AI HR Solutions: Top Networking LinkedIn Groups for LinkedIn Hiring Excellence in 2026

The Sourcing, Hire and Use of Medical, Clinical, Treatment, Consulting or Therapy Rooms, throughout the UK. Rates, Tips, Help, What you will need - don;t forget the sharps or Medical Waste disposal if appropriate - What you need to know. What you wished you'd asked and are you getting value for money??

FIRM OVERVIEW Crystal Green Geochemical Services (CGGS) is a 100% nationally owned Papua New Guinean Environmental and OHS Consulting firm based in Port Moresby, NCD. It is a fully serviced firm committed to helping industries that confront the complex Environmental and OHS problems of today’s growing industry of public and private sectors. Our multidisciplinary consulting team, which includes environmental, health & safety, civil, geotechnical engineers as well as geochemists, hydrologists, chemists, botanists, and biologists, are capable of performing all facets of environmental, geochemical, engineering and OHS consulting job engagements. With more than 25 years of solid E&OHS consulting experience, we provide safe, innovative and cost-effective solutions to any environmental and occupational health & safety problem. AREAS OF EXPERTISE We specialize in a wide range of engineering design, surveying, environmental, occupational health, safety and geochemical endeavors in conducting the following: baseline surveys, risk assessments and audits, workplace OHS assessments & audits, EIAs, EIS, EMMPs, WMPs, CEPA Permit Applications, environmental monitoring, site investigation and remediation plans, acid and metalliferous drainage (AMD) surveys, benthic sediment analysis, hydrological surveys, geochemical surveys, mine waste/tailing analysis, feasibility studies, project design and cost analysis, drilling chemicals wastes/disposal plans, water quality analysis, water supply treatment programs, wastewater and sewage disposal programs, chemical speciation and toxicological studies in lakes and rivers, pest control & insecticide applications, tests on fumigations agents, using the 3Rs (reduce, reuse, recycle) principle and hazardous waste management, land surveying and social/GIS mapping, IPR of Mining/Oil & Gas Exploration Project EIS, AEPR reviews for CEPA, Landfill site Assessment for Urban Waste Management & Disposal, and Mine Slurry Spill Investigations.

Water is getting scarce. Industrialization and construction have led to a many fold increase in the disposal of industrial waste and toxic materials in the drainage and the sewage. This waste material is causing serious damage to the ecology and natural water resource. Hence preserving the nature, for sage and healthier tomorrow has become the need of the hour. Many innovative methods of reusing water have floored now and are the most effective way of meeting today’s water scarcity and the pollution control boards norms. It makes sense to treat sewage water and reuse it for secondary applications like flushing of toilets, irrigation, cooling towers and ground recharge etc. DOWAC Systems and Projects India Pvt Ltd is a master firm in setting up of sewage and effluentplant with a commitment on quality and service to the needy customers. Due to the vast experience in wastewater management field, we also offer consultancy design and state of the art STP and ETP’s with updated technologies Certification DOWAC Systems and Projects Pvt Ltd is an ISO9001-2000 certified company. We operate in the field of water treatment, wastewater treatment and solid waste management. At DOWAC, we strive towards sustaining our ecosystem by integrating the state of the art technology and traditional know how. The company has completed more than 500 tailor made projects in India and abroad, each one with its unique identity, and satisfied clientele line up. The company was awarded the prestigious ISO 9001-2000 for commitment in design, project planning, execution, installation, commissioning and maintenance of sewage treatment, effluent treatment and water treatment.

Our principal engineer brings over 30 years of engineering leadership to developing effecient solutions to infrasturcture and environmental compliance. Following are example project types that have been lead by principle engineer David Keough,PE: Effluent Force Mains Commercial Site Planning Regional Watershed Evaluation Industrial WastewaterandSolidEngineering: Landfill Bottom Liner Design Landfill Closure Design Landfill Leachate Recirculation/Bioreactor implementation Landfill Gas Management Water Supply Transient Analysis of regional water system Transmission and Distribution system design Water Use and Consumptive Use permitting Reverser Osmosis Treatment system permitting Wastewater Municipal Wastewater Collection and Treatment Capacity Analysis Report Other: Comunity Association Engineering Commercial Swimming Pool Rehabilitation Pool Heating Systems Filtration and Permit compliance

The project will demonstrate the use of fly ash as an adsorbent agent for heavy metals and other organic materials in sewage sludge. This will make the sludge suitable for the production of low-impact fertiliser. In a second stage, the project will also demonstrate the viability of a further use in recyclable construction materials of the used biomass that contains heavy metals and organic pollutants from sewage sludge. The project will first characterise the sewage sludge and the forest biomass fly ash. Then, the two-phase sludgeto reduce the presence of heavy metals and other contaminants will be validated at laboratory scale. The project will then scale up the process in a prototype sewage treatment plant with a capacity of 100 kg/hour of clean sludge.The project will demonstrate an industrial symbiosis that reduces the amount of localwhile increasing the competitiveness of the regional economy in a sustainable way. Expected results: 500 kg of low impact fertiliser 17 000 kg of recyclable construction materials 100% of fly ash produced in biomass power plants will be suitable for use as an adsorbent agent for heavy metals, leading to a 100% reduction of fly ash disposed in landfill sites; 90% of fly ash after the adsorbent process will be suitable for use as an inertising agent for recyclable construction material; 100% of treated sewage sludge will be suitable for use as fertiliser, leading to a 15% reduction of hazardous pathogens in soil compared to current practices of directof sewage sludge onto agricultural land Use of fly ash in recyclable construction materials will lead to a replacement of 35% of cement weight 15% reduction in emissions from transport of wastes and from landfill sites; 10% energy, water and other resource saving in the production of construction materials and compost fertilisers compared to current practices Replacement rate of 25% of currently employed chemical fertilisers.

NORM Industry Services Global Radiation Protection & Radioactive Waste Management Experts NORM Industry Services specializes in the safe, compliant management of Naturally Occurring Radioactive Material (NORM) andnuclear waste. We provide end-to-end solutions to industries including oil & gas, mining, water, and the nuclear sector—ensuring safety, environmental protection, and regulatory compliance across all operations. With a strong foundation in radiation protection, our team includes certified Radiation Safety Officers (RSOs), health physicists, and trained field specialists. We operate under ALARA principles and in full compliance with IAEA, NRC, ICRP, and national regulations. 🔹 Core Services: NORM scale & sludge management Soil & equipment decontamination PPE & contaminated materials dRadioactive waste treatment & packaging Certified waste transport & disposal Radiological surveys, clearance, and reporting 🔹 Nuclear Support: We support nuclear facilities with: Radiation safety programs Decontamination & decommissioning (D&D) Waste classification & transport Regulatory reporting & compliance From site assessment to final disposal, we deliver tailored solutions that reduce risk, protect workers, and ensure environmental safety. 🌍 Operating globally, we support clients with local knowledge, certified expertise, and turnkey project execution. 📩 Contact us to learn how we can help your operation stay safe, compliant, and efficient.

This organization aims to promote an eco-friendly environment around all universities in Metro Cebu through the regulation of single-use plastics. One pioneering policy proposal proposed by the team was “A University Policy Regulating Single-Use Plastics in the Campuses of the University of San Carlos, Declaring Certain Acts ProhibitedAppropriating Funds Thereof”. This micro-policy proposal on solidmanagement in the university is intended to minimize the single-use plastics on the campuses of the University of San Carlos. The proposed policy adheres to the Ecological Solid Waste Management Act of 2000 which provides and adopts measures, such as ensuring the proper segregation, collection, storage,, andof solid waste. Furthermore, Republic Act 7160 states that every Local Government Unit shall exercise efficient and effective governance that includes the responsibility to enhance the right of the people to a balanced ecology. In the same sense, the amended Cebu City Ordinance no. 2343, prohibiting the use of plastic shopping bags every Wednesday, Friday, and Saturday, has also been effectively observed especially across large establishments in Cebu City.

Established in 1968, the Research Committee on Energy, Environment, and Waste formally known as Research Committee on Industrial and Municipal Waste) explores research needs in industrial, municipal, reference method accuracy and precision, solid waste; municipal solid waste disposal; medical waste; hazardous waste incineration, monitoring and control, wastesystems; waste management, landfills, recycling, guidelines, regulations, solid residue, (ash),vitrification, combustion, municipal solid waste, emissions, incinerator sources,metal emissions, incineration, and other technologies relating to waste materials. The committee also interfaces with other organizations that deal with design,operations, research and regulations concerning industrial, medical and municipal waste management. These include EPA in the field of productive use of industrial wastes as energy and material resources, and remediation of DOE and DOD sites as well as in advance review of new or revised regulations. The RCEEW LinkedIn group is managed by ASME staff and volunteers.

This group is a forum for discussion of topics related to ASTM International's Committee on Waste Management (D34) — committed to the promotion of knowledge, stimulation of research, and development of test methods, specifications, practices, terminology, classification, and guides relating to the management of wastes. The wastes addressed by this committee are those which are generated by industrial, commercial, residential, and institutional sources. Management of such wastes is defined here to include, but not limited to, generation, storage, transportation,, recovery, composting, and disposal.

Waste, Energy & Cleanup Services Innovation Forum is a place for business owners/execs/professionals of waste management, energy and remediation industries to share innovations so helping each other improve their businesses. Whether you are a business owner of a booming startup or a seasoned CEO/COO at a long standing corporation, this group is for you. WECS Innovation Forum aims to improve the community of environmental/energy services by providing resources and innovations in the following areas: Green Management of Waste Sustainable Remediation Energy from Waste Green Solutions for Water Unconventional Resources for Clean Energy Safer Waste Disposal (and Recycle) in Big Energy Facilities Green Solutions For Emissions Abatement Alternative Recycling Solutions Innovative Treatment of Hazardous Waste etc. ***Free Handbook*** The 4-Steps Strategy To Create Clean Energy From Polluted Waste In a Natural Way. Download it here: http://bit.ly/2ouodiJ