概要
Mechanical Jointing Solutions
The Impact of Climate Change: More Frequent Extreme Weather Events
Disrupting weather patterns, unpredictable water availability & contaminated water supplies can drastically effect the quantity & quality of water. In England, 65% of areas are deemed to be under serious water stress according to the Environment Agency Report Water stressed areas – final classification 2021.
United Nations World Water Development Report 2018 stated that nearly 6 billion people will suffer from clean water scarcity by 2050.

Water Contamination

Flash Floods

Water Shortages

Climate Change
Water treatment is extremely critical for public health & enviromental protection
Water treatment is extremely critical for public health & enviromental protection
The primary goal of water treatment is to remove contamination and reduce impurities, to ensure it meets the required legal standards and that it is safe for its intended purposes such as drinking water for the population and ready to use for various industrial processes.
Viking Johnson manufactures fittings that are essential for the efficient and reliable operation of water treatment plants, ensuring the safe and consistent delivery of clean water to communities and industry.
“The water industry needs to deliver a step change in investment and performance”
David Black, Chief Executive, OFWAT
Our connections achieve the following key benefits for the water treatment and environmental sector:
Engineered for movement and expansion in the system to prevent stresses that lead to leaks or breakages
Optimum access to critical assets enables easy routine maintenance to be complete
Allow pipelines to be kept operational, through repair and maintenance programmes
Designed for a long service life thereby reducing total infrastructure installed cost
Essential Investment
Wastewater is generated from residential, commercial and industrial applications and also from rainwater/surface run off.

The wastewater is then transferred to a treatment facility via a network of pipes which are either pressurised to influence the flow of water (rising mains) or via gravity where the fluids flow due to gravitational pull.
The wastewater is then screened where solid objects such as foods, plastics and wipes are collected and transported to landfill.
The fluid is then settled in a tank(s), where then the liquids return to the flow for treatment, but any solids (sludge) is then extracted and can be used for beneficial purposes such as organic soil conditioner.
The fluid then enters basins which increases the oxygen levels, which helps separate micro organisms such as phosphorous which is then removed from the effluent.
The fluid then goes through a further separation/clarifier process that separates out other materials which are then recycled.
The treated Water then goes through a series of filters, which removes any remaining solids but allows the treated water to pass. Before the treated water is released into the water stream it is purified typically by passing through a UV light.
The Water Treatment Overview
Investment is essential to maintain the highest quality drinking water for a growing population
Investment is essential to maintain the highest quality drinking water for a growing population
According to the UK water utilities business plans for AMP8, water companies are proposing a significant increase in investment in the period of 2025-2030 which will continue to grow over the subsequent AMP cycles into 2045-50.
This investment is essential to maintain the highest quality drinking water for a growing population, ensure the security of our water supply in the future and significantly reduce the amount of sewage entering rivers and seas.
How will this be achieved?
Building new reservoirs to secure UK water supplies
Invest to reduce overflow spills at more than triple the current rate, and modernisation of sewers
Install advanced technology at sewage works to remove phosphorous from rivers
Estimated water and wastewater enhancement expenditure across the next five asset management periods (AMP’s):

All amounts in financial year average 2022/23 prices, CPIH deflated. Enhancement expenditure excludes investments considered eligible for DPC or SIPR. Forecast investment data based on long-term delivery strategy core pathway.
Source: Ofwat, companies’ AMP8 business plan data tables.
Supporting Reliable Water Infrastructure
Explore our projects to see how Viking Johnson products help water and wastewater operators overcome pipeline challenges, improve network reliability and support the efficient treatment, movement and management of water.
プロジェクト UltraGrip Amplified & ジョイントの解体 – ダラム郡およびティーズ・バレー
バイキング・ジョンソンは、ティーズ・パイプライン・プロジェクトにおいて、ファランズ・コンストラクション社に UltraGrip Amplified カップリング、フランジアダプター、および解体用ジョイントを供給しました。
プロジェクト A14道路改良計画に、新型アクアファスト大口径製品が採用されました
バイキング・ジョンソンは、ハイウェイズ・イングランドが実施するA14号線ケンブリッジ~ハンティンドン区間の第1期工事向けに、新サイズの355mmを含むアクアファストを供給しました。
プロジェクト ウェストン・ヴィレッジズ開発 – アクアグリップ
サマセットにあるウェストン・ヴィレッジズ開発プロジェクトは、地域における需要の拡大に対応するための、住宅およびインフラの大幅な拡張を意味しています。
プロジェクト AquaFast 大口径 – セルビー・バイパス
A63セルビー・バイパスは、ノース・ヨークシャー州セルビー町の深刻な交通渋滞を緩和するために建設された、全長10 kmの片側1車線の道路です。
プロジェクト アイン・カレム貯水池に新設されたポンプ場
エルサレムへの第5送水管の一部である、メコロット社の新しいアイン・カレム貯水池ポンプ場向けに、DN2400 PN16の分解式継手2基を納入しました。
プロジェクト UltraGrip Amplified オックスフォード・サイエンス・パーク向け
バイキング・ジョンソンは、オックスフォード・サイエンス・パークで分岐された2本の675mm送水管向けに、 UltraGrip Amplified 製DN800カップリングおよびフランジアダプターを供給しました。
Recommended Water & Wastewater Treatment Products
Most of the Viking Johnson’s portfolio offer solutions to the technical challenges faced by consultants’ engineers, contractors and owners working in the water and wastewater sector.
製品やその用途について技術的なご質問はございませんか?
当社の技術チームが、お客様のご質問にお答えし、最適なソリューションをご提案いたします。
製品やその用途について技術的なご質問はございませんか?
当社の技術チームが、お客様のご質問にお答えし、最適なソリューションをご提案いたします。