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Environment

ByrneLooby – Al Sahel

July 7, 2022/in Environment

Project

Al Sahel, Bahrain

Location

Al Sahel Resort, south west area of Bahrain

Client

Mohamed Salahuddin Consulting Engineering Bureau (MSCEB) on behalf of Al Sahel Resort Company B.S.C Government of the Kingdom of Bahrain

Business Sectors

Marine and Environment

Services (Technical Disciplines)

  • Data Collection
  • Detailed Analysis
  • Hydrodynamic modelling

Our Role: 

Design of six artificial beaches and the associated beach control structures at the Al Sahel Beach Resort, on a partially constructed project which was stalled in 2009

Results:

Byrne Looby prepared a beach stability and coastal evolution assessment to determine the construction profile and eventual stable profile and orientation of the artificial beaches. They also undertook the environmental permitting requirements which included the development of an environmental management plan.

Project Objectives/ Outcomes

 

Geoscience Ireland Contact | Michael Looby  (mlooby@byrnelooby.com)

https://i0.wp.com/www.geoscience.ie/wp-content/uploads/2022/07/al-sahel.jpg?fit=573%2C327&ssl=1 327 573 gsi-admin4 https://www.geoscience.ie/wp-content/themes/master/images/geoscience-logo-v1.png gsi-admin42022-07-07 17:27:402022-07-07 18:46:57ByrneLooby – Al Sahel

Excavation of Remains, Barry, Wales | Rubicon Heritage

April 26, 2022/in Environment

Project

Excavation of Remains, Barry, Wales

Location

Barry, Wales

Client

The Vale of Glamorgan

Business Sectors

Environment

Services (Technical Disciplines)

  • Excavation
  • Detailed Analysis

Our Role:

The Vale of Glamorgan council in Wales hired Rubicon Heritage Services to assess a road they wanted to be straightened.

The project led to the discovery of an extensive trove of archaeological artifacts and hundreds of graves dating back thousands of years. Rubicon discovered a Roman-era mercenary buried with his sword and a mysterious beheaded skeleton.

Rubicon is undertaking a detailed analysis of the remain, checking for family links to the bodies, signs of diseases or injuries, or clues about diets.

Results:

In one section of the five-mile road was a collection of Roman artifacts and several skeletons; One is believed to be a mercenary, buried with a large sword and a military broach, dated to the period that the Roman Empire fell apart in Britain. Nearby was another skeleton of a decapitated man, buried with his head by his feet.

In another excavated section of the road revealed a burial site from a later period that also raised many questions.

In the middle of a field lies a once-hidden medieval burial ground, uncovered by Rubicon, that holds 450 bodies.

Project Objectives/ Outcomes

Rubicon has released an e-book detailing the project called the “Five Mile Lane,” which describes what has been found so far, including Bronze Age cremations, an arrowhead, and a 3000-year-old roundhouse.

The detailed findings will be published at the end of 2022.

Geoscience Ireland Contact | Colm Moloney(colm.moloney@rubiconheritage.com)

https://i0.wp.com/www.geoscience.ie/wp-content/uploads/2022/04/rubicon-wales.jpg?fit=866%2C426&ssl=1 426 866 GSI Editor 1 https://www.geoscience.ie/wp-content/themes/master/images/geoscience-logo-v1.png GSI Editor 12022-04-26 21:57:102022-05-18 08:50:50Excavation of Remains, Barry, Wales | Rubicon Heritage

Cherry Orchard Residential Development | Fehily Timoney

March 19, 2021/in Civil Infrastructure, Environment

Project Title: 

Cherry Orchard Residential Development | Fehily Timoney

Location:

Dublin, Ireland

Client: 

MDY Construction Ltd.

Business Sectors: 

Environment, Civil Infrastructure

Services (Technical Disciplines):

Environmental Assessment

Project Objectives/ Outcomes:

Previous site investigations including limited environmental sampling for soils had been undertaken prior to the commencement of construction activities. which suggests the material would be classified as Non-Hazardous. This testing frequency was not be considered to be adequate in accordance with the relevant codes of practice to allow classification of the materials at the site.

Due to the limited environmental sampling undertaken to date, FT deemed that further environmental assessment of soils at the site during construction was required to determine the suitability for reuse and categorisation of the waste status of material to be removed from site for disposal.

Our Role: 

FT supervised and managed intrusive investigations and soil/made ground sampling program to complete a comprehensive assessment of the contaminative status of soils/made ground at the development. This included analysis of laboratory testing, completion of generic risk assessment and recommendations for material reuse or disposal options for materials at the site.

Geoscience Ireland Contact:

Tom Clayton (tom.clayton@ftco.ie)

 

https://i0.wp.com/www.geoscience.ie/wp-content/uploads/2021/03/ftco-cherry-orchard.jpg?fit=916%2C516&ssl=1 516 916 GSI Editor 1 https://www.geoscience.ie/wp-content/themes/master/images/geoscience-logo-v1.png GSI Editor 12021-03-19 10:24:442021-03-19 10:24:44Cherry Orchard Residential Development | Fehily Timoney

Site Investigation and Waste Classification | Verde Environmental

January 6, 2021/in Environment

Project Title: 

Site Investigation and Waste Classification  | Verde Environmental

Location:

Facebook EMEA HQ at former AIB Buildings, Ballsbridge, Dublin 4

Client: 

Ronan Group

Business Sectors: 

Environment

Services (Technical Disciplines):

Design and complete site investigation and soil waste classification.

Project Objectives/ Outcomes:

Verde were engaged to design and complete a comprehensive contaminated site investigation and soil waste classification assessment of soils to be excavated at a proposed development site located in Ballsbridge, Dublin 4. Determination of appropriate off-site disposal options for soils requiring removal from the site.

Our Role: 

  • Drilling of 19 boreholes in the grounds of the proposed developments including boreholes within existing building basements.
  • These included 7 shallow boreholes drilled to investigate extent of suspected contamination under a carpark.
  • Installation of groundwater monitoring wells at selected locations.
  • Retrieval of representative soil samples, in-situ recording and monitoring and extensive laboratory analysis of a representative selection of samples.
  • Bulk density sampling and analysis of a selected soil samples.
  • Completion of waste classification exercise using HazWasteOnline™ Tool. Completion of characterisation by comparing results to Waste Acceptance Criteria (WAC).
  • Preparation of Soil Waste Classification Report including detailed description of conditions encountered and containing excavation dig plan and recommendations for management of soils to be excavated material at the site.

Geoscience Ireland Contact:

Kevin Cleary (kevin.cleary@verde.ie)

https://i0.wp.com/www.geoscience.ie/wp-content/uploads/2021/01/verde-fb-emea-hq.jpg?fit=571%2C570&ssl=1 570 571 GSI Editor 1 https://www.geoscience.ie/wp-content/themes/master/images/geoscience-logo-v1.png GSI Editor 12021-01-06 17:16:292021-01-06 17:16:29Site Investigation and Waste Classification | Verde Environmental

Rainwater Drainage Project of Bamako | SLR

December 23, 2020/in Environment

Project Title: 

Rainwater Drainage Project of Bamako | SLR

Location:

Bamako city, Mali

Date: 

2020

Client: 

Agence Française de Développement (AFD)

Business Sectors: 

Environment

Services (Technical Disciplines):

Key issues that SLR addressed:

  • Physical and economic displacement
  • Analysis of the social impacts
  • Identification of vulnerability criteria
  • Participatory definition of the livelihood restoration activities
  • Monitoring of the Resettlement Action Plan implementation

Project Objectives/ Outcomes:Monitoring of the Resettlement Action Plan implementation.

Key deliverables

  • Resettlement Assistance Program
  • Livelihood Restoration Plan
  • Grievance Redress Mechanism

Our Role: 

SLR prepared the RAP and the Livelihood Restoration Plan in accordance with World Bank standards and Mali regulations, where c. 3,000 persons are to be physically displaced by the rainwater drainage program.

Geoscience Ireland Contact:

Dr Deirdre Lewis (dlewis@slrconsulting.com)

https://i0.wp.com/www.geoscience.ie/wp-content/uploads/2020/12/slr-mali-rainwater-drainage-project.jpg?fit=918%2C689&ssl=1 689 918 GSI Editor 1 https://www.geoscience.ie/wp-content/themes/master/images/geoscience-logo-v1.png GSI Editor 12020-12-23 15:53:222020-12-23 15:53:22Rainwater Drainage Project of Bamako | SLR

Oil Spill Remediation – Corroded Oil Filter Bowl | Verde Remediation Services

December 14, 2020/in Environment

Project Title: 

Oil Spill Remediation – Corroded Oil Filter Bowl | Verde Remediation Services

Location:

Coalisland, Co. Tyrone

Date: 

December 2019

Client: 

Householder

Business Sectors: 

Environment

Services (Technical Disciplines):

The insured noticed oil odours in their house. They contacted their plumber to investigate and the oil delivery company to drain the rest of the oil from their tank and put into a temporary tank. The oil leak came from the aluminium filter bowl on the tank which was badly corroded as it was semi submerged in wet mud.

Their insurance company contacted Verde to conduct a Prelimary Site Assessment which included:

  • Internal ambient air quality survey using a Photo Ionisation Detector (PID).
  • Intrusive investigation and sampling which included the advancement of a number of soil borings and trial pits.
  • Installation of a VEU to reduce internal hydrocarbon malodours.

Excavation of an emergency trench with recovery sumps and the installation of an oil water separator.

Project Objectives/ Outcomes:

Remediate the damage the oil spill and reinstate the property.

Damage Caused:

  • Significantly elevated VOC (Volatile organic compounds) readings recorded by PID (Photo Ionisation Detection) in a number of rooms within the house.
  • Significantly impacted soil encountered adjacent to the oil tank location and at a number of locations around the house, especially atop the foundations at the kitchen and the garage.

Oily perched water encountered against the foundations at the rear house.

Our Role: 

Verde’s Remediation Programme:

  1. Emergency Works:
  • Disconnection and removal of oil tank and boiler.
  • Set up of a temporary heating system.
  • Installation of an interception trench, adjacent to the retaining wall at the rear lawn, to allow the recovery of oily water.
  • Installation of a vapour extraction system to try to alleviate hydro carbon odours from within the property.
  • Installation of monitoring sumps.

2.Enabling Works:

  • Site preparation works including the placement of skips, erection of site fencing and safety signage.
  • Removal and on-site storage of granite paving slabs.
  • Removal and on-site storage of paving brick.
  • Removal of oil tank.

3.Source Removal:

  • Excavation, removal and disposal of impacted soils in the rear lawn area, between the garage and the retaining wall, and along the western walls of the garage and kitchen.
  • Excavation tracking the drainage pipe along the retaining wall.
  • Excavation of a 1m wide trench along the eastern walls of the utility and playroom.
  • Removal of sewer and storm drains if required to facilitate the excavations.
  • Installation of inoculation pipework via blockwork to aid the application of treatment solutions to flush any pathways and to treat soil/fill material beneath the property.
  • Installation of release points to rising blockwork at foundation level.
  • All structural works conducted according to the advices of a structural engineer.
  • All excavated material removed for appropriate disposal and/or treatment at a licensed facility.

4. InSitu Treatment:

  • Upgrading and continued use of the vapour extraction system.
  • Continued use of the pump and treat system
  • Application of specialised bio remedial solutions to the sides and base of the excavations.
  • Application of specialised bio remedial solutions to the soils/fill material beneath the footprint of the house.
  • Pressurised application of specialised bio remedial solutions to the exposed blockwork.

5.Reinstatement of Property

Geoscience Ireland Contact:

Kevin Cleary (kevin.cleary@verde.ie)

https://i0.wp.com/www.geoscience.ie/wp-content/uploads/2020/12/verde-oil-spill-remediation-coalisland-co-tyrone.jpg?fit=410%2C183&ssl=1 183 410 GSI Editor 1 https://www.geoscience.ie/wp-content/themes/master/images/geoscience-logo-v1.png GSI Editor 12020-12-14 17:38:392020-12-14 17:41:50Oil Spill Remediation – Corroded Oil Filter Bowl | Verde Remediation Services

Bon Ami Bauxite Mining Project | SLR Consulting

December 1, 2020/in Environment, Mineral Resources

Project Title: 

Bon Ami Bauxite Mining Project | SLR Consulting

Date:

2020

Location:

Republic of Guinea, West Africa

Client: 

Private client

Business Sectors: 

Mining, Environment, Groundwater, Climate

Services (Technical Disciplines):

Key issues that SLR addressed:

  • Biodiversity (including natural and critical habitat loss and fragmentation – land, river and marine);
  • Air and noise emissions;
  • Climate change/greenhouse gas (GHG) emissions;
  • Groundwater contamination;
  • Surface water contamination

Project Objectives/ Outcomes:

Key deliverables:

  • Supplementary ESIA.
  • Framework environmental management and monitoring plans;
  • Conceptual Mine Closure Plan

Our Role: 

SLR prepared a supplementary ESIA and related specialist studies to address gaps in the national EIA, in the context of the IFC Performance Standards and GIIP, based on steady state production: 10 Mt/annum

Geoscience Ireland Contact:

Dr Deirdre Lewis- dlewis@slrconsulting.com

https://i0.wp.com/www.geoscience.ie/wp-content/uploads/2020/12/bon-ami-bauxite-mining-project-guinea-2.jpg?fit=520%2C384&ssl=1 384 520 GSI Editor 1 https://www.geoscience.ie/wp-content/themes/master/images/geoscience-logo-v1.png GSI Editor 12020-12-01 09:20:502020-12-07 17:57:04Bon Ami Bauxite Mining Project | SLR Consulting

5G Streetworks Project | Entrust Services

November 23, 2020/in Environment

Project Title: 

5G Streetworks Project | Entrust Services

Date:

January 2019 – Present

Location:

England (North West and Midlands Regions)

Client: 

KTL, On behalf of MBNL (EE & 3UK)

Business Sectors: 

Telecommunications, Communications, Broadband, Wireless Infrastructure

Services (Technical Disciplines):

Town Planning, Site Acquisition, Public Consultation

Project Objectives/ Outcomes:

Delivered 120 telecommunications masts in various urban and suburban areas in North West England and the English Midlands. The masts would be capable of providing both 3G/4G services, as well as new 5G technology.

Our Role: 

Entrust were involved from the initial site selection process, right through to completing acquisition and gaining planning permission for over 120 sites. We have a success rate of 71% planning success rate on all of the sites and a 100% success rate on acquisition, which considering the 20m height of the proposed masts in urban areas is a considerable achievement.

Entrust worked closely with Planning Authorities and Highway Authorities to gain planning permission and acquisition rights for the proposed masts, overcoming issues such as visual impact, protecting tree roots and avoiding underground services.

Geoscience Ireland Contact:

Kieran Tarpey (kieran@entrust-services.com)

https://i0.wp.com/www.geoscience.ie/wp-content/uploads/2020/11/entrust-ktl-sample-photo2.jpg?fit=938%2C553&ssl=1 553 938 GSI Editor 1 https://www.geoscience.ie/wp-content/themes/master/images/geoscience-logo-v1.png GSI Editor 12020-11-23 14:28:252020-12-07 17:58:145G Streetworks Project | Entrust Services

Kakono 87 MW Hydropower Project | SLR Consulting

November 16, 2020/in Capacity Building, Energy, Environment

Project Title: 

Kakono 87 MW Hydropower Project | SLR Consulting

Date:

2019 – ongoing

Location:

Tanzania

Client: 

Agence Française de Développement (AFD)

Business Sectors: 

Power, Renewables, Environmental & Social Governance

Services (Technical Disciplines):

Key issues that SLR is addressing:

  • Aquatic ecology;
  • Terrestrial fauna & flora;
  • Critical habitat;
  • Physical & economic displacement;
  • Downstream impacts;
  • Community health and safety;
  • Climate.

Project Objectives/ Outcomes:

Key deliverables by SLR:

  • ESIA;
  • ESMP;
  • Stakeholder Engagement Plan;
  • Resettlement Action Plan;
  • Eflow Assessment.

Our Role: 

SLR are preparing complementary studies to the existing ESIA prepared by TANESCO, to ensure compliance with World Bank and AfDB protocols and policies.

Geoscience Ireland Contact:

Dr. Deirdre Lewis (dlewis@slrconsulting.com)

https://i0.wp.com/www.geoscience.ie/wp-content/uploads/2020/11/slr-kakono-87-mw-hydropower-project.jpg?fit=1500%2C655&ssl=1 655 1500 GSI Editor 1 https://www.geoscience.ie/wp-content/themes/master/images/geoscience-logo-v1.png GSI Editor 12020-11-16 14:32:002020-12-07 17:59:45Kakono 87 MW Hydropower Project | SLR Consulting

Nacala Boreholes, Transmission Mains, and Distribution Centres | Nicholas O’Dwyer 

November 10, 2020/in Environment, Water Resources

Project Title: 

Nacala Boreholes, Transmission Mains, and Distribution Centres | Nicholas O’Dwyer

Location:

Nacala, Mozambique

Client: 

Fundo de Investimento e Património do Abastecimento de Água (FIPAG)

Business Sectors: 

Environment, Water Resources

Services (Technical Disciplines):

  • Preliminary Design
  • Detailed Design
  • Tender Dossiers
  • Procurement
  • Construction Supervision

Project Objectives/ Outcomes: 

The Nacala water supply distribution system is supplied by two sources. The first source is a dam on the Muecula River some 30 km south west of the city. The reservoir has a storage capacity of about 4.4 million m³. The dam was rehabilitated and raised to expand the capacity of the reservoir to facilitate a supply increase from 7,200 to 10,000 m³/day.

The second source for the distribution system is the Mpaco and Mutuzi (I and II) well fields. These well fields have a total of ten boreholes with flows between 1,080 and 2,400 m³/day each, resulting in a combined capacity of 13,920 m³/day. Further groundwater investigations indicated that the sustainable capacity of this second source was 23,000 m³/day. This project provided for the construction of the following works: Development of 22 No. Borehole sources together with collection systems; 2 No. 200m³ RC collection reservoir and 1 No. 100m³ RC collection reservoir; 4 No. High lift Pumping stations; Approximately 10km of 350mm and 17km of 200mm transmission mains; 2,000m³ service reservoir and 250m³ water tower; Extensive mechanical and Electrical works.

Our Role:

  • Preliminary and Detailed Design of Groundwater Abstraction Systems, pumping stations, Transmission Mains
  • Design review of Distribution Centre and Water Tower
  • Preparation of Tender Dossiers
  • Review the Environmental Management Plan (EMP) prepared by the Contractor
  • Supervision of the construction, commissioning and hand-over of the Schemes
  • Monitoring the Contractors design progress in accordance with the Contractual Programme
  • Instructing and monitoring the Contractor regarding compliance with health and safety precautions
  • Review of payment applications and approval of all eligible payments for the Employers action

Geoscience Ireland Contact:

Michel Davitt – mdavitt@nodwyer.com

https://i0.wp.com/www.geoscience.ie/wp-content/uploads/2020/11/nod-ncala-design-check.jpg?fit=459%2C257&ssl=1 257 459 GSI Editor 1 https://www.geoscience.ie/wp-content/themes/master/images/geoscience-logo-v1.png GSI Editor 12020-11-10 14:24:092020-11-10 14:24:09Nacala Boreholes, Transmission Mains, and Distribution Centres | Nicholas O’Dwyer 
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