement work package underpinning the entire programme and additional stand-alone projects. The programme will focus on building the required evidence base, translating existing evidence alongside new analysis and data collection and modelling to support decision-making in industrial decarbonisation. Alongside this, a dissemination, knowledge transfer and policy translation role will be necessary to maximise impact of the research. The programme will require expertise on a number of industrial sectors, decarbonisation measures, technology sustainability and cost assessment, interactions with other sectors and supply chains and understanding of policy contexts. Methods to be employed will include literature reviews, quantitative and qualitative data collection, stakeholder engagement and interviews, modelling and analysis skills, project management and dissemination as well as policy analysis. The scope of the programme necessitates a wide range of topical expertise and skills. Outputs will likely include reports, data and models, decision support tools, case studies, teach-ins, and on-call briefings and scientific support. The research and outputs will be co-designed with policy stakeholders to ensure policy relevance and will have built-in flexibility to respond to emerging policy needs. To support potential suppliers with finding partners, a supplier partner engagement form is being provided which will allow suppliers to register their interest in identifying partners and their skills and expertise. Please see special instructions below

The provision of works to upgrade the emergency lighting system at the Porton Down site.

DESNZ is seeking to procure a supplier(s) to deliver and lead the second UK Greenhouse Gas (GHG) Inventory Improvement Programme of research (IIP-2). The research programme will involve an organisation with expert technical understanding of inventory issues as they relate to issues across the UK economy leading a consortium to develop methodologies, deliver sector-specific original research and engage relevant stakeholder, generating new or updated emission factors and activity data. This will continue to ensure that the UK GHG inventory is in alignment with Intergovernmental Panel on Climate Change guidelines and reflects government decarbonisation efforts. This programme is being published as two procurements. This one is the  Energy, Waste, and Industrial Processes and Product Use (IPPU) emissions reporting sectors. Refer to Page 55 of the ITT Document Both programmes will require a multidisciplinary teams with expertise spanning but not limited to climate science, mathematical emissions modelling, IPCC guidelines, UNFCCC accredited experts and international emissions reporting standards, specifically as applied to sectoral processes (excluding the agriculture sector but a knowledge of the agriculture sector is essential). In addition, a dedicated programme management office will be essential to coordinate and oversee delivery. To ensure comprehensive and high-quality outcomes, the programme will employ a blend of qualitative, quantitative, modelling, and collaborative research approaches. These will include desk-based analysis, stakeholder engagement, laboratory testing, model and methodology development, fieldwork, and rigorous QA/QC procedures. The intended outcome is a scientifically robust and transparently enhanced UK GHG inventory. The inventory will be more resilient to future changes and capable of quantifying emissions uncertainty in a reproducible and interpretable manner. It will also improve the representation of emissions from diffuse sources, using open and transparent models and methods that allow for the identification and correction of risks and weaknesses.

DESNZ is seeking to procure a supplier(s) to deliver and lead the second UK Greenhouse Gas (GHG) Inventory Improvement Programme of research (IIP-2). The research programme will involve an organisation with expert technical understanding of inventory issues as they relate to issues across the UK economy leading a consortium to develop methodologies, deliver sector-specific original research and engage relevant stakeholder, generating new or updated emission factors and activity data. This will continue to ensure that the UK GHG inventory is in alignment with Intergovernmental Panel on Climate Change guidelines and reflects government decarbonisation efforts. This programme is being published as two procurements. This one is the  Energy, Waste, and Industrial Processes and Product Use (IPPU) emissions reporting sectors. Refer to Page 55 of the ITT Document Both programmes will require a multidisciplinary teams with expertise spanning but not limited to climate science, mathematical emissions modelling, IPCC guidelines, UNFCCC accredited experts and international emissions reporting standards, specifically as applied to sectoral processes (excluding the agriculture sector but a knowledge of the agriculture sector is essential). In addition, a dedicated programme management office will be essential to coordinate and oversee delivery. To ensure comprehensive and high-quality outcomes, the programme will employ a blend of qualitative, quantitative, modelling, and collaborative research approaches. These will include desk-based analysis, stakeholder engagement, laboratory testing, model and methodology development, fieldwork, and rigorous QA/QC procedures. The intended outcome is a scientifically robust and transparently enhanced UK GHG inventory. The inventory will be more resilient to future changes and capable of quantifying emissions uncertainty in a reproducible and interpretable manner. It will also improve the representation of emissions from diffuse sources, using open and transparent models and methods that allow for the identification and correction of risks and weaknesses.

*Expression of Interest* ** UPDATE - The requested date for repsonces is 25/08/2026 @ 12:00 Scope and Requirements Phase 1 The objective of phase 1 is to assess the safety and risk considerations for deployment of up to 800 W AC mains output plug-in batteries in the UK context with acceptable electrical and fire safety risk. The study will inform technical standards adaptations and assess the feasibility of safe, plug-in batteries for UK domestic use. Scope of Phase 1 work: 1. Evaluate the different plug-in self-installed battery products on sale around the world, for example, from producers such as Anker, Fox, Lidl, and EcoFlow, listing the available key specifications, including: Battery chemistry (e.g. lithium ion LFP, sodium ion), Storage capacities of single units (kWh), expandable capacities from connecting multiple units of compatible units according to manufacturer’s instructions (kWh), power outputs (kW), compatibility with plug-in solar units from the same manufacturer or different manufacturers,, compliance with standards including any technical documentation supplied as part of compliance with EU Battery Regulations, compatibility with various installation configurations. 2. Evaluate the safety risk and hazards of plug-in battery systems currently in the international market installed DIY by consumers, considering the various possible configurations these plug-in systems could be installed , including: i. Fire incidence: Analysis of the fire incidence of plug-in batteries vs batteries in other products e.g. home batteries, phone batteries, e-bikes, including data from UK and international sources. ii. Electrical safety: Review the final report from the Plug-in solar electrical safety study and the Plug-in solar: Interim Product Specification and relevant safety standards (including BS EN 62852, BS EN IEC 62368-1, BS 7671, BS EN 62109-2, BS EN 62477-1, BS EN IEC 61204-3, BS EN IEC 61204-7, EN 61000-6-3. Class B, EN 61000-3-2) and evaluate whether and which additional electrical safety tests need to be considered for up to 800 W AC mains output plug-in batteries and plug-in batteries coupled with plug-in solar. iii. Battery standards review & additional engineering controls: Review related battery safety standards, including BS EN IEC 62619:2022, PAS 63100, MIS3012, BS EN IEC 52485, BS EN 62133-2, EU Digital Product Passport legislations (with regards to disposal), the American national standards UL9540, UL9540A, and NPFA 855, the German standard VDE-AR-E 2510-50, plug-in battery technical specifications and user/install manuals, and any drafted national standards on plug-in batteries, to a. assess which battery safety standards are most relevant to plug-in batteries in the UK and internationally, including identifying any gaps in scope where standards apply to home batteries installed by an electrician but do not include plug-in batteries, b. assess to what extent plug-in battery products on the global market are certified against the fire safety and battery safety standards required for home batteries, c. assess what additional fire safety tests are needed to assess these products in the UK domestic context to ensure the fire safety of the plug-in battery use cases (for example, exposure to domestic fire, location of device in the home etc.) and verify that a representative set of products on the market meet the relevant battery standards. d. assess which additional provisions should be considered for inclusion in a plug-in batteries product standard to reduce the risk of the plug-in battery becoming an ignition source and reduce the hazards of fires involving these batteries, including: A. Developing a list of controls that could potentially be deployed to improve the fire safety of plug-in batteries. Examples include: I. Limiting charge levels II. Discharging cells in event of a fire III. Physical controls – e.g. minimum case requirements IV. Incorporating fire suppression systems V. Incorporating toxic gas suppression systems B. Devising a test plan for how to quantify how these engineering controls would reduce the risk of becoming an ignition source and reduce the hazards of fires involving batteries C. Estimating the cost and benefits of each mitigation method and determine the priority order of the mitigations. Recommend which (if any) should be specified in any future plug-in battery standard, and map key points of non-compliance of existing products with these provisions and standards identified as necessary to ensure safe install and use of these systems inside UK homes, and potential pathways for mitigation. The finalised scope of the laboratory test protocols (point 3. below) would be expected to be informed by the findings from a) b) and c), and the results of the laboratory tests would be expected to help inform the findings of d) and e), alongside desk-based research. 3. Laboratory testing: i. Design a test protocol to cover a relevant range of plug-in batteries and installation configurations, and a relevant set of additive battery fire safety tests. The selection of products to test and finalisation of testing matrix will be developed as part of the response to tender and the project itself, however the expectation is that testing will cover 3-8 plug-in battery products. Expected testing methodologies may be expected to cover: 1. Reasonably foreseeable misuse and verify compliance of the systems with relevant standards subclauses. For example: 1. Overcharge control of voltage/current conditions under 3 configurations: (1) plug-in solar/battery, (2) expanded battery (DC coupled in series), (3) expanded battery (DC coupled in parallel) 2. Mismatched battery/inverter components under overcharge control of voltage/current conditions 3. Lab-based assessments may include teardown of products for engineering assessment of design. 4. Testing of additional engineering controls (see 2.iii.d.) and how these improve the safety of plug-in batteries with respect to (1) reducing the risk of battery as source of ignition and (2) reducing the hazards associated with batteries involved in fire. In the case of (1), would need to develop a suitable control test using stress-testing of the un-modified battery. The case of (2) would need to develop a suitable control test where the unmodified battery is exposed to fire. Monitoring with appropriate sensing to ascertain, fire spread, flammability, production of explosive gases like VOCs and H2, production of toxic gases such as HF. ii. Create test environments to conduct the tests agreed in the test protocol. iii. Conduct the safety testing as agreed in the testing protocol. iv. Decommission the test environments at end of testing phase. v. Use the lab-based testing to evaluate the safety of the systems and whether additional hardware (e.g. wall mounting the unit), performance of the battery management system, compliance with additional standards, or additional operation guidance can sufficiently mitigate safety concerns. 5. Recommend technical and regulatory adaptations to permit legal, safe use of plug-in batteries. Phase 2: Subject to budget availability and emerging findings from phase 1 Scope of Phase 2 work: 6. Review the outputs of phase 1 work, particularly the standards landscaping and recommendations of technical amendments and additional engineering controls to enhance the safety of plug-in batteries in the UK and evaluate the gap between products marketed for conventional electrician-installed domestic battery installations in the UK and the safety requirements recommended for plug-in batteries. 7. Laboratory testing: i. Design a test protocol to cover 5-8 fire safety tests of indoor installation scenarios in UK domestic context with a relevant range of domestic batteries. ii. Create test environments to conduct the tests agreed in the test protocol. iii. Conduct safety testing on each system to understand the risk profile of the indoor installation scenarios selected. iv. Decommission the test environments at the end of the testing phase. v. Use the lab-based testing to evaluate the safety of the systems in indoor installation scenarios and whether additional hardware, performance of the battery management system, compliance with additional standards, or additional operation guidance can sufficiently mitigate safety concerns. 8. Recommend technical and regulatory adaptations to enhance the safety of indoor installations of domestic batteries. This may include amendments to installation standards such as PAS 63100, creation of new technical product specifications with additional engineering controls, and recommended industry guidance for manufacturers, installers and consumers. Requirements for test facilities • The test facility should have sufficient structural integrity and a fire suppression system to sustain the conditions of overpressure and fire that may occur as a result of testing. • The facility should have a ventilation system to remove and capture gas which might be produced during the tests. • The test facility should have the capability to test 1-5 kWh plug-in battery products. Note that cell-level testing is not required as part of this work. • The test facility should have the appropriate instrumentation to capture all relevant monitoring data required for the tests – e.g. temperature sensing, gas sensing, voltage and current. • The testing facility should have an appropriate method for safe disposal of waste in line with relevant regulations (such as dangerous goods). • Consideration should be given to high voltage hazards when applicable. • Proven availability of lab time within the project timeline. • Test facility should be of reputable standing, with UKAS accreditation where appropriate. • Demonstrate ability to build bespoke test rigs. Please see participation section for questions - Responces to be issued to [email protected]

The UK Health Security Agency (UKHSA) intends to establish a Framework Agreement for the provision of Countermeasures and Preparedness products (the “Framework Agreement”). The Framework Agreement will be available for use by UKHSA and potentially other eligible public sector organisations such as the Ministry of Defence (MOD). The Framework Agreement will provide access to a range of pre-approved suppliers and their products. At this stage, it is intended that the Framework Agreement will comprise multiple lots including, but not limited to: - Antivirals - Antibiotics - Antitoxins - Antivenoms - Antidotes - Vaccines - Immunoglobulins - Intravenous Fluids (IV's) - ICU Medicines - Radiation Treatments - Medical Consumables (used in administering the medicines)* - Combined Needles and Syringes* *For the purposes of preliminary market engagement, we have included all products in scope of our portfolio. To confirm, recently awarded contracts will continue for their term.  The proposed scope and lotting structure will be explored further during the preliminary market engagement, with the final lotting structure confirmed in the UK 4 Tender Notice for this procurement. Suppliers will be awarded places on the Framework Agreement based on their ability to meet quality standards and deliver value for money. UKHSA is committed to working with suppliers who support Sustainability and Social Value objectives, and these elements are expected to form part of the award criteria, details of which will be set out in the tender documentation.

DESNZ is seeking to procure a contractor to provide research services for a four-year Biomass Research Programme. The programme will advance scientific understanding of the role and potential of biomass and bioenergy in supporting climate change mitigation, enhancing energy security, and de-risking the delivery of net zero. It will include research on: Lifecycle greenhouse gas emissions of biomass feedstocks and bioenergy systems Biomass availability and demand across sectors Sustainability criteria and environmental impacts Co-benefits and trade-offs including biodiversity, air and water quality Economic modelling of biomass-derived fuels and materials The bioeconomy and its potential for growth and decarbonisation The following skills and expertise are considered particularly important for this work: Geospatial modelling Spatial data analysis Modelling climate scenarios Scientific research Scientific analysis Policy development Economic research The project will additionally require strong project management capability to support the delivery of this research. Outputs are likely to include: Reports, policy briefings, and technical annexes Updated models (e.g. UK & Global Bioenergy Resource Model) Seminars, workshops, and teach-ins Data sets and scenario analyses to inform policy decisions The programme will be delivered through seven work packages (WP), covering: WP1: Programme Management WP2: Biomass Lifecycle Analysis WP3: Feedstock Availability WP4: Biomass Feedstocks for Industry WP5: Biomass Sustainability Framework (with co-benefits & trade-offs) WP6: Analyses of the Bioeconomy WP7: A Flexible Fund for emerging evidence needs DESNZ is holding a supplier event on MS Teams on 13.01.2026, consisting of a presentation by DESNZ followed by Q&A.

His Majesty’s Courts and Tribunals Service (HMCTS) is in the early stages of reviewing its current Facilities Management (FM) and Security provision across its estate. This notice is published for transparency purposes in accordance with the Procurement Act (2023) and does not constitute the commencement of a procurement. HMCTS is responsible for approximately 340 locations throughout England, Wales and certain sites in Scotland. FM and Security arrangements are currently delivered through two national contracts. Current FM provision includes a range of Hard FM and Soft FM services. Hard FM services include, but are not limited to, statutory and mandatory compliance, projects, planned and reactive maintenance, building fabric maintenance, mechanical, electrical & plumbing (MEP). Soft FM services include, but are not limited to, FM support services, grounds maintenance and landscaping including gritting, routine and reactive cleaning services, window cleaning, pest control and general waste and recycling services. Security provision includes, but is not limited to, guarding, reactive ad hoc guarding, out of hours alarm response and management of search equipment. The project aims to ensure that critical FM and Security support arrangements are put in place so that services continue beyond the expiry of the current contracts in April 2029. This project is at an early stage. All information contained in this notice, including but not limited to, timings and potential scope, is indicative only and may be subject to change. No response is required from interested parties regarding this notice however HMCTS intend to publish a Preliminary Market Engagement (PME) notice in due course.

The buyer is seeking proposals for the security, guarding and operational service at the Supreme Court of the United Kingdom (UKSC). The service is in place to ensure the safety of Justices, staff, contractors, visitors, and the physical site itself, as well as ensuring the work of the Court, both at its main site and any other location where the work or activities of the Court take place, are done safely and securely.

UKHSA is inviting suppliers to participate in a preliminary market engagement exercise for Doxycycline 10 pack through this Request for Information (RFI), in accordance with the Procurement Act 2023.

UKHSA is inviting suppliers to participate in a preliminary market engagement exercise for Pralidoxime Chloride through this Request for Information (RFI), in accordance with the Procurement Act 2023. Suppliers wishing to be considered for inclusion in this procurement exercise must confirm their participation by the stated deadline. Suppliers who do not participate will not be included in the procurement process or considered for subsequent stages.

NHS Shared Business Services Limited (NHS SBS) intends to put in place its 3rd generation Framework for the provision of Security Services and Surveillance Solutions to be used by Approved Organisations for the following proposed Lots, which are under consideration during this preliminary market engagement. Lot 1: Healthcare - Guarding Services: This Lot provides the NHS and wider healthcare sector with access to professional, compliant, and responsive guarding services designed to maintain a safe, secure, and reassuring environment across healthcare settings, for staff, patients, and the general public. Lot 2: Public Sector - Guarding Services and Events Management: This Lot enables public sector organisations to access professional, compliant, and flexible guarding and events management services designed to protect people, property, and public spaces. Lot 3: Surveillance, Security Equipment, and Alarms: This Lot covers the supply, installation, maintenance, and support of CCTV systems, intrusion alarms, and related security technologies. Lot 4: Access Control: This Lot covers the supply, installation, maintenance, and support of door entry systems, electronic access solutions, credential management, and associated security technologies. Lot 5: Supply and Monitoring of Lone Working / Staff Call Solutions: This Lot covers the supply, deployment, monitoring, and ongoing support of personal safety devices, panic alarms, location based alerting technologies, and associated software platforms. Lot 6: Security Products: This Lot covers the provision of security equipment to support the delivery of an in-house security service provision. Lot 7: Consultancy Services, Security Design, and Assessment: This Lot covers strategic security consultancy, risk and vulnerability assessments, threat analysis, security system design, compliance reviews, and specialist advisory services.

The Department for Energy Security and Net Zero (DESNZ), in collaboration with Integrated Corporate Services (ICS) Digital, are planning to procure a contract for the provision of a Fuel Finder Aggregator Service. In preparation for the procurement, preliminary market engagement is being conducted to seek feedback from prospective suppliers. The route to market has not been confirmed yet however due to the digital/technical nature of the requirement, it is likely that a Government Commercial Agency (GCA) framework will be used. Technology Services 4 (TS4) Framework Agreement RM6190 has been identified as a potential route to market. Should the procurement be run via TS4, matrix Lot 2.5 may be used, comprising: Lot 2 - Transition and Service Integration and Management (SIAM) and Lot 5 - Application and Data Management. The competitive selection process would therefore be restricted to Suppliers who are successful in their bids for the relevant Matrix Lots of GCA TS4. Prospective suppliers can obtain further details on the required services, proposed approach and provide a response to a series of questions in the associated 'Request for Information' (RFI) by emailing the point of contact in this notice. £3,000,000 excluding VAT 04 January 2027 to 3 January 2030 Two possible 12-month extensions to 03 Jan 2031 and 03 Jan 2032 5 years (3+1+1) The Buyer would like to obtain feedback from the market on the proposed procurement for the Provision of a Fuel Finder Aggregator Service.

Continuous Improvement Action Tracker software to support the effective management, monitoring and reporting of Continuous Improvement Activities (CIAs) across ICS Commercial. The solution is intended to replace the current manual, Excel-based process with a more efficient, reliable and sustainable system.