BIOGAS GENERATION At Osberstown Sludge Treatment, MEICA Consulting Engineers Ltd, while working for RPS Consulting Engineers on behalf of Uisce Eireann as MEICA Resident Engineers worked with Partners Veolia Water and JB Barry & Partners. Veolia were the appointed Contractor while JB Barry & Partners were the appointed Employer's Representative. MEICA Consulting Engineers Ltd. conducted review of Contractor's Design, supervision of site installation and commissioning supervision of the Sludge hub. Osbertown Sludge Hub is co-located with Osbertown Wastewater Treatment Plant. The Sludge Hub Processes all the sludge from the treatment plant, and imported sludge from all the other treatment plants in Co. Kildare. The Sludge Hub utilises Advanced Anaerobic Digestion to increased the organic loading on the Anaerobic Digestors so as the existing Digesters can generate more Biogas, renewable fuel. The Biogas storage and emergency flaring facilities were also upgraded. This is included an upgraded Lightning Protection System. A full Hazardous Area Assessment for the entire Sludge Hub was also completed inline with current ATEX regulations and standards. This facilities also utilised Thermal Hydrolysis as part of the Advanced Anaerobic Digestion process. The Biogas undergoes a cleaning processes to remove Water Vapor, Hydrogen Sulphites, Siloxanes. The Biogas pressure is also boosted. This conditioning allows the Biogas to be burned in a Combined Heat & Power Gas Engine. The heat from the Gas Engines provides heat for the Nitrogen removal from the liquors coming from the Sludge Hub and this heat also assists in the generation of steam needed for the Thermal Hydrolysis Process. This technical solution provides an energy neutral site, where the vast major of wastewater treatment in Co. Kildare is treated. The project also reduces CO2 emissions by more than 8,000 tonnes per annum and delivers energy savings the equivalent of >2,700 households which will help Ireland meet our climate action goals. This project was truly a collaborative effort by all involved parties. Osberstown Wastewater Treatment Plant & SludgeHub Combined Site Awards: SEAI Energy Awards 2022. ICE Awards 2023. Sustainable Business Awards 2023. BACK On Ringsend Wastewater Treatment Plant, while working for JB Barry & Partners, MEICA Consulting Engineers Ltd again provided MEICA Resident Engineering Services on behalf of Uisce Eireann for the Sludge Line Enhancement Works. These works included an upgrade of the Advanced Anaerobic Digestion process, an upgrade to Thermal Hydrolysis Process, upgrades to Sludge Dewatering and Sludge Handling Facilities. MEICA Consulting Engineers Ltd colabrated with various project partners, where 3JV were the Employer's Representative and Murphy Process Ltd was the appointed Contractor. ( The 3JV is an engineering consultancy consortium involving TJ O’Connor & Associates, a Dublin-based firm, JB Barry & Partners, part of Egis Group, a global engineering and operations firm, and Netherlands-based, global consulting and engineering firm Royal Haskoning DHV.) MEICA Consulting Engineers Ltd. conducted review of Contractor's Design, supervision of site installation and commissioning. Both these sites provide a "Blueprint" for sustainable harnessing of resources from wastewater with: energy production based on CHP technology to reduce CO2 emissions. energy Efficiencies based on advanced real-time control of the various treatment processes. recovering soil enriching fertiliser end product rich in N + P. Sustainable Phosphorus generation for agricultural purposes. implementation of advanced Asset Management.

WATER Uisce Eireann Projects MEICA Consulting Engineers Ltd while providing Resident Engineering Services on behalf of Uisce Eireann working with various Employer Representatives and Contractor's on multiple water and wastewater projects have provided the following services: Review of Contractor's Mechanical & Electrical Building Services design. Provide technical advice and support to the Employer's Representative for M&E Building Services design and requirements of Part L of the Building Codes. Develop with the Contractor and Assigned Certifier the M&E Building Services BCAR Inspection Test Plan. Review all the M&E Building Services ancillary for the Assigned Certifier. Onsite Supervision of the Contractor's implementation of M&E Building Services BCAR Inspection Test Plan. Review of Contractor's design for standby generation, (Diesel). Onsite Supervision of the Contractor's installation and commissioning of standby generation We have provided this service on the following water projects: Osberstown Sludge Hub. Upper Liffey Valley Pipeline 2B - Monread Wastewater Pumping Station, (WWPS), Clane WWPS and Sallins WWPS. Upper Liffey Valley Pipeline 2A - Kilbelin WWPS, Little Connell WWPS and New Hall WWPS. Windmill Hill Reservoir Control Building. Brannockstown Water Pumping Station. BACK

RESIDENT ENGINEERING DEVELOPMENT PROGRAMME Please see the link below, which outlines the typical role of a Resident Engineer in Construction RESIDENT ENGINEERING TRAINING The MEICA School of Engineering has the following courses for the Resident Engineering Training RESIDENT ENGINEERING DEVELOPMENT PROGRAMME Further Details on each course is given below. Please see the link below, which outlines the typical role of a Resident Engineer in Construction Link: https://alsyedconstruction.com/what-is-a-resident-engineer-in-construction/ BACK RESIDENT ENGINEERING DEVELOPMENT PROGRAMME Resident Engineering Training To fully complete this programme is 100 hours of Continual Profession Development (CPD). The subject topics covered by this Courses are: Site Supervision Handbook. Driving For Work. Safety Training - Safepass / Working At Heights / Manual Lifting & Confined Space Softskills Uisce Eireann Standards Portal Daily Site Records - Monitoring & Recording Contractor's activities onsite Daily Weather Records. Weekly & Monthly Progress reports. Health & Safety Weekly Health & Safety Audits Contract Awareness Environmental Monitoring Quality Management Systems Quality Monitoring Form 11 Quality Documentation Including Factory Certs Material Reviews Standard UE-TEC-600-05 Commissioning Plan Process & Instrumentation Diagrams Inspection Tests - Visuals Inspection Tests - Functional Commissioning - Site Acceptance Tests Commissioning Form 5 Commissioning - Trial Operation Commissioning - Performance Tests Safety File Including O&M Manuals As -Built Process Handover Documentation Handover Form 6

GRADUATE DEVELOPMENT PROGRAMME MEICA Consulting Engineers offers the opportunity to grow and succeed as part of a committed team, work with and learn from the best in the business, make a difference and excel by bringing fresh ideas and be part of a new era of professional services. Our Graduate Development Programme, is a 2 year programme, with 450 hours of formal Continual Professional Development, (CPD). You'll be put at the heart of client projects from day one. You'll gain first-hand experience in problem-solving, collaborating with industry leaders and working with multi-disciplinary teams to address complex challenges. GRADUATE DEVELOPMENT PROGRAMME - COMPREHENSIVE REWARDS AND BENEFITS FOR YOU. We offer an excellent range of rewards and benefits to suit your lifestyle. Full details of all initiatives and criteria are available on upon joining. We have outlined the benefits you can expect below. Graduation day off Enhanced study leave Paid professional subscriptions. Support from our Professional Team in monitoring your career developments. Annual Continual Professional Development Review Workshop. Access to School of MEICA Engineering. Private health insurance allowance Employee Assistance Programme (EAP) Bike to Work scheme Secondments. Access to Senior Engineers to act as Mentors for Career Development. Learning and Development in MEICA is based on a 60-15-15-5-5 model: 60 on-the-job learning, 15% learning from others, 15% Online Training, 5% Formal Training and 5% Self Directed Learning. We encourage Self Directed Learning as this method helps the development of independent Engineering Judgement. In our operational procedures we have a designated Training Manager who oversees the implementation of our Training and Knowledge Management Procedures. SCHOOL OF MEICA ENGINEERING BACK GRADUATE DEVELOPMENT PROGRAMME - COMPREHENSIVE REWARDS AND BENEFITS FOR YOU. Graduate Development & Training To fully complete this programme is 450 hours of formal Continual Profession Development (CPD) over two years. The subject modules covered by this programme are: Health & Safety. Professional Studies including ethics and client communication. Project Management including Softskills Further Technical Training in the engineer's discipline. Technical Report Writing. Contract Awareness Resident Engineering Training & Experience. Quality Management.

MEICA School of Engineering has the following courses for Environmental Management ENVIRONMENTAL MANAGEMENT TRAINING The MEICA School of Engineering has the following courses for Environmental Management ENVIRONENTAL MANAGEMENT DEVELOPMENT PROGRAMME Further Details on each course is given below BACK ENVIRONENTAL MANAGEMENT DEVELOPMENT PROGRAMME Environmental Management To fully complete this programme is 120 hours of Continual Profession Development (CPD). The subject topics covered by this Courses are: CORE CONCEPTS & FRAMEWORKS: Introduction to Environmental Management Principles of Sustainable Development Environmental Ethics and Responsibility Environmental Management Systems (EMS) – ISO 14001 Environmental Laws, Policies, and Regulations Global Environmental Agreements (e.g., Paris Agreement, Kyoto Protocol) Environmental Governance and Institutions ASSESSMENT, PLANNING, AND RISK: Environmental Impact Assessment (EIA) Strategic Environmental Assessment (SEA) Environmental Risk Assessment and Management Life Cycle Assessment (LCA) Environmental Auditing and Performance Evaluation Cost-Benefit Analysis in Environmental Decision Making POLLUTION AND WASTE MANAGEMENT Air Pollution: Sources, Effects, and Control Water Pollution and Water Resource Management Soil and Land Contamination Waste Management: Solid, Liquid, and Hazardous Waste Pollution Prevention and Cleaner Production ENERGY, CLIMATE, AND NATURAL RESOURCES: ENERGY, CLIMATE, AND NATURAL RESOURCES Climate Change Science and Mitigation Carbon Footprinting and GHG Management Energy Management and Conservation Renewable Energy Technologies and Integration Natural Resource Management (Water, Forests, Minerals, etc.) Biodiversity Conservation and Ecosystem Services SUSTAINABILITY AND BUSINESS INTEGRATION: NE ISO 140001 Standard Corporate Environmental Responsibility and CSR Sustainable Procurement and Green Supply Chains Environmental Economics and Ecological Valuation Toolbox Talks. Sustainability Reporting and Environmental Indicators Digital Tools and Technologies in Environmental Management (e.g., GIS, remote sensing) Public Participation and Environmental Education CONSTRUCTION: Construction Environmental Management Plan Environmental Emergency Procedures Incident Reporting and Investigation Waste Management Environmental Audits. Recycling of Rumble Waste SURVEY WORK: Invasive Species Surveys Noise Surveys. H2S Surveys Light LUX Surveys. Odour compliant investigation associated with Wastewater above ground facilities OTHER: Integrated Pollution Prevention and Control licence Asbestos. Appropriate Assessment Screening Uisce Eireann ENVIRO-KITS Ui

MEICA School of Engineering has the following courses for the Instrumentation Discipline INSTRUMENTATION TECHNICAL DEVELOPMENT TRAINING The MEICA School of Engineering has the following courses for the Instrumentation Discipline: INSTRUMENTATION TECHNICAL DEVELOPMENT PROGRAMME Further Details on each course is given below BACK PROCESS & FUNCTIONAL SAFETY TECHNICAL TRAINING PROGRAMME Instrumentation To fully complete this programme is 120 hours of Continual Profession Development (CPD). The subject topics covered by this Courses are: Transducers, (Measuring Elements) & Transmitters. 4-20 mAmp Scale Switches. PLC Digital & Analogue Inputs. Relay Outputs. Intelligent Instruments. Flowmeters. Flow Switches Ultrasonic Level Measurement. Radar Level Measurement. Hydrostatic Level Measurement. Float Level Switches. Conductivity Level Switches. Pressure Measurement. Pressure Switches. Temperature Measurement. Temperature Switches. Density Measurement. Dissolved Oxygen Monitors. Mixed Liquor Measurement. Ammonia Measurement. Nitrate Measurements. Turbidity Meters. pH Measurement. Chlorine Measurement. Fluorine Measurement Vibration Redox Monitoring. Gauges Specification & Selection. Loop Power Instrumentation. Power Supplies. Process Control with PID Loop Current Transformers. Voltage Transformers. Power Meters HART Protocol Calibration and 4 Point Calibration. CE Marking. ATEX Resolution, Accuracy, Repeatability and Linearity Process Connection Water Industry Mechanical & Electrical Standards, (WIMES) Design Risk Assessments Specification, Datasheets and Selection Safe Isolation Procedures - Block and Bleed Systems Safe Access & Egress Permit to Work Systems Pre-Commissioning Checks. Commissioning Checks. Validation Safety File.

For the Phosphorus Fixation Project on Ringsend Wastewater Treatment plant, ​MEICA Consulting Engineers worked for the 3JV. The 3JV is an engineering consultancy onsortium involving TJ O’Connor & Associates, a Dublin-based firm, JB Barry & Partners, part of Egis Group, a global engineering and operations firm, and Netherlands-based, global consulting and engineering firm Royal Haskoning DHV. P-FIXATION AT RINGSEND WWTP For the Phosphorus Fixation Project on Ringsend Wastewater Treatment plant, MEICA Consulting Engineers worked for the 3JV. The 3JV is an engineering consultancy onsortium involving TJ O’Connor & Associates, a Dublin-based firm, JB Barry & Partners, part of Egis Group, a global engineering and operations firm, and Netherlands-based, global consulting and engineering firm Royal Haskoning DHV. This project forms an integral part of the upgraded facility allowing for the recovery of Phosphorus from wastewater. The process forms pearly coloured granules, which can be used as a slow-release agricultural fertiliser. The Ringsend WwTP Phosphorous Fixation & Recovery Project is the first of its kind in Ireland and is currently the largest in Europe by reactor volume. It involves the use of innovative technology to sustainably remove phosphorous from the wastewater being treated at Ringsend WwTP. The Phosphorus Fixation Facility in Ringsend is an great example of the circular economy in action. At full capacity, the Phosphorous-recovery facility in Ringsend will be capable of producing over 4,000 tonnes of fertiliser product per year, while removing 1.3 tonnes of phosphorous a day from the effluent discharged from Ringsend WWTP. The investment made by Uisce Eireann in this facility was €500m. The process utilises a Phosphate Elimination and Recovery Lightweight (PEARL) reactor. It is designed to to recover phosphorus from pre- and post-digestion liquors, through the controlled precipitation of crystalline struvite. Within the Pearl system reactor, the growth of struvite (magnesium ammonium phosphate) is facilitated by the addition of magnesium in a controlled pH setting. This allows nutrients to crystallize into eco-friendly fertilizer granules, which are harvested, dried and then distributed and sold. The treated effluent is then discharged from the top of the reactor and returned to the plant with significantly reduced nutrient content. Ringsend WWTP Phosphors Fixation Awards: FIDIC Global Infrastructure Project Award 2024. ACEI Project Of The Year 2024. Ringsend WwTP: Phosphorus Fixation (2023) BACK

We collaborate with our clients to assess the energy footprint of existing assets and identify innovative solutions that lower operating, maintenance, and lifecycle costs, improve energy efficiency, and reduce emissions—enhancing the societal benefits of sustainable infrastructure. EFFICIENCY & AUDITS We collaborate with our clients to assess the energy footprint of existing assets and identify innovative solutions that lower operating, maintenance, and lifecycle costs, improve energy efficiency, and reduce emissions—enhancing the societal benefits of sustainable infrastructure. Our process begins with a comprehensive energy audit, which includes a detailed evaluation of the asset and tailored efficiency recommendations. From there, we work closely with our clients to realize a shared vision for a future of optimized energy use. ENERGY & RENEWABLES BACK

SCHOOL OF MEICA ENGINEERING At MEICA Consulting Engineers Ltd, we have developed a comprehensive training and development programme for each Engineering Discipline. This is solely for the development of our team members and it is freely available to them. We hold annual Continual Professional Development Workshops with each of team member from which an unique individual personalised career plan is developed. MECHANICAL PROCESS & POWER ENGINEERING TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 120 hours of Continual Profession Development (CPD). MECHANICAL BUILDING SERVICES & HVAC ENGINEERING TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 120 hours of Continual Profession Development (CPD). ELECTRICAL LOW VOLTAGE TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 60 hours of Continual Profession Development (CPD). ELECTRICAL BUILDING SERVICES TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 60 hours of Continual Profession Development (CPD). ELECTRICAL HIGH VOLTAGE TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 60 hours of Continual Profession Development (CPD). INSTRUMENTATION TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 120 hours of Continual Profession Development (CPD). CONTROL & AUTOMATION TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 150 hours of Continual Profession Development (CPD). WATER PROCESS TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 60 hours of Continual Profession Development (CPD). WASTEWATER PROCESS TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 60 hours of Continual Profession Development (CPD). SLUDGE TREATMENT TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 60 hours of Continual Profession Development (CPD). PROJECT MANAGEMENT TECHNICAL DEVELOPMENT PROGRAMME - To fully complete this programme is 60 hours of Continual Profession Development (CPD). HEALTH & SAFETY DEVELOPMENT PROGRAMME - To fully complete this programme is 80 hours of Continual Profession Development (CPD). PROCESS & FUNCTIONAL SAFETY DEVELOPMENT PROGRAMME - To fully complete this programme is 50 hours of Continual Profession Development (CPD). QUALITY MANAGEMENT DEVELOPMENT PROGRAMME - To fully complete this programme is 120 hours of Continual Profession Development (CPD). ENVIRONENTAL MANAGEMENT DEVELOPMENT PROGRAMME - To fully complete this programme is 120 hours of Continual Profession Development (CPD). RESIDENT ENGINEERING DEVELOPMENT PROGRAMME - To fully complete this programme is 100 hours of Continual Profession Development (CPD). SOFT SKILLS PROGRAMME - To fully complete this programme is 40 hours of Continual Profession Development (CPD) per year. GRADUATE DEVELOPMENT PROGRAMME - To fully complete this programme is a Two Year Programme with 450 hours of Continual Profession Development (CPD) per year. The above courses can be completed in their entirety or as single subjects covering individual topics from each course. For our team members this is outlined in their personalised career plan from their individual CPD Workshop. MEICA Consulting Engineers Ltd. has an extensive Technical Knowledge Repository. It is digitalised and freely available to all team members via Google Class Room. Learning and Development in MEICA is based on a 60-15-15-5-5 model: 60 on-the-job learning, 15% learning from others, 15% Online Training, 5% Formal Training and 5% Self Directed Learning. We encourage Self Directed Learning as this method helps the development of independent Engineering Judgement. In our operational procedures we have a designated Training Manager who oversees the implementation of our Training and Knowledge Management Procedures. BACK

WHITE GATE WATER TREATMENT PLANT Uisce Éireann, working in partnership with Cork County Council, has commenced works to improve the Whitegate Regional Public Water Supply with a major upgrade of Kilva Water Treatment Plant. This investment will ensure a safe, secure, and reliable supply of drinking water to approximately 10,300 people in the region. Glanua has been appointed Contractor. The Works included: Provision of a new 6,000,000 litre/day water treatment plant, on a site adjacent to the existing plant and reservoir. Construction of a new 450,000 litre raw water balancing tank. A new coagulation, flocculation and clarification system. A new filtration system with rapid gravity filters. Ultraviolet (UV) Disinfection - including two new UV reactors. Construction of a new clear water tank. All associate buildings, control and ancillary items. Decommissioning of the existing water treatment plant. This project will address risks to water quality by providing enhanced treatment facilities at a brand-new water treatment plant adjacent to the existing plant. MEICA Consulting Engineers Ltd provided MEICA Resident Engineering Services including review of Contractor's Design for the project. MEICA Consulting Engineers were working for Nicholas O' Dwyer on this project. BACK

TREATMENT PROCESSES FOR WATER, WASTEWATER & SLUDGE The MEICA School of Engineering has the following three courses for the Water Process Discipline: WATER PROCESS TECHNICAL DEVELOPMENT PROGRAMME WASTEWATER PROCESS TECHNICAL DEVELOPMENT PROGRAMME SLUDGE TREATMENT TECHNICAL DEVELOPMENT PROGRAMME Further Details on each course is given below BACK WATER PROCESS TECHNICAL DEVELOPMENT PROGRAMME Water Treatment Process To fully complete this programme is 60 hours of Continual Profession Development (CPD). The subject topics covered by this Courses are: Drinking Water Regulations Drinking Water Testing Requirements. Jar Testing. Drinking Water Risk Management Plans Process Drawings, (PFD and P&IDs). Pipework & Valves Borehole Yield Testing bor Water Pumping Screening. pH Adjustment Coagulation Flocculation Clarification and Sedimentation. Gravity Filtration INC pattern tests Pressure Filtration. Back Washing GAC Filters. Disinfection Fluoridation Storage and Distribution Chemical Systems. Process Hazard Analysis - HAZOP Methodology. Process Control. Coagulation & Flocculation Control. SCADA Systems. Standard Operation Procedures. Design Risk Assessments. Advance Water Treatment Processes Process Commissioning Tests - Trial Operation & Performance Testing. The Chemicals Act (Control of Major Accident Hazards involving Dangerous Substances) Regulations 2015 (S.I. No. 209 of 2015 ) (the “COMAH Regulations”), implement the Seveso III Directive (2012/18/EU). Safety File. Wastewater Treatment Process WASTEWATER PROCESS TECHNICAL DEVELOPMENT PROGRAMME To fully complete this programme is 60 hours of Continual Profession Development (CPD). The subject topics covered by this Courses are: Why Wastewater is Treated . Catchments. Storms Effluent Testing Requirements. Process Drawings, (PFD and P&IDs). Pipework & Valves Wastewater Pumping. Hydraulic and Biological Load. Screening. Grit Traps. Fat Oils & Grease - DAF Units. Primary Treatment - Clarification & Settlement. Carbon & Nitrogen Cycles Secondary Treatment - Biological Reactors - Activated Sludge Process Aeration Mixing Activated Sludge Process Control. Advanced Processes for Secondary Treatment. Final - Clarification & Settlement. Mass Flow Balances Tertiary Treatment - Disinfection. Tertiary Treatment - Filters For Phosphate Removal. Process Testing Odour Management & Control. Chemical Systems. Process Hazard Analysis - HAZOP Methodology. Process Control. SCADA Systems. Standard Operation Procedures. Design Risk Assessments. Process Commissioning Tests - Trial Operation & Performance Testing. ATEX & Hazardous Areas The Chemicals Act (Control of Major Accident Hazards involving Dangerous Substances) Regulations 2015 (S.I. No. 209 of 2015 ) (the “COMAH Regulations”), implement the Seveso III Directive (2012/18/EU). Process Simulation. Safety File. SLUDGE TREATMENT TECHNICAL DEVELOPMENT PROGRAMME Sludge Treatment Process To fully complete this programme is 60 hours of Continual Profession Development (CPD). The subject topics covered by this Courses are: Primary Sludge & Secondary Sludge. FAT Oils & Grease. Sludge Thickening. Buffer & Balancing Tanks with Mixing Sludge Pumping with Progressive Cavity Pumps & Variable Speed Drives Process Drawings, (PFD and P&IDs). Mass Flow Balance Anaerobic Digestion. Sludge Screens Dewatering. Biogas Production, Treatment & Reuse with emergency biogas flare. Combined Heat & Power Units Sludge Liquor Imports Sludge Cake Imports. Sludge Cake Silos. Odour Management & Control Thermal Hydrolysis Process Energy Centres Ammonia Treatment rol. Chemical Systems. Process Hazard Analysis - HAZOP Methodology. Process Control. SCADA Systems. Standard Operation Procedures. Design Risk Assessments. Process Commissioning Tests - Trial Operation & Performance Testing. ATEX & Hazardous Areas Safety File

NATIONAL LEAK REDUCTION PROGRAMME As part of the national Leakage Reduction Programme, Uisce Eireann are working across the country to repair bursts and fix underground leaks. Currently the Leakage rate is about 37% of treated water is lost through leaks before it even reaches our taps. Many of underground water pipes are now old and damaged and need to be repaired or replaced to improve our water quality and supply. Despite the challenges, progress is being made as in 2018 the rate of leakage nationally was 46%, by the end of 2022 it was 37%. Uisce Eireann are on track to achieve a national leakage rate of 25% by the end of 2030. MEICA Consulting Engineers Ltd are support these efforts with the provision of Resident Engineering staff to the Leak Reduction Programme. MEICA Consulting Engineers are working for RPS Consulting on this project. BACK

RENEWABLES - BATTERY ENERGY STORAGE SYSTEM (BESS) MEICA Consulting Engineers Ltd can provide the following services on this type of project in the role of Owner's Engineer: Contract Drafting including Employer’s Requirements/Specification Contract Negotiation Declaration of Identify Assisting in queries related to Financial Close. Administering the D&B Contract General Project Management Reviewing Civil & Electrical Designs Acting as SPOC with EirGrid Monitoring quality and programme Site attendance and placement of a Resident Engineer Monitoring interfaces Assessing payments and issuing Payment Certificates Assessing contractors claims and issuing Engineers Determinations BACK TO RENEWABLES ELECTRICAL MEICA Consulting Engineers bring the essential skills, experience, and technical expertise required to deliver electrical design solutions for medium- and high-voltage systems, including associated substations.

RENEWABLES - SOLAR MEICA Consulting Engineers bring the essential skills, experience, and technical expertise required to support windfarm projects, with a strong focus on electrical and environmental engineering. We work closely with key project stakeholders—including the civil design team and main contractor—to ensure the successful delivery of every project. A solar photovoltaic (PV) generation facility development will be made up of multiple rows of solar PV modules angled at 15 degrees. MEICA Consulting Engineers Ltd can provide Pre-Planning and Planning services on this type of project: PVsyst Simulation Site visits and meetings with the Local Authority. Scoping with Statutory Bodies. Undertaking co-ordination of the planning application. Preparation of the Environmental Report, Natura Impact Statement, Planning Drawings and application documents. ELECTRICAL MEICA Consulting Engineers bring the essential skills, experience, and technical expertise required to deliver electrical design solutions for medium- and high-voltage systems, including associated substations. BACK TO RENEWABLES

MEICA Consulting Engineers Ltd was commissioned by various clients, to design full mechanical building services for various office fit-outs. OFFICE FITOUT. Various Projects MEICA Consulting Engineers Ltd delivers comprehensive mechanical building services design for high-end office fit-outs, creating highly productive and comfortable environments for diverse corporate clients. Every Cat B fit-out project prioritizes occupant wellbeing, thermal safety, and peak energy efficiency. MEICA Consulting Engineers Ltd was commissioned by various clients, to design full mechanical and electrical building services for various office fit-outs. The firm's design methodology is strictly aligned with the latest Chartered Institution of Building Services Engineers (CIBSE) frameworks. By applying CIBSE Guide A (Environmental Design), MEICA mathematically models indoor air quality, acoustics, and thermal comfort criteria. This eliminates localized draughts and severe solar temperature spikes while keeping indoor operative temperatures within safe, productive ranges. Concurrently, the team integrates CIBSE Guide B2 (Ventilation and Ductwork) to engineer sophisticated air-distribution networks. These systems deliver precise fresh air supply rates, effectively diluting indoor carbon dioxide and organic contaminants without causing excessive noise pollution. To accommodate flexible corporate workspaces and modern hybrid occupancy trends, MEICA installs multi-zone Heating, Ventilation, and Air Conditioning (HVAC) infrastructure. These systems are managed via smart Building Management Systems (BMS) and variable-speed, inverter-driven fans. These demand-controlled setups automatically scale down airflow during low-occupancy hours, slashing building operational costs and carbon emissions. Beyond premium air treatment, MEICA designs compliant public health and domestic plumbing networks in line with CIBSE Guide G. This guarantees efficient, localized hot water delivery for employee tea stations, canteen facilities, and sanitary blocks. Finally, early-stage engineering models account for CIBSE Guide M (Maintenance Engineering and Management). By strategically mapping plant access hatches, valve isolation points, and filtration racks, MEICA ensures the final commercial space can be serviced safely without disrupting daily office operations. BACK

MEICA School of Engineering has the following three courses for the Electrical Discipline ELECTRICAL The MEICA School of Engineering has the following three courses for the Electrical Discipline: ELECTRICAL LOW VOLTAGE TECHNICAL DEVELOPMENT PROGRAMME ELECTRICAL BUILDING SERVICES TECHNICAL DEVELOPMENT PROGRAMME ELECTRICAL MEDIUM & HIGH VOLTAGE TECHNICAL DEVELOPMENT PROGRAMME Further Details on each course is given below BACK ELECTRICAL LOW VOLTAGE TECHNICAL DEVELOPMENT PROGRAMME Low Voltage Systems To fully complete this programme is 60 hours of Continual Profession Development (CPD). The subject topics covered by this Courses are: Load Estimation. Power Generation. Transformer. Disconnection & Isolation Devices INC Circuit Breakers & Fuses Distribution Board Schedule. Over Current Protection Cable and Conductor Sizing IP Rating. Process Drawings, (PFD and P&IDs). Single Diagrams. Panel Schematics Motors Variable Speed Drives Power Supplies of Varying Voltages such 24V DC. or Panel Boards Construction Types Power Factor Correction Using Capacitor Banks Voltage Drop & Short Circuit Analysis. Discrimination Low Voltage Switchgear. Earthing & Grounding. Lightning Protection & Surge Protection. UPS Systems Arc Flash Analysis. Simulation Studies Power Quality & Harmonics. Power Quality Monitoring including Power Meters, Current Transformers and Voltage Transformers Electrical Safety Isolation Procedure - Lock Out & Tag Out. Cable Installation. Termination, Junction Boxes and Joints Electrical Containment Electrical Quality Management Electrical Cable Testing. CE Marking Pre-Commissioning Tests INC Visual Inspections Equipment Energisation & Functional Checks ATEX Requirements & Hazardous Areas Process Hazard Analysis - HAZOP Methodology. Process Control. Coagulation & Flocculation Control. SCADA Systems. Design Risk Assessments. Safety File. Trouble Shooting. Building Services - Light Current Systems To fully complete this programme is 60 hours of Continual Profession Development (CPD). Prior to undertaking this training course or any element of this training course, the Electrical Low Voltage Training should be fully and successfully completed. The subject topics covered by this Courses are: Lighting Design. Lighting Design Using Dialux. Lighting Circuits & Switches. Domestic Ventilation Fans External Lighting. Task Lighting. Emergency Lighting as per IS 3217. Fire Detection & Alarm System Design Fire Detection & Alarm Systems as per IS 3218. Domestic Electrical Systems. Distribution Boards. Electrical Hand Driers, Undersink Heaters & Space Heaters Electrical Fused Spurs Earthing & Bonding. Lighting Protection Systems Master Antenna TV, (MATV), Systems. Telephone Systems. Data Systems. CCTV Systems. Sound Systems. Electrical Containment. Electrical Site Installations Method Statements & Risk Assessments ELECTRICAL BUILDING SERVICES TECHNICAL DEVELOPMENT PROGRAMME ELECTRICAL MEDIUM & HIGH VOLTAGE TECHNICAL DEVELOPMENT PROGRAMME Medium & High Volta ge Systems To fully complete this programme is 60 hours of Continual Profession Development (CPD). The subject topics covered by this Courses are: Transformer Design. Current Transformers, Voltage Transformers and Power Meters. Transformers Specification & Selection. Medium and High Voltage Switchgear Design Medium and High Voltage Switchgear Specification & Selection. Medium and High Voltage Cable Design & Calculations Medium and High Voltage Cables Joints Medium and High Voltage Cables Specification & Selection. Single Line Diagrams. Simulation Studies. Bushbar Capacity Determination Panel Schematics Short Circuit Analysis Arc Flash Analysis Insulation Co-Ordination Studies Protection Co-ordination Harmonics Thermal Power Generators. Renewable Power Generators Earthing Design & Calculations. Substations b Process Hazard Analysis - HAZOP Methodology. Eirgrid Specifications. Layouts Lightning Protection Substation SCADA & Control. Pre-Commissioning Tests. Commissioning Tests. Energisation Protocols. Authorised Person. Substation Health & Safety. High Voltage PPE. Substation O&M Management. Reliability and Availability