CA18290 - Security Equipment & Associated Services

**Please note this is a Market Engagement exercise to attract interest for our upcoming Tender. If you wish to be invited to participate in the tender please email declaration of interest to Procurement@Londonenergyltd.com** Spec: 3. Scope of Works The contractor shall provide a complete engineered fire detection and suppression system, including all labour, materials, plant, access equipment, design services, testing equipment, certification and documentation necessary to deliver a fully operational system. The protected scope comprises four individual turbine areas within the Turbine Hall. For tendering purposes, each turbine shall be assumed to have an approximate protected area of 15 m², giving an indicative total protected turbine area of approximately 60 m². Tenderers shall verify all dimensions, access constraints, hazard locations and coverage requirements during the site survey and shall base the final design on confirmed site measurements and risk assessment. • Site surveys and risk assessment of the Turbine Hall and protected turbine assets. • Design of the fire detection, alarm interface and suppression system. • Selection and supply of detectors, control panels, suppression equipment, pipework, nozzles, cylinders, pumps, valves, cabling, containment, signage and ancillary equipment. • Installation of all system components, including interfaces with existing fire alarm, plant control, shutdown, ventilation or building management systems where required. • Factory acceptance testing, site acceptance testing, commissioning and functional performance testing. • Provision of certification, operation and maintenance manuals, as-built drawings, cause-and-effect documentation and training. • Provision of warranty, defects support and proposals for ongoing inspection, testing and maintenance. 4. Regulatory and Standards Compliance The system and all works shall comply with all applicable UK legislation, regulations, approved guidance and recognised standards current at the date of tender and installation. The contractor shall identify and declare all applicable standards within their tender submission and shall state any proposed deviations. • Regulatory Reform (Fire Safety) Order 2005 and the duties of the Responsible Person. • BS 5839-1 for fire detection and fire alarm systems in non-domestic premises, including design, installation, commissioning and maintenance requirements. • Applicable BS EN 54 standards for fire detection and alarm components. • Applicable standards for the selected suppression technology, which may include BS EN 15004 for gaseous extinguishing systems, BS 8489 for industrial and commercial watermist systems, BS EN 12845 for sprinkler systems, or other relevant recognised standards appropriate to the proposed solution. • Where water mist is proposed, the system shall comply with BS 8489 or another applicable recognised standard for industrial and commercial water mist systems, together with manufacturer approvals, fire test evidence and any insurer requirements relevant to turbine or machinery-space oil-fire protection. • BS 7273 requirements for interfaces between fire detection systems and ancillary fire protection measures, where applicable. • Health and Safety at Work etc. Act 1974, CDM Regulations 2015, Electricity at Work Regulations 1989 and all applicable site safety requirements. • Manufacturer installation instructions, insurer requirements and industry best practice. 5. Technical Requirements 5.1 Fire Risk Basis The principal fire risk within the protected turbine areas arises from steam pipework operating at conditions and temperatures above the flash point of the oil used within the turbine systems. Oil pipework and steam pipework run adjacent to one another, increasing the likelihood that an oil leak, spray, mist or release could come into contact with hot steam pipework or other high-temperature surfaces and ignite. The fire detection and suppression design shall therefore be based on credible oil-release scenarios, including pressurised leakage, dripping, pooling, spray impingement, atomised mist and contact with hot pipework or adjacent hot surfaces. Tenderers shall explain how their proposed solution detects and suppresses fires originating from these scenarios at an early stage and how the design reduces the risk of fire escalation to adjacent turbine equipment, cable routes, insulation, lagging and structural elements. 5.2 Fire Detection • The detection system shall provide reliable early warning appropriate to the turbine risk profile and environmental conditions within the Turbine Hall, with particular consideration of oil leakage onto high-temperature steam pipework and associated hot-surface ignition scenarios. • The preferred detection technology is infrared flame detection. Tenderers shall propose IR flame detectors, or an equivalent or superior flame detection solution, and shall justify the suitability of the proposed technology for the turbine environment. • The detection system shall be capable of reliable operation in dark conditions and in areas containing numerous hot surfaces, including turbine casings, pipework, lagging, exhaust surfaces and other high-temperature equipment. • The system shall be capable of detecting fires fuelled by different substances and materials reasonably foreseeable within the Turbine Hall environment, including but not limited to hydrocarbon fuels, lubricating oils, electrical equipment, insulation materials, plastics, cable materials and other combustible or flammable materials associated with turbine operation and maintenance. • The design shall address potential false alarm sources, including hot surfaces, reflected radiation, welding or maintenance activities, sunlight or artificial light, airflow, temperature variation, dust, vibration, access constraints and maintenance requirements. • The system shall include appropriate zoning, device identification, alarm indication and integration with the existing fire alarm infrastructure. • The tenderer shall provide a proposed cause-and-effect matrix showing alarms, alerts, shutdowns, suppression release logic, delays, interlocks, manual release and abort functions where applicable. 5.3 Fire Suppression The suppression design shall provide suitable protection for all four turbine areas. Tenderers shall state whether their proposed suppression approach is based on individual turbine local application, grouped zone protection, total flooding or another engineered arrangement, and shall justify how the design achieves effective coverage for each approximate 15 m² turbine area. • The suppression system shall be suitable for the turbine fire risks, including oil leakage or spray onto steam pipework operating above the oil flash point, electrical, mechanical and hot-surface ignition scenarios where relevant. • Any water mist design shall be suitable for oil leakage, spray or pool-fire scenarios involving ignition on or near high-temperature steam pipework and other hot surfaces, and shall demonstrate effective suppression or control without relying on excessive water application. • The preferred suppression technology is a water mist system, selected to minimise water usage, reduce collateral damage and improve suppression effectiveness for credible oil-fire scenarios within the turbine areas. Tenderers shall propose a water mist solution, or an equivalent or superior suppression technology, and shall justify the selected suppression medium and method, including design basis, discharge performance, droplet characteristics, protected volume or local application approach, compatibility with turbine equipment and impact on personnel safety. • The solution shall minimise collateral damage, avoid unacceptable operational impact and be suitable for the environmental conditions of the Turbine Hall. • The system shall include all required detection-release controls, manual release points, lock-off or isolation arrangements, warning devices, signage, monitoring, status indication and fault reporting. • The contractor shall identify any requirements for ventilation shutdown, plant trip, fuel or oil isolation, electrical isolation, dampers, access control, evacuation warnings or post-discharge recovery. 5.4 Integration and Interfaces The contractor shall identify all required interfaces with existing site systems and shall include the design, testing and commissioning of those interfaces within their tender price unless explicitly excluded. Interfaces may include the existing fire alarm system, turbine controls, emergency shutdown systems, ventilation controls, building management systems, security systems, local alarms and remote monitoring arrangements. 6. Contractor Competence and Quality Requirements • Tenderers shall demonstrate proven experience in designing and installing fire detection and suppression systems in industrial, power generation, energy-from-waste, turbine, machinery space or comparable high-value asset environments. • Tenderers shall provide evidence of relevant third-party certification, competent-person arrangements, manufacturer accreditation and quality management systems. • All works shall be undertaken by trained and competent personnel using approved materials and methods. • The contractor shall provide project-specific risk assessments, method statements, lifting plans, access plans, isolation requirements and commissioning procedures before commencing work. 7. Tender Submission Requirements Tender submissions shall include sufficient technical and commercial information to allow LondonEnergy to evaluate the proposed solution. At a minimum, tenderers shall provide: • Executive summary of the proposed solution. • Technical design narrative and design assumptions. • Drawings, schematics, coverage philosophy and preliminary equipment layout. • Proposed detection and suppression technologies with justification. • Compliance matrix against applicable legislation, standards and this tender document. • Programme showing survey, design, procurement, installation, commissioning and handover activities. • Detailed commercial submission, including itemised costs, exclusions, assumptions and optional items. • Details of warranties, maintenance requirements, spares, consumables and lifecycle costs. • Evidence of competence, accreditations, case studies and references. • Health, safety, environmental and quality documentation. 8. Deliverables • Approved design package and technical submittals. • Installation drawings, cable schedules, equipment schedules and interface schedules. • Cause-and-effect matrix and commissioning test plan. • Completed installation, commissioning and acceptance certificates. • As-built drawings and operation and maintenance manuals. • Training records and user guidance for operators and maintainers. • Maintenance schedule and recommended spares list. • Final handover pack suitable for inclusion in LondonEnergy's fire safety records. 9. Site Constraints and Operational Requirements The Turbine Hall is an operational industrial environment. The contractor shall plan and execute the works to minimise disruption and maintain safe operation. The tenderer shall clearly state any requirements for outages, isolations, access scaffolding, lifting operations, hot works, intrusive works or operational restrictions. All site activities shall be coordinated with LondonEnergy and shall comply with site permit-to-work requirements. 10. Commercial and Contractual Requirements • Tender prices shall be submitted in pounds sterling and shall clearly identify VAT treatment. • Tenderers shall state all assumptions, exclusions, dependencies and optional costs. • The contractor shall be responsible for defects arising from design, workmanship, installation or supplied equipment within the agreed warranty period. • All intellectual property, drawings, calculations and documentation produced specifically for the project shall be made available to LondonEnergy for operation, maintenance and future modification of the installed system. • LondonEnergy reserves the right not to accept the lowest or any tender and may seek clarification, negotiation or best and final offers as part of the procurement process. 11. Clarifications, Site Visits and Submission Process Tenderers shall submit clarification questions in writing by the deadline stated in the procurement timetable. Site visits may be arranged by appointment and shall be subject to LondonEnergy's safety and security requirements. Final tender submissions shall be provided in the format and by the deadline specified in the invitation pack. 12. Important Tender Notes • The tenderer shall satisfy itself as to the site conditions, turbine risk profile and suitability of its proposed design. • Any proposed departure from legislation, British Standards, manufacturer instructions or this specification shall be clearly identified and justified. • The system shall not be deemed complete until all testing, commissioning, certification, documentation, training and handover requirements have been accepted by LondonEnergy. • Where uncertainty exists, the contractor shall adopt the higher standard of protection unless otherwise agreed in writing by LondonEnergy. - To access this competition: login to https://suppliers.multiquote.com and view the opportunity RA359497. Not registered on MultiQuote - visit https://suppliers.multiquote.com then register and quote RA359497 as the reason for registration. Any queries please contact MultiQuote on 0151 482 9230.

UK registered organisations can apply for a share of up to £150 million. The funding will be to develop, deploy and operate innovative clean maritime solutions for three years in a real world environment. This funding is from the Department for Transport.

UK registered organisations can apply for a share of up to £150 million. The funding will be to develop, deploy and operate innovative clean maritime solutions for three years in a real world environment. This funding is from the Department for Transport.

UK registered organisations can apply for a share of up to £150 million. The funding will be to develop, deploy and operate innovative clean maritime solutions for three years in a real world environment. This funding is from the Department for Transport.

Swindon Borough Council invites expressions of interest from suitably qualified and experienced service providers for the provision of Integrated Sexual Health Services. The Contract Notice invites offers under the Competitive Process of the Provider Selection Regime (PSR) Regulations. Swindon Borough Council has a statutory duty to commission open-access sexual and reproductive health services. This will be a single-lot model delivering clinical services, digital access, postal testing, Long-Acting Reversible Contraception (LARC) in GPs, outreach and prevention. This model is the preferred option following a structured Preliminary Market Engagement exercise and reflects the shift toward digital-first, outcomes-based, prevention-focused sexual health systems. The initial contract term will be for 60 months with an option to extend for a further 48 months (2 periods of 24 months) for a potential total contract term of 9 years. The guaranteed contract value is £13.1m across the initial 5-year contract term and £23.58m across the potential total 9-year contract term. For transparency, this value is presented differently to the indicative value used during Preliminary Market Engagement (PME), where estimated Out of Area (OOA) income was included within the total contract value. Out of Area (OOA) income (estimated at c.£350,000 per annum) is excluded from this value, as it is non-guaranteed, activity-dependent income and not funded through the Swindon Public Health Grant. OOA income, in line with national sexual health cross-charging guidance, will be retained by the provider and mandatorily reinvested to support the delivery of the commissioned service. The exclusion of estimated OOA income does not represent a reduction in the anticipated overall value of service income available to the provider; rather, it reflects the separation of guaranteed commissioner funding from non-guaranteed activity-based income.

Please see tender documentation.

CPC intends to put a Framework in place for the supply of Unified Communications and Telephony, Mobile Communications and Broadband Network Services, open to both manufacturers and resellers that will offer additional benefits through collaborative and innovative partnerships with CPC Members. The Framework will be for the supply of a wide range of communication & connectivity products and services and the provision of support services, to be purchased in varying quantities during the Framework period. The framework will be open to current and future CPC member institutions across the UK (https://www.thecpc.ac.uk/members), including eligible organisations registered on the UK Register of Learning Providers with a valid UKPRN (https://www.ukrlp.co.uk/). and will also be made available for use by all eligible wider public sector contracting authorities via Crescent Services (https://www.thecpc.ac.uk/members/csl). Please see link to Multiquote to access this opportunity CA18183 https://suppliers.multiquote.com/Page/Login.aspx?u=true&r=Home.aspx Includes Lots: Lot 1: Unified Communications and Telephony Lot 2: Mobile Communications Lot 3: Broadband Network Services Lot 4: Integrated Communications and Connectivity Solution To access this competition: Registered: Login to https://suppliers.multiquote.com and view the opportunity CA18183. Not registered: Visit https://suppliers.multiquote.com then register and quote CA18183 as the reason for registration. Any queries please contact MultiQuote on 020 3920 8054.

This process is a re-tender of the current Outsourced Catering Services Framework let by CPC and expiring in September 2026. CPC intends to put in place an Open Framework for the appointment of outsourced facilities suppliers who specialise in catering services, across education and also the wider public sector. The purpose of this Framework is to give CPC members a compliant route to market. The collective spending power of Members utilising CPC frameworks is harnessed to drive down costs, which often allows for savings delivery which our membership otherwise would be unable to achieve individually. The Open framework will consist of 3 or 4 frameworks within the series, dependant on extensions. It is intended for the series to conclude on 04/10/2034. CPC will be using the MultiQuote e-Tendering platform to carry out this tender. In order to express your interest in this tender and obtain the tender documents, please register or log in at: https://suppliers.multiquote.com/Page/Login.aspx If you have any issues when using MultiQuote, please contact Elcom Ltd on 020 3920 8054 or email support@elcom.com Includes Lots: Lot 1: Lot 1A: Universities, Colleges, Large MAT's, WPS - East Anglia Lot 2: Lot 1B: Universities, Colleges, Large MAT's, WPS - East Midlands Lot 3: Lot 1C: Universities, Colleges, Large MAT's, WPS - London Lot 4: Lot 1D: Universities, Colleges, Large MAT's, WPS - North East Lot 5: Lot 1E: Universities, Colleges, Large MAT's, WPS - North West Lot 6: Lot 1F: Universities, Colleges, Large MAT's, WPS - South East Lot 7: Lot 1G: Universities, Colleges, Large MAT's, WPS - South West Lot 8: Lot 1H: Universities, Colleges, Large MAT's, WPS - West Midlands Lot 9: Lot 1I: Universities, Colleges, Large MAT's, WPS - Yorkshire Lot 10: Lot 1J: Universities, Colleges, Large MAT's, WPS - England Lot 11: Lot 1K: Universities, Colleges, Large MAT's, WPS - Northern Ireland Lot 12: Lot 1L: Universities, Colleges, Large MAT's, WPS - Scotland Lot 13: Lot 1M: Universities, Colleges, Large MAT's, WPS - Wales Lot 14: Lot 2A: Academies, Schools, Small MAT's - East Anglia Lot 15: Lot 2B: Academies, Schools, Small MAT's - East Midlands To access this competition: Registered: Login to https://suppliers.multiquote.com and view the opportunity CA17978. Not registered: Visit https://suppliers.multiquote.com then register and quote CA17978 as the reason for registration. Any queries please contact MultiQuote on 020 3920 8054.

Modification 000003: The purpose of this modification is to revise NOFO Part 1. Section I.A.1 is revised to correct the Topic Area 1b cost share to 20% and Section IV.C.2 is revised to delete the Environmental Considerations Summary and Environmental Impact Volume from the Summary of Application Requirements table. This Notice of Funding Opportunity (NOFO) will seek proposals for specific research and development (R&D) projects to improve recovery efficiency from unconventional oil and natural gas reservoirs and to advance technologies for the treatment of flowback and produced water from oil and natural gas production operations. Despite increasing energy for demand, recovery efficiency for oil and natural gas from unconventional reservoirs can average less than 10 percent. This NOFO will enable rapid field deployment of a variety of novel technologies and processes related to improving primary and enhanced recovery with the goal of significantly improving resource recovery and accelerating industry uptake. This NOFO will also support the field testing and validation of water treatment technologies of produced water from oil and natural gas production operations to avoid deep well injection and potential issues with induced seismicity and interaction with underground sources of drinking water.

Expected Outcome: the proposals under this call are expected to address one or more of the following subjects : • Enhanced personalized monitoring, care and treatments, focusing on the development of highly customized healthcare solutions, including the required research and diagnostic tools, tailored to individual needs, covering various scenarios such as chronic disease management, physiotherapy, precision diagnosis, personalized medicine/treatment, pre- and postoperative care, and daily assistance in homes and common spaces. It also targets effective management of chronic diseases and elderly care through personalized monitoring and interventions facilitated by advanced sensor technologies and edge-to-cloud solutions. This includes the development and integration of solutions for Hospitalization at Home, enabling patients to receive complex, remotely supervised care using intelligent medical devices capable of sensing, analysing, and transmitting real-time data. This requires a continuum, from in-hospital diagnostics to robust, long-term patient support at home via AI-driven care pathways and hospitalization at home. • Prevention and treatment of diseases, allowing the improved…